Produktkatalog 2020-ED2

PRODUCT RANGE

2020 EDITION2

Over 30 Years of Excellence in

SATELLITE COMMUNICATIONS

SWEDISH MICROWAVE –

Professional LNBs, LNAs, BDCs, TLTs and RF-over-Fiber products for demanding

applications in VSAT, SNG, Cable-TV headends, Earth Stations, Marine VSAT,

HTS, SOTM, Earth Observation and many more.

High Stability PLL circuitry, available with optional External 10 MHz Reference

input, for the most demanding applications. Our LNBs even outperform

traditional LNA – BDC systems. With low phase noise and excellent dynamic

range to meet the demands of HTS symbol/data rates, most of our products also

meet the DVB-S2X standard.

All in-house design and manufacturing, quality components, robust and proven

hardware and units 100% tested prior to shipment. These are some of the steps

we take to enable a high degree of customization and to ensure the well-known

SMW Quality. This also enables our generous warranty terms and provide our

customers with hassle-free operation, year after year.

– SO WHAT CAN WE DO FOR YOU?

• Content

C-Band

Single band LNB. ................................................................................................................ 4

BDC ( 3.4–4.8 GHz ). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

BDC ( 5.7–7.25 GHz ). ........................................................................................................... 6

• X-Band

Satcom LNB & TLT .............................................................................................................. 7

Earth Observation LNB. ....................................................................................................... 8

BDC ( 7.25 - 7.75 GHz ). ........................................................................................................ 9

• Ku-Band

LNA. ............................................................................................................................... 10

9-10 GHz LNB. ...................................................................................................................11

Single Band LNB. .............................................................................................................. 12

Wideband Output LNB. ..................................................................................................... 13

Dual Output WDL LNB. ...................................................................................................... 14

Quattro LNB. ................................................................................................................... 15

Multiband LNB. ............................................................................................................ 16-17

Dual system. .................................................................................................................... 18

BDC Single Band .............................................................................................................. 19

BDC Multiband. ............................................................................................................20-21

BDC Wideband NEW! ....................................................................................................... 22

Dual BDC. ....................................................................................................................... 23

13-15 GHz LNB / BDC / TLT. ................................................................................................ 24

• Ka-Band

LNA. ............................................................................................................................... 25

Single band LNB. .............................................................................................................. 26

Multiband LNB NEW!. ....................................................................................................... 27

Wideband LNB NEW!. ....................................................................................................... 28

2-Band LNB ..................................................................................................................... 29

BDC Single band .............................................................................................................. 30

BDC Wideband NEW! ....................................................................................................... 31

BDC 2-Band. .................................................................................................................... 32

Multiband BDC NEW!. ....................................................................................................... 33

Dual System. .................................................................................................................... 34

Integrated Triple System NEW! ........................................................................................... 35

Triple system. ...............................................................................................................36-37

Quad system. ...............................................................................................................38-39

• RF over Fiber Wideband Systems

Fiber Output LNBs & Quattro Receiver System. ..................................................................40-41

Versa-Link Single RF channel Multi-role System ..................................................................42-43

LNB-Link fiber optic transmitter NEW!. .............................................................................44-45

Quad-Link Four RF channel System ..................................................................................46-47

RF over Fiber System Components. .......................................................................................48

Dual DC Inserter for Fiber Output LNB ..................................................................................49

• L-Band / RF & Accessories

10 MHz Reference Oscillator. .......................................................................................... 50-51

10 MHz Recovery Oscillator. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .52-53

DC Inserter / Bias-Tee / 10 MHz Diplexer for L-Band. ...........................................................54-56

Adjustable Line amplifiers for L-Band. ....................................................................................57

Line amplifier AGC 0-30 dB for L-Band. ..................................................................................58

DC Power Supply. ..............................................................................................................59

Ku- / Ka-Band Waveguide Isolators .......................................................................................60

Ku-Band OMT (Orthomode Transducer) & Depolarizer. .............................................................61

History. ....................................................................................................................... 62-63

Glossary. .....................................................................................................................64-65

C Band

Single band PLL LNB

Professional C-Band LNB with

Internal Interference

mitigating filters

Features

• Internal Interference mitigating filters

• Low phase noise to meet DVB-S2X

VSAT profile

• High P1dB and IP3

• Choose between Internal Ref. or

External Ref. input models

• Compact size and light weight

• Wide operating temperature range

• LNB-Link / Versa-Link for Fiber optic RF link

Optional LNB-Link

TECHNICAL SPECIFICATIONS

MODEL: C-PLL 5.15 S C-PLL 5.15 E C-PLL 5.15 B C-PLL 5.30 C C-PLL 5.75 W C-PLL 5.75 U C-PLL 5.95 U

Input Frequency 3.625–4.200 GHz 3.400–4.200 GHz 3.700-4.200 GHz 3.800-4.200 GHz 3.600–4.800 GHz 4.500–4.800 GHz 4.500–4.800 GHz

LO Frequency 5.15 GHz 5.15 GHz 5.15 GHz 5.30 GHz 5.75 GHz 5.75 GHz 5.95 GHz

Output Frequency 1525 - 950 MHz 1750 - 950 MHz 1450 - 950 MHz 1500 - 1100 MHz 2150 - 950 MHz 1250 - 950 MHz 1450 - 1150 MHz

Internal RF filters

Spuriouses @ RF output

Gain

Flatness (30 MHz)

>40 dB @ <3.2 GHz

15 dB @ 3.4 GHz

15 dB @ 4.4 GHz

>40 dB @ >4.5 GHz

>40 dB @ <3.0 GHz

20 dB @ 3.2 GHz

15 dB @ 4.4 GHz

>40 dB @ >4.5 GHz

>40dB @ <3.4 GHz

35dB @ 3.5 GHz

15dB @ 4.4 GHz

>40dB @ >4.5 GHz

>40dB @ <3.5 GHz

30dB @ 3.65 GHz

15dB @ 4.3 GHz

>40dB @ >5.0 GHz

max. -60dBm in band, max. -40 dBm out of band

60 dB typ., (55 dB min.)

±0.4 dB max.

>40 dB @ <3.2 GHz

15 dB @ 3.4 GHz

25 dB @ 5.0 GHz

>40 dB @ >5.1 GHz

Flatness (full band) ±2 dB max. ±3 dB max. ±2 dB max.

Noise Figure / Noise

Temperature

0.69 dB / 50 K typ.

Phase Noise -62 dBc @ 100 Hz -80 dBc @ 1 kHz -88 dBc @ 10 kHz -95 dBc @ 100 kHz -120 dBc @ >1MHz typ.

Phase Noise,PLL 5.75 W -62 dBc @ 100 Hz -80 dBc @ 1 kHz -83 dBc @ 10 kHz -95 dBc @ 100 kHz -120 dBc @>1MHz typ.

Image Rejection

Output P1dB

Output IP3

Output VSWR

40 dB min.

+15 dBm typ.

+25 dBm typ.

2.1:1 typ.

Output Connector F-type 75Ω / N-type 50Ω Option SMA-type 50Ω

Input Waveguide

Input VSWR

LO Leakage

MODELS with Internal

Reference

MODELS with External

10 MHz Reference

DC Input

Temperature Range

Dimensions

WR 229 / R 40, CPR 229G flange

2.3:1 typ.

-60 dBm @ waveguide input min.

±0.5 ppm -20 to +70°C (±1 ppm -40 to +80ºC), ±1 ppm -20 to +70°C (±1.5 ppm -40 to +80ºC), ± 2.5 ppm -40 to +80°C

Sine Wave, Level: -15 to + 5 dBm. Supplied through output connector (with no ext. 10 MHz ref. present LO shifts -20 ppm)

+12 to +18 V, 430 mA typ. Supplied through output connector

-40 to +80ºC

142 x 99 x 70 mm (F- & SMA-connector), 148 x 99 x 70 mm (N-connector), for drawing, see www.smw.se

Weight 380 g (F- & SMA-connector) 396 g (N-connector)

Options

Miscellaneous

Customized LO, gain & variation, Separate DC input connector F- N- or SMA-type, Separate 10 MHz ref. input.

Enclosed O-ring, mounting screws M6 x 25, washers and nuts 10 pcs.

See the RF over Fiber and L-Band sections for output options

4

Above parameters are generic product family values. For part number specific min./max. values, please consult us.

Specifications are subject to change without notice. Products from Swedish Microwave AB are made for commercial use.

Swedish Microwave AB, Dynamov. 5, S-591 61 Motala, Sweden. Tel: +46 141 216135, sales@smw.se, www.smw.se

Rev.04-20-2G

C Band

PLL BDC 3.40-4.80 GHz

3.40-4.80 GHz to

L-Band BDC

(Block Down Converter)

The C-Band PLL block down converter is intended for

receiving C-Band transmissions within the frequency

range 3.40 to 4.80 GHz. Fixed gain configurable between

0 dB and 50 dB (factory set). It’s normally used

together with an external C-band low noise amplifier.

RF input is SMA female. IF output is standard L-Band

inverted spectrum via N-, F- or SMA- connector.

Options include customized LO,

customized gain, separate DC power input and separate

input for the external 10 MHz reference.

Features

• Internal Interference mitigating filters


VSAT profile





• For outdoor use, IP 67 classed

• Low profile to fit 1U for build-in applications



MODEL: C-BDC 5.15 S C-BDC 5.15 E C-BDC 5.15 B C-BDC 5.25 C C-BDC 5.75 W C-BDC 5.75 U C-BDC 5.95 U

Input Frequency 3.625-4.200 GHz 3.400-4.200 GHz 3.700-4.200 GHz 3.800-4.200 GHz 3.600-4.800 GHz 4.500-4.800 GHz 4.500-4.800 GHz

LO Frequency 5.15 GHz 5.15 GHz 5.15 GHz 5.25 GHz 5.75 GHz 5.75 GHz 5.95 GHz

Output Frequency 1525 -950 MHz 1750 - 950 MHz 1450 - 950 MHz 1450 - 1050 MHz 2150 - 950 MHz 1250 - 950 MHz 1450 - 1150 MHz

Internal RF filters

Gain

Flatness (30 MHz)

>40dB @ <3.2 GHz

15dB @ 3.4 GHz

15dB @ 4.4 GHz

>40dB @ >4.5 GHz

>40dB @ <3.0 GHz

20dB @ 3.2 GHz

15dB @ 4.4 GHz

>40dB @ >4.5 GHz

>40dB @ <3.4 GHz

35dB @ 3.5 GHz

15dB @ 4.4 GHz

>40dB @ >4.5 GHz

>40dB @ <3.5 GHz

35dB @ 3.6 GHz

15dB @ 4.4 GHz

>40dB @ >4.5 GHz

By request, 0 dB to 50 dB in 5 dB steps (Factory programmable)

±0.4 dB max.


>40dB @ <3.2 GHz

15dB @ 3.4 GHz

25dB @ 5.0 GHz

>40dB @ >5.1 GHz

Flatness (full band) ±2 dB max. ±3 dB max. ±2 dB max.


Temperature

3 dB / 289 K @ 50dB gain configuration (typ.), increasing to 20 dB / 28710 K @ 0 dB gain configuration

Phase Noise -40 dBc @ 10 Hz -62 dBc @ 100 Hz -80 dBc @ 1 kHz -88 dBc @ 10 kHz -95 dBc @ 100 kHz -120 dBc @ >1MHz typ.

Phase Noise, PLL 5.75 W -62 dBc @ 100 Hz -80 dBc @ 1 kHz -83 dBc @ 10 kHz -95 dBc @ 100 kHz -120 dBc @ >1MHz typ.

Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

Input Connector

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Temperature Range

Dimensions

40 dB min.

+15 dBm, +5 dBm @ 10 dB and below gain configuration typ.

+25 dBm, +15 dBm @ 10 dB and below gain configuration typ.

2.1:1 max.

F-type 75Ω / N-type 50Ω / SMA-type 50Ω

SMA-type (female)

2.3:1 max.

-60 dBm @ RF input

±1 ppm -40 to +60°C (±1.5 ppm -40 to +80ºC), ±2.5 ppm -40 to +80°C


+12 to +18 V, 300-400 mA typ. Supplied through output connector

-40 to +80ºC



Options

Customized LO and frequency ranges, customized gain, Separate DC input connector F- N- or SMA-type, Separate 10 MHz ref. input.



Rev.04-20-2H

Swedish Microwave AB, Dynamov. 5, S-591 61 Motala, Sweden. Tel: +46 141 216135, sales@smw.se, www.smw.se 5

C Band

PLL BDC 5.70-7.25 GHz

5.70-7.25 GHz to

L-Band BDC (Block Down

Converter)

The C-Band PLL block down converter is intended

for monitoring C-Band uplink transmissions within

the frequency range 5.70 to 7.25 GHz.

Fixed gain between 0 dB and 55 dB.

RF input is SMA female. IF output is standard

L-band non inverted spectrum via N-,F- or

SMA-connector. Options include customized LO,

customized gain, separate DC power input and

separate input for the external 10 MHz reference.

Features


VSAT profile





• For outdoor use, IP 67 classed




MODEL:

C-BAND BDC

Input Frequency 5.70-7.25 GHz Any 1.20 GHz block within the frequency range

LO Frequency

Output Frequency

Gain

By request, 4.75 - 5.40 GHz (Factory programmable)

950 - 2150 MHz, non-inverted spectrum


Flatness ±0.4 dB max. within 30 MHz ±2 dB max. over band


Temperature

8 dB / 1540 K @ 50dB gain configuration typ., increasing to appr. 20 dB / 28710 K @ 0 dB gain configuration


Image Rejection

40 dB min.

Output P1dB +15 dBm, +5 dBm <10 dB gain typ.

Output IP3 +25 dBm, +15 dBm <10 dB gain typ.

Output VSWR

Output Connector

Input Connector

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Temperature Range

Dimensions

2.1:1 max.


SMA-type

2.3:1 max.

-60 dBm @ RF input

±0.5 ppm -20 to +70°C (±1 ppm -40 to +80ºC), ±1 ppm -20 to +70°C (±1.5 ppm -40 to +80ºC), ± 2.5 ppm -40 to +80°C



-40 to +80ºC



Options

Customized gain & variation, Separate DC input connector F- N- or SMA-type, Separate 10 MHz ref. input.


Rev.04-20-1F

6




Ku X Band

PLL LNB Satcom & TLT

Professional LNB for Rx reception &

Tx monitoring with optional fiber optic

output

With optional

CPR 112G

Features

• Very Low Noise Figure

• Excellent Input VSWR

• Low phase noise meets DVB-S2X

VSAT profile






• Optional direct fiberoptic output

• Internal Filtering (LO 6.30)

With optional direct fiberoptic output


MODEL: X-PLL 6.30 X-PLL 6.80 X-PLL 6.95 (MONITORING)

Input Frequency 7.25 - 7.75 GHz 7.75 - 8.50 GHz 7.90 - 8.40 GHz

LO Frequency 6.30 GHz 6.80 GHz 6.95 GHz

Output Frequency 950 - 1450 MHz 950 - 1700 MHz 950 - 1450 MHz

Gain 60 dB typ. (55 dB min.) 0 dB or by request.

Flatness ±0.4 dB max. within 30 MHz, ±2 dB max. over band


Temperature

0.69 dB / 50 K max. (0.6 dB / 43 K typ.) 19.90 dB / 28000 K @ Gain 0 dB max.

Phase Noise -35 dBc @ 10 Hz -65 dBc @ 100 Hz -85 dBc @ 1 kHz -90 dBc @ 10 kHz -100 dBc @ 100 kHz -128 dBc @ >1 MHz, typ.

Image Rejection 60 dB min. 40 dB min.

Output P1dB +15 dBm +5 dBm

Output IP3 +25 dBm +15 dBm

Output VSWR

Output Connector

1.7:1 max. @ 50Ω

F-type 75Ω / N-type 50Ω / SMA-type 50Ω, optional direct fiberoptic output through Q-ODC connector

Input Waveguide WR 112 / R 84. Flange PBR 84

Input VSWR 1.5:1 max.

LO Leakage


Reference


10 MHz Reference

DC Input

-60 dBm max. @ waveguide input

±0.5 ppm -20 to +70°C (±1 ppm -40 to +80ºC), ±1 ppm -20 to +70°C (±1.5 ppm -40 to +80ºC)

Sine Wave, Level: -15 to +5 dBm. Supplied through output connector (with no ext. 10 MHz ref. present LO shifts -20 ppm)

+12 to +24 V Supplied through output connector

Current Drain 190 mA @ +13 V 160 mA @ +15 V 140 mA @ +18 V 110 mA @ +24 V

Temperature Range

Filtering (internal)

Provides isolation from

interfering signals.

Dimensions

15 dB @ 7.9 GHz 30 dB @ 8.0 GHz

40 dB @ 8.1 GHz 50 dB @ 8.2 GHz

>60 dB @ 8.3 - 8.4 GHz

-40 to +80ºC


Weight 353 g WR112, 420 g CPR112G (F- & SMA-connector) 369 g WR112, 446 g CPR112G (N-connector)

Options

Miscellaneous

CPR 112G flange adaptor, Customized gain, LO & variation, Separate DC input connector F- N- or SMA-type,

Separate 10 MHz ref. input.

Enclosed O-ring, mounting screws (M4 x 10) 4 pcs.

OPTIONAL RF OVER FIBER OUTPUT

Optical output

RF monitor / DC input

DC Input

Dimensions

Weight

Temperature range

Standards compliance

Options

Direct modulated DFB, 2 mW @ 1310 nm, Dual fiber, Single mode Huber & Suhner, Q-ODC

F-type 75Ω / N-type 50Ω / SMA-type 50Ω. RF monitor port 45 dB gain.

Via monitor connector, Voltage see above, 6 W max.

137 x 63 x 56 mm, for drawing, see www.smw.se

480 g (SMA and F connectors), 520 g (N connector)

-40 to +70° C

Optical interface: EIA/TIA 568, ITU std. G694.2; EMC: EN 55013:2013, EN 55020, EN 300 386; Safety: EN 60950-1, EN 60950-22, EN

60065:2002

Fixed gain (Beacon), 1550 nm fiber transmitter

Rev.04-20-1F




X Ku Band Band

PLL LNB Earth Observation

Professional LNB for EO-band

7.75-8.50 GHz

With optional

CPR 112G


The professional X-Band PLL LNB is optimized for

Earth Observation and remote sensing technical

requirements.

It reduces cost and complexity greatly compared to

a traditional LNA + Rack BDC system and it’s ideal

for smallsat or any LEO, MEO and GEO

X-Band applications.

Features

• Low phase noise






• Optional direct fiberoptic output

• The LNB has the IF output centered at 720

MHz or 1200 MHz which is Industry standard

MODEL: X-PLL 6.50 X-PLL 6.80 X-PLL 6.95 X-PLL 7.22/7.52

Input Frequency 7.68 - 8.32 GHz 7.75 - 8.50 GHz 7.75 - 8.40 GHz 7.75 - 8.13 / 8.05 - 8.43 GHz

LO Frequency 6.50 GHz 6.80 GHz 6.95 GHz 7.22 / 7.52 GHz

Output Frequency 1180 - 1820 MHz 950 - 1700 MHz 800 - 1450 MHz 530 - 910 MHz

Receiver Center Frequency

Gain

1500 (±320) MHz --- 1200 (± 400) MHz 720 (± 190 ) MHz

60 dB typ. (55 dB min.)

Flatness ±0.4 dB max. within 30 MHz, ±2 dB max. over band


Temperature

0.69 dB / 50 K max. (0.6 dB / 43 K typ.)

Phase Noise -35 dBc @ 10 Hz -65 dBc @ 100 Hz -85 dBc @ 1 kHz -90 dBc @ 10 kHz -100 dBc @ 100 kHz -128 dBc @ >1 MHz, typ.

Image Rejection 40 dB min. 30 dB min.

Output P1dB

Output IP3

Output VSWR

Output Connector

Input Waveguide

+15 dBm

+25 dBm

1.7:1 max. @ 50Ω


WR 112 / R 84. Flange PBR 84. Option CPR112G flange adapter.

Input VSWR 1.5:1 max.

LO Leakage


Reference


10 MHz Reference

-60 dBm @ waveguide input



DC Input +12 to +24 V Supplied through output connector Option separate DC input connector F-, N- or SMA-type

Current Drain 190 mA @ +13 V, 160 mA @ +15 V, 140 mA @ +18 V, 110 mA @ +24 V

Temperature Range

Dimensions

-40 to +80ºC


Weight 353 g WR112, 420 g CPR112G (F- & SMA-connector) 369 g WR112, 446 g CPR112G (N-connector)

Options

Miscellaneous

CPR 112G flange adaptor, Customized gain, LO & variation, Separate DC input connector F- N- or SMA-type,

Separate 10 MHz ref. input.



Optical output


DC Input

Dimensions

Weight

Temperature range


Options






-40 to +70° C


60065:2002


8

Rev.04-20-1E




Ku X Band

PLL BDC 7.25 - 7.75 GHz

7.25-7.75 GHz GHz to

L-Band Block Down Converter

The X-Band PLL block down converter covers

X-band within the frequency range 7.25 to

7.75 GHz. Fixed gain between 0 dB and 55 dB.

The BDC has some built in filtering for improved

TX and IF margin, high IP3 and Low power

consumption.

RF input is SMA female. IF output is standard

L-band non inverted spectrum via N-,F- or

SMA-connector. Options include customized LO,

customized gain, separate DC power input and

separate input for the external 10 MHz reference.

Features

• Built-in filtering

• Low phase noise





• For outdoor use



MODEL:

X-Band BDC

Input Frequency

LO Frequency

Output Frequency

Gain

7.25 - 7.75 GHz

6.30 GHz or by request (Factory programmable)

Within 950 - 1450 MHz

By request, 0 dB to 55 dB in 5dB steps (Factory programmable)



Temperature

1.0 dB / 75 K @ 50dB gain configuration max., increasing to appr. 20 dB / 28710 K @ 0 dB gain configuration

Phase Noise -40 dBc @ 10 Hz -62 dBc @ 100 Hz -80 dBc @ 1 kHz -88 dBc @ 10 kHz -95 dBc @ 100 kHz -120 dBc @ >1MHz, typ.

Image Rejection

40 dB min.

Output P1dB +15 dBm, +5 dBm <10 dB gain

Output IP3 +25 dBm, +15 dBm <10 dB gain

Output VSWR

Output Connector

Input Connector

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Temperature Range

Dimensions

2.1:1 max.


SMA-type

1.7:1 max.

-60 dBm @ RF input




-40 to +80ºC



Options

Customized gain & variation, Separate DC input connector F-, N- or SMA-type, Separate 10 MHz ref. input.


Rev.04-20-1F




Ku Band

LNA

LNA (Low Noise

Amplifier) Ku-Band

IMPROVED!

All LNA (Low Noise Amplifier) units are individually

hand tuned for the very best performance available.

Quality and long term reliability is also essential.

Therefore are all LNA’s are tested according to a

very extensive test program.

The SMW waveguide Ku-Band LNA cover 10.70-

12.75 GHz and is available with one or two outputs.

Low input VSWR with optional Waveguide Isolator.

Features

• Frequency range 10.70-12.75 GHz

• Optional Low Loss Isolator

• Two output model



Optional Low loss isolator


MODEL: Single output Dual output

Input Frequency

10.70 - 12.75 GHz

Gain 30 dB typ. 26 dB typ.

Flatness

Gain Variation


Temperature

±0.3 dB max. within 30 MHz , ±1.5 dB max. over band

±1 dB over -40 to +80°C max.

0.8 dB / 59 K typ.

Output P1dB + 11 dBm min. + 7 dBm min.

Output IP3 + 21 dBm min. + 17 dBm min.

Output VSWR

Output Connector

Input Waveguide

Input Flange

Input VSWR

DC Input

Current Drain

DC Connector

Temperature Range

Dimensions

Weight

Options

Miscellaneous

1.35:1 typ., 1.50:1 max.

SMA 50 Ω

WR75 / R120

PBR 120 with M4 thread

1.7:1 typ., 2.0:1 max., with optional low loss isolator 1.25:1 max.

+12 to +24V nom. (+10 V min., +26V max.)

70 mA typ., 80 mA max.

SMA

-40ºC to +80ºC


Appr. 124 g

Low Loss Isolator (gives input VSWR 1.25:1 max.)


Rev.04-20-1C

10




Ku Band

9-10 GHz PLL LNB

Single 9-10 GHz professional LNB

High stability internal or

external 10 MHz reference

The professional PLL has Low Phase Noise, High IP3

and Low Noise Figure.

Options include customized LO, customized gain,

separate DC power input and separate input for the

external 10 MHz reference.

Features



• Several LO frequencies

• Low phase noise


• Available as TWIN for H/V reception




MODEL: 9.25 11.35 11.40 11.45 11.50 11.55 11.60 11.65

Input Frequency 10.20 - 10.70 GHz 9.90 - 10.40 GHz 9.95 - 10.45 GHz 10.00 - 10.50 GHz 10.05 - 10.55 GHz 10.10 - 10.60 GHz 10.15 - 10.65 GHz 10.20 - 10.70 GHz

LO Frequency 9.25 GHz 11.35 GHz 11.40 GHz 11.45 GHz 11.50 GHz 11.55 GHz 11.60 GHz 11.65 GHz

Output Frequency 950-1450 MHz 1450-950 MHz 1450-950 MHz 1450-950 MHz 1450-950 MHz 1450-950 MHz 1450-950 MHz 1450-950 MHz

Gain

45dB typ. or according to customer requirements.



Temperature

1.2 dB / 92 K typ. @ 45 dB gain


Image Rejection

Output P1dB

Output IP3

Output VSWR

40 dB min.

+10 dBm typ.

+20 dBm typ.

2.1:1 typ.


Input Waveguide WR 75 / R 120. Flange PBR 120.

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Temperature Range

Dimensions

2.3:1 typ., with optional isolator 1.25:1 max.


±5 kHz -20 to +70ºC (±10 kHz -40 to +80ºC), ±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)



-40 to +80ºC



Options

Miscellaneous

Customized Gain, variation, LO frequency and frequency range, Separate DC input connector F-, N- or SMA-type,

Twin-LNB with OMT + bend and protecting cover, 10 MHz ref. input via separate connector (F-, N- or SMA-type).



Rev.04-20-2F




Ku Band

Single band PLL LNB

Single Ku-Band

professional LNB

The professional PLL has Low Phase Noise, High IP3

and Low Noise Figure.




Features




• Low phase noise to meet the VSAT profile of

DVB-S2X







MODEL: 9.75 10.00 10.00 E 10.25 10.50 10.60 10.70 10.75 11.20 11.25 11.30

Input Frequency

10.70–11.80

GHz

10.95–11.80

GHz

10.95–12.10

GHz

11.20–11.70

GHz

11.45–12.20

GHz

11.70–12.75

GHz

11.65–12.75

GHz

11.70–12.75

GHz

12.20–12.75

GHz

12.20–12.75

GHz

12.25–12.75

GHz

LO Frequency 9.75 GHz 10.00 GHz 10.00 GHz 10.25 GHz 10.50 GHz 10.60 GHz 10.70 GHz 10.75 GHz 11.20 GHz 11.25 GHz 11.30 GHz

Output Frequency

Gain

Flatness


Temperature

950–2050

MHz

950–1800

MHz

950–2100

MHz

950–1450

MHz

950–1700

MHz

1100–2150

MHz

60dB typ., (55dB min.)

950–2050

MHz

950–2000

MHz

±0.4 dB max. within 30 MHz, ±3 dB max. over band

0.8 dB / 59 K typ.

1000–1550

MHz

950–1500

MHz


Image Rejection

Output P1dB

Output IP3

Output VSWR

40 dB min.

+15 dBm typ.

+25 dBm typ.

2.1:1 typ.



Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Temperature Range

Dimensions

Weight

Options

Miscellaneous






-40 to +80ºC


329 g (F- & SMA-connector), 345 g (N-connector)

950–1450

MHz

Customized Gain, variation, LO frequency and frequency range, Separate DC input connector F-, N- or SMA-type,

Twin-LNB with OMT + bend and protecting cover, SMA connector input via transition. Extended input Voltage +12 to +28 VDC



Rev.04-20-1F

12




Ku Band

Wideband PLL LNB

Wideband, extended IF,

output PLL LNB for

simultaneous reception

of full Ku-Band

NEW!

The Wideband output LNB supports reception of

full Ku-Band with 1 LO and 1 Extended IF Output

950-3000 MHz, 950-2750 MHz or 290 - 2340 MHz.

Features

• Full Ku-Band coverage with 1 LO and 1 output

• Standard Ultra Low Phase Noise meets all

profiles of DVB-S2X





• 10.41 model acc. to ASTRA Wideband spec.



• Low gain option

The Ultra Low Phase Noise “ULPN” is recommended* for:


DVB-S2: - Narrowband 8PSK 8/9 and 9/10 FEC

- 16 APSK or higher modulation type (any bandwidth)

- All applications with “Pilot Off”

DVB-S2X: All “MODCODS” and symbol rates

NS3/NS4: All “MODCODS” and symbol rates

* Please note that these are general recommendations and that all

other system components also will influence system performance.


MODEL: 9.75 GHz Wideband 10.00 GHz Wideband 10.41 GHz Wideband




Gain

Flatness


Temperature

60 dB typ., (55 dB min)

±0.4dB max. in 30 MHz, ±3 dB max. over band

0.8 dB / 59 K typ.

Phase Noise typ. -35 dBc @ 10 Hz -65 dBc @ 100 Hz -82 dBc @ 1 kHz -94 dBc @ 10 kHz -98 dBc @ 100 kHz -120 dBc @ >1MHz, typ.

Image Rejection

Output P1dB

Output IP3

Output VSWR

40 dB min.

+15 dBm typ.

+25 dBm typ.

2.1:1 typ.

Output Connector N-type 50Ω / SMA-type 50Ω N-type 50Ω / SMA-type 50Ω / F-type 75Ω


Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input



±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)

Sine Wave, Level: -15 to +5 dBm. Supplied through the output connector (with no ext. 10 MHz ref. present LO shifts -20 ppm)

+15 to +26 V supplied through output connector.

Current Drain 160 mA @ +20 V 180 mA @ +18 V 200 mA @ +16 V

Temperature Range

Dimensions

Weight

Options

Miscellaneous

-40 to +80ºC

128 x 57 x 46 mm (N-connector), for drawing, see www.smw.se

329 g (SMA-connector), 345 g (N-connector)

Customized LO, gain and variation, Separate DC input connector F-, N- or SMA-type, 10 MHz ref. input connector (SMA, F or N),

Twin-LNB with OMT + bend and protecting cover



Rev.04-20-1F




Ku Band

WDL Dual output PLL LNB

Dual band professional LNB

for simultaneous reception

of Low & High Ku-Band

Features

• Full Ku-Band coverage, simultaneous Low and

High band outputs

• Low phase noise to meet the Broadcast profile

of DVB-S2, optional ultra-low phase noise

model meets all profiles of DVB-S2X




The Ultra Low Phase Noise “ULPN” option is recommended* for:









MODEL: WDL-PLL LNB type E WDL-PLL LNB type B

Frequency Band Low band High band Low band High band

Input Frequency 10.70 - 11.70 GHz 11.70 - 12.75 GHz 10.95 - 11.70 GHz 11.70 - 12.75 GHz

LO Frequency 9.75 GHz 10.60 GHz 10.00 GHz 10.75 GHz


Spuriouses -60 dBm @ 1700 MHz typ. -70 dBm @ 1700 MHz typ. -60 dBm@ 1500 MHz typ. -70 dBm@ 1500 MHz typ.

Gain

Flatness


Temperature

60dB typ. (55 dB min.)

±0.25 dB max. within 30 MHz, ±2 dB max. each band

0.8 dB / 59 K typ.

Phase Noise (Std) -35 dBc @ 10 Hz -62 dBc @ 100 Hz -75 dBc @ 1 kHz -80 dBc @ 10 kHz -90 dBc @ 100 kHz -120 dBc @ >1MHz, typ.

Phase Noise (Option ULP) -35 dBc @ 10 Hz -65 dBc @ 100 Hz -82 dBc @ 1 kHz -94 dBc @ 10 kHz -98 dBc @ 100 kHz -120 dBc @ >1MHz, typ.

Image Rejection

Output P1dB

Output IP3

Output VSWR

40 dB min.

+15 dBm typ.

+25 dBm typ.

1.7:1 typ.

Output Connectors 2 pcs F-type 75Ω / N-type 50Ω Option SMA-type 50Ω 2 pcs F-type 75Ω / N-type 50Ω Option SMA-type 50Ω


Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Power consumption

Temperature Range

Dimensions

Weight

Options

Miscellaneous

2.3:1 max., with optional isolator 1.25:1 max.


±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)

Sine Wave, Level: -15 to +5 dBm. Supplied through the High band output connector (with no ext. 10 MHz ref. LO shifts -20 ppm)

+12 to +26 V for type E, +15 to +26V for type B and/or with option ULPN (type E and B). Supplied through any or both output

connectors (Ext. 10 MHz ref. model: High band output connector)

5 W typ.

-40 to +80ºC


335 g (F-connector), 371 g (N-connector)

Customized gain and variation. Extended low band 10.95-11.8 GHz / 10.95-12.15 GHz (type B), DC input +15 to +26 V,

Waveguide Isolator, Fiber optic output (Q-ODC). Model with Ultra Low Phase Noise (ULP) to meet all DVB-S2X profiles.



14

Optical output


DC Input

Dimensions

Weight

Temperature range


Options






-40 to +70° C


60065:2002





Rev.04-20-5F

Ku Band

Quattro WDL PLL LNB

2x Dual professional LNB’s for

Low / High Ku-Band &

Vertical / Horizontal pol

Features

• Full Ku-Band and both polarizations, includes

OMT, bend and Weather protection cover

• High cross polarization isolation

• Low phase noise to meet the Broadcast profile

of DVB-S2, optional ultra-low phase noise model

meets all profiles of DVB-S2X




The Ultra Low Phase Noise “ULPN” option is recommended* for:









MODEL: Quattro-PLL LNB type E Quattro-PLL LNB type B





Spuriouses -60 dBm @ 1700 MHz typ. -70 dBm @ 1700 MHz typ. -60 dBm @ 1500 MHz typ. -70 dBm @ 1500 MHz typ.

Gain

Flatness


Temperature

60dB typ. (55 dB min.)

±0.25 dB max. within 30 MHz, ±2 dB max. each band

0.9 dB / 67 K typ.

Phase Noise (Std) -35 dBc @ 10 Hz -62 dBc @ 100 Hz -75 dBc @ 1 kHz -80 dBc @ 10 kHz -90 dBc @ 100 kHz -120 dBc @ >1MHz, typ.

Phase Noise (Option ULP) -35 dBc @ 10 Hz -65 dBc @ 100 Hz -82 dBc @ 1 kHz -94 dBc @ 10 kHz -98 dBc @ 100 kHz -120 dBc @ >1MHz, typ.

Image Rejection

Cross Polarization

Output P1dB

Output IP3

Output VSWR

40 dB min.

31.5 dB min.

+15 dBm typ.

+25 dBm typ.

1.7:1 typ.

Output Connectors F-type 75Ω / N-type 50Ω Option SMA-type 50Ω

Input Waveguide

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input / LNB

Power consumption / LNB

Temperature Range

C120 (circular 18 mm)

2.3:1 typ.


±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)

Sine Wave, Level: -15 to +5 dBm. Supplied through each High band output connector (with no ext. 10 MHz ref. LO shifts -20 ppm)

+12 to +26 V for type E, +15 to +26V for type B and/or with option ULPN (type E and B). Supplied through any or both output

connectors (Ext. 10 MHz ref. model: High band output connector)

5 W typ.

-40 to +80ºC

Dimensions with cover 205 x 152 x 83 mm ( for drawing, see www.smw.se )

Weight

Options

Miscellaneous

1162 g (F-connectors), 1231 g (N-connectors)

Customized gain and variation. Extended low band 10.95-11.8 GHz / 10.95-12.15 GHz (type B),

Fiber optic output (Q-ODC). Model with Ultra Low Phase Noise (ULP) to meet all DVB-S2X profiles.



Optical output


DC Input

Dimensions

Weight

Temperature range


Options






-40 to +70° C


60065:2002


Rev.04-20-5F




Ku Band

Multiband PLL LNB

Professional Multiband-LNB

Switchable 2-, 3- or 4-band

The Professional Switchable Multiband Ku-Band PLL

LNB is available either with Internal High LO

Stability or with External 10 MHz reference.

Options include customized switching (e.g. 13/18/24

V), customized LO, customized gain, separate input

connector for DC power and/or external 10 MHz

reference.

The Multiband LNB is ideal for installation in e.g.

maritime VSAT or SNG applications where change

of Satellite Band is common.


MODEL:


Features


• Several LO frequencies available

• LO switching by voltage and/or 22kHz



• Low phase noise to meet the VSAT profile of

DVB-S2X





Ku-Band Multiband LNB

Input Frequency

LO Frequency

Output Frequency

Gain

Flatness


Temperature

10.70 - 12.75 GHz

Max. 4 LO frequencies of following: 9.75 / 10.00 / 10.25 / 10.50 / 10.60 / 10.70 / 10.75 / 10.80 / 10.90 / 11.00 / 11.05 / 11.20

/ 11.25 / 11.30 GHz

950 - 2150 MHz

60dB typ., (55dB min.)


0.8 dB / 59 K typ.


Image Rejection

Output P1dB

Output IP3

Output VSWR

40 dB min.

+15 dBm typ.

+25 dBm typ.

2.1:1 typ.



Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Current Drain

Temperature Range

Dimensions

Weight

Options

Miscellaneous





See separate table. Supplied through output connector

270 mA typ.

-40 to +80ºC



Customized LO frequency and frequency range. Gain and variation, Separate DC input connector F-, N- or SMA-type,

Separate inputs for DC and 10 MHz ref.



Rev.04-20-1F

16




Ku Band

cont. Multiband PLL LNB

Type Band LO

A

B

C

D

E

G

W

Z

2-BAND

Ku-band

(GHz)

L-band

(MHz)

1 10.00 10.95-11.70 950-1700

2 11.00 11.95-12.75 950-1750

1 10.00 10.95-11.70 950-1700

2 10.75 11.70-12.75 950-2000

1 9.75 10.70-11.70 950-1950

2 10.75 11.70-12.75 950-2000

1 10.00 10.95-11.75 950-1750

2 10.80 11.75-12.75 950-1950

1 9.75 10.70-11.70 950-1950

2 10.60 11.70-12.75 1100-2150

1 10.00 10.95-11.70 950-1700

2 11.30 12.25-12.75 950-1450

1 10.50 11.45-11.95 950-1450

2 11.30 12.25-12.75 950-1450

1 10.00 10.95-11.85 950-1850

2 10.90 11.85-12.75 950-1850

Ordering information:

Q-PLL type C

SWITCHING

Option Band Voltage Tone

V

T

1 13 V

2 18 V

1 12-20 V

2 12-20 V 22 kHz

DC Voltage tolerances

Nominal Voltage

F ±10 kHz V

Tolerance

13 V 11.5 to 14.5 V

18 V 16.0 to 20.0 V


Nominal Voltage

Tolerance

22 kHz switching

Tolerance

13 V 11.5 to 17.5 V

24 V *) 18.0 to 26.0 V

22 kHz ±4 kHz

Amplitude Voltage 600 mV ±200mV

Duty cycle 40 to 60 %

Type Band LO

F

H

I

J

K

L

S

U

T

Y

3-BAND

Ku-band

(GHz)

L-band

(MHz)

1 10.00 10.95-11.70 950-1700

2 10.75 11.70-12.20 950-1450

3 11.25 12.20-12.75 950-1500

1 10.00 10.95-11.70 950-1700

2 10.75 11.70-12.25 950-1500

3 11.30 12.25-12.75 950-1450

1 9.75 10.70-11.70 950-1950

2 10.75 11.70-12.20 950-1450

3 11.25 12.20-12.75 950-1500

1 10.00 10.95-11.70 950-1700

2 10.60 11.55-12.25 950-1650

3 11.05 12.00-12.75 950-1700

1 10.00 10.95-11.70 950-1700

2 10.60 11.55-12.25 950-1650

3 11.25 12.20-12.75 950-1500

1 9.75 10.70-11.80 950-2050

2 10.00 10.95-12.10 950-2100

3 10.60 11.70-12.75 1100-2150

1 9.75 10.70-11.70 950-1950

2 10.60 11.70-12.70 1100-2100

3 11.30 12.25-12.75 950-1450

1 9.75 10.70-11.45 950-1700

2 10.50 11.45-12.20 950-1700

3 11.25 12.20-12.75 950-1500

1 9.75 10.70-11.70 950-1950

2 10.75 11.70-12.25 950-1500

3 11.30 12.25-12.75 950-1450

1 10.00 10.95-11.85 950-1850

2 10.90 11.85-12.75 950-1850

3 11.30 12.25-12.75 950-1450

SWITCHING


VT

V

V 24V *)

*) Optional

1 13 V

2 13 V 22 kHz

3 18 V

1 13 V

2 15 V

3 18 V

1 13 V

2 18 V

3 24 V


13 V 11.5 to 13.9 V

15 V 14.2 to 16.3 V

18 V 16.6 to 20.0 V

24 V *) 20.3 to 26.0 V

Type Band LO

M

N

O

P

R

V

4-BAND

Ku-band

(GHz)

L-band

(MHz)

1 9.75 10.70-11.20 950-1450

2 10.25 11.20-11.70 950-1450

3 10.75 11.70-12.25 950-1500

4 11.30 12.25-12.75 950-1450

1 9.75 10.70-10.95 950-1200

2 10.00 10.95-11.70 950-1700

3 10.75 11.70-12.25 950-1500

4 11.30 12.25-12.75 950-1450

1 9.75 10.70-11.20 950-1450

2 10.25 11.20-11.70 950-1450

3 10.75 11.70-12.20 950-1450

4 11.25 12.20-12.75 950-1500

1 10.00 10.95-11.45 950-1450

2 10.50 11.45-11.95 950-1450

3 10.75 11.70-12.20 950-1450

4 11.25 12.20-12.75 950-1500

1 10.00 10.95-11.70 950-1700

2 10.75 11.70-12.25 950-1500

3 11.30 12.25-12.75 950-1450

4 9.75 10.70-11.70 950-1950

1 9.75 10.70-11.50 950-1750

2 10.00 10.95-11.75 950-1750

3 10.50 11.45-12.25 950-1750

4 11.05 12.00-12.80 950-1750

SWITCHING


VT

1 13 V

2 13 V 22 kHz

3 18 V

4 18 V 22 kHz


Nominal Voltage

Tolerance

13 V 11.5 to 14.5 V

18 V 16.0 to 20.0 V

Band switching: V / T / VT / V (24V)

LO stability: ±10 kHz / ±5 kHz /Ext. 10 MHz

Output connector: F / N

LO frequencies C = LO 9.75 & 10.75 GHz

Rev.04-20-3B




Ku Band

Dual PLL System

LNA / PLL BDC system for

simultaneous reception

of Low & High Ku-Band

The Dual PLL is the Professional Solution to receive

the two bands simultaneously with high LO Stability

and Low Phase Noise. Any LO frequencies can be

combined without spuriouses e.g. Low band 10.00

GHz & High band 11.30 GHz.

The standard solution consists of one LNA and two

Block Down Converters including HF and DC cables

3-6 meter. All parts are optimized, adjusted and

tested as a complete matched unit.


HF cables and DC cable included


Features

• Wide frequency range




• Low phase noise



• For outdoor use

• Option Low profile to fit 1U for indoor

build-in applications

BDC LO Low Band 9.75 10.00 10.25 10.50 10.60 10.75

BDC LO High Band 10.60 10.75 11.20 11.25 11.30

NOTE For LO 9.75/10.60 GHz we recommend our WDL PLL LNB type E. For LO 10.00/10.75 GHz we recommend our WDL PLL LNB type B.

Input Frequency

10.70–

11.80 GHz

10.95–

11.80 GHz

11.20–

11.70 GHz

11.45–

12.20 GHz

11.70–

12.75 GHz

11.70–

12.75 GHz

11.70–

12.75 GHz

11.70–

12.75 GHz

12.20–

12.75 GHz

12.20–

12.75 GHz

12.25–

12.75 GHz


Output Frequency

Gain

Flatness


Temperature

950–2050

MHz

950–1800

MHz

950–1450

MHz

950–1700

MHz

1100–2150

MHz

950–2000

MHz

60 dB typ.

1100–2150

MHz

950–2000

MHz

±0.4 dB max. within 30 MHz, ±2 dB max. over each band

1.0 dB / 75 K typ.

1000–1550

MHz

950–1500

MHz

Phase Noise -35 dBc @ 10 Hz -62 dBc @ 100 Hz -75 dBc @ 1 kHz -83 dBc @ 10 kHz -93 dBc @ 100 kHz -120 dBc @ >1 MHz typ.

Spurious Signals

Image Rejection

Output P1dB

Output IP3

-60 dBm typ. at the first spurious (e.g. 1000 MHz with LO 9.75 & 10.75 GHz)

40 dB min.

+15 dBm typ.

+25 dBm typ.

Output VSWR BDC 2.0:1 typ.

Output Conn. LNA SMA-connectors 50Ω

Output Conn. BDC F-type 75Ω / N-type 50Ω / SMA-type 50Ω

Input Waveguide LNA WR 75 / R 120. Flange 120.

Input Conn. BDC SMA-connector 50Ω

Input VSWR LNA 2.0:1 max. , 1.25:1 max with optional waveguide isolator

LO Leakage


Reference


10 MHz Reference



Sine Wave, Level: -15 to +5 dBm. Input via output connector (with no ext. 10 MHz ref. present LO shifts -20 ppm)

DC Input LNA +12 to +24 V, 70 mA typ. Input through separate SMA connector. DC feed from low band BDC

DC Input BDC +12 to +24 V, 270 mA typ. Supplied through output connector

Temperature Range -40 to +80 °C

Dimensions

950–1450

MHz

LNA: 78 x 46 x 44 mm, BDC: 175 x 80 x 46 mm (F-connector), 180 x 80 x 46 mm (N-connector), for drawing, see www.smw.se

Weight LNA: 124 g BDC: 329 g (F-connector), 345 g (N-connector)

Miscellaneous

Options

Enclosed O-ring, mounting screws (M4 x 10) 4 pcs. DC cable and HF cables

Customized LO freq., Gain, Variation, Input and Output frequency ranges, Separate DC input connector F-, N- or SMA-type,

Cable lengths, Different HF cables, Low Loss Waveguide isolator VSWR 1.25:1 max., Low profile to fit 1U.


18

Rev.04-20-2H




Ku Band

Single band PLL BDC

Single band

Block Down Converter

Ku-Band to L-Band

The Single-band BDC has a selection of several

Frequency Bands.

The BDC is ideal for installation in various

professional applications with low symbol rate

carriers.





Features

• Wide Frequency range

• Low phase noise






• For outdoor use




MODEL: 9.75 10.00 10.00 E 10.25 10.50 10.60 10.70 10.75 11.20 11.25 11.30

Input Frequency

10.70–

11.80 GHz

10.95–

11.80 GHz

10.95–

12.10 GHz

11.20–

11.70 GHz

11.45–

12.20 GHz

11.70–

12.75 GHz

11.65–

12.75 GHz

11.70–

12.75 GHz

12.20–

12.75 GHz

12.20–

12.75 GHz

12.25–

12.75 GHz


Output Frequency

Gain

950–2050

MHz

950–1800

MHz

950–2100

MHz

950–1450

MHz

950–1700

MHz

1100–2150

MHz

950–2050

MHz

950–2000

MHz

By request, 10 to 60 dB in 5dB steps (Factory programmable)



Temperature

1000–1550

MHz

950–1500

MHz



Image Rejection

Output P1dB

Output IP3

Output VSWR

40 dB min.

+15 dBm typ. (+10 dBm @10-30 dB gain)


2.1:1 max.


Input Connector

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Current drain

Temperature Range

SMA-type 50Ω

2.3:1 max.


±5 kHz -20 to +70ºC (±10 kHz -40 to +80ºC) ±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)

Level: -15 to +5 dBm. Supplied through output connector (with no ext. 10 MHz ref. present LO shifts -20 ppm)

See Multiband Ku-Band PLL LNB tables for full details. Supplied through output connector

270 mA typ.

-40 to +80ºC

Dimensions 175 x 80 x 46 mm (F-connector) 180 x 80 x 46 mm (N-connector) ( for drawing, see www.smw.se )

Weight 399 g (F-& SMA-connector) 415 g (N-connector)

Options Customized LO frequency and gain, Separate DC input connector F-, N- or SMA-type, Low profile to fit 1U.

See the Fiberoptic and L-Band sections for output options

950–1450

MHz

Rev.05-20-3G




Ku Band

Multiband PLL BDC

Multiband PLL-BDC

Switchable 2-, 3- or 4-band

The Multiband BDC can be remotely switched

across 2-4 bands by voltage and/or 22 kHz tone

control. See Multiband Ku-Band PLL BDC tables for

full details on available bands.


professional applications with low symbol rate

carriers.




Features



• LO switching by voltage and/or 22kHz









MODEL:

Ku-Band Multiband BDC

Input Frequency

LO Frequency

Output Frequency

Gain

10.70 – 12.75 GHz

Max. 4 LO frequencies of following: 9.75 / 10.00 / 10.25 / 10.50 / 10.60 / 10.70 / 10.75 / 10.80 / 10.90 / 11.00 / 11.05 / 11.20

/ 11.25 / 11.30 GHz

950 – 2150 MHz

By request, 10 dB to 60dB in 5 dB steps (Factory programmable)



Temperature

2 dB / 170 K @ 60 dB gain configuration typ., increasing to appr. 20dB / 28710 K @ 0 dB gain configuration.


Image Rejection

Output P1dB

Output IP3

Output VSWR

40 dB min.



2.1:1 typ.


Input Connector

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Current Drain

Temperature Range

SMA-type 50Ω

2.3:1 typ.


±5 kHz -20 to +70ºC (±10 kHz -40 to +80ºC) ±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)

Level: -15 to +5 dBm. Supplied through output connector (with no ext. 10 MHz ref. present LO shifts -20 ppm)

See separate table. Supplied through output connector

270 mA typ.

-40 to +80ºC

Dimensions 175 x 80 x 46 mm (F-connector) 180 x 80 x 46 mm (N-connector) ( for drawing, see www.smw.se )


Options Customized LO frequency and gain, Separate inputs for DC and 10 MHz ref., Low proflie to fit 1U.


Rev.05-20-2F

20




Ku Band

cont. Multiband PLL BDC

Type Band LO

A

B

C

D

E

G

W

Z

2-BAND

Ku-band

(GHz)

L-band

(MHz)

1 10.00 10.95-11.70 950-1700

2 11.00 11.95-12.75 950-1750

1 10.00 10.95-11.70 950-1700

2 10.75 11.70-12.75 950-2000

1 9.75 10.70-11.70 950-1950

2 10.75 11.70-12.75 950-2000

1 10.00 10.95-11.75 950-1750

2 10.80 11.75-12.75 950-1950

1 9.75 10.70-11.70 950-1950

2 10.60 11.70-12.75 1100-2150

1 10.00 10.95-11.70 950-1700

2 11.30 12.25-12.75 950-1450

1 10.50 11.45-11.95 950-1450

2 11.30 12.25-12.75 950-1450

1 10.00 10.95-11.85 950-1850

2 10.90 11.85-12.75 950-1850

Ordering information:

SWITCHING


V

T

1 13 V

2 18 V

1 12-20 V

2 12-20 V 22 kHz


DC Power 11.5 to 20.0 (26.0) V

Nominal Voltage

Tolerance

13 V 11.5 to 14.5 V

18 V 16.0 to 20.0 V


Nominal Voltage

*) Optional

Tolerance

13 V 11.5 to 17.5 V

24 V *) 18.0 to 26.0 V

Tolerance

22 kHz switching

22 kHz ±4 kHz

Amplitude Voltage 600 mV ±200mV

Duty cycle 40 to 60 %

Type Band LO

F

H

I

J

K

L

S

U

T

Y

3-BAND

Ku-band

(GHz)

L-band

(MHz)

1 10.00 10.95-11.70 950-1700

2 10.75 11.70-12.20 950-1450

3 11.25 12.20-12.75 950-1500

1 10.00 10.95-11.70 950-1700

2 10.75 11.70-12.25 950-1500

3 11.30 12.25-12.75 950-1450

1 9.75 10.70-11.70 950-1950

2 10.75 11.70-12.20 950-1450

3 11.25 12.20-12.75 950-1500

1 10.00 10.95-11.70 950-1700

2 10.60 11.55-12.25 950-1650

3 11.05 12.00-12.75 950-1700

1 10.00 10.95-11.70 950-1700

2 10.60 11.55-12.25 950-1650

3 11.25 12.20-12.75 950-1500

1 9.75 10.70-11.80 950-2050

2 10.00 10.95-12.10 950-2100

3 10.60 11.70-12.75 1100-2150

1 9.75 10.70-11.70 950-1950

2 10.60 11.70-12.70 1100-2100

3 11.30 12.25-12.75 950-1450

1 9.75 10.70-11.45 950-1700

2 10.50 11.45-12.20 950-1700

3 11.25 12.20-12.75 950-1500

1 9.75 10.70-11.70 950-1950

2 10.75 11.70-12.25 950-1500

3 11.30 12.25-12.75 950-1450

1 10.00 10.95-11.85 950-1850

2 10.90 11.85-12.75 950-1850

3 11.30 12.25-12.75 950-1450

SWITCHING


VT

V

V 24V *)

1 13 V

2 13 V 22 kHz

3 18 V

1 13 V

2 15 V

3 18 V

1 13 V

2 18 V

3 24 V


DC Power 11.5 to 20.0 (26.0) V

13 V 11.5 to 13.9 V

15 V 14.2 to 16.3 V

18 V 16.6 to 20.0 V

24 V *) 20.3 to 26.0 V

Type Band LO

M

N

O

P

R

V

4-BAND

Ku-band

(GHz)

L-band

(MHz)

1 9.75 10.70-11.20 950-1450

2 10.25 11.20-11.70 950-1450

3 10.75 11.70-12.25 950-1500

4 11.30 12.25-12.75 950-1450

1 9.75 10.70-10.95 950-1200

2 10.00 10.95-11.70 950-1700

3 10.75 11.70-12.25 950-1500

4 11.30 12.25-12.75 950-1450

1 9.75 10.70-11.20 950-1450

2 10.25 11.20-11.70 950-1450

3 10.75 11.70-12.20 950-1450

4 11.25 12.20-12.75 950-1500

1 10.00 10.95-11.45 950-1450

2 10.50 11.45-11.95 950-1450

3 10.75 11.70-12.20 950-1450

4 11.25 12.20-12.75 950-1500

1 10.00 10.95-11.70 950-1700

2 10.75 11.70-12.25 950-1500

3 11.30 12.25-12.75 950-1450

4 9.75 10.70-11.70 950-1950

1 9.75 10.70-11.50 950-1750

2 10.00 10.95-11.75 950-1750

3 10.50 11.45-12.25 950-1750

4 11.05 12.00-12.80 950-1750

SWITCHING


VT

1 13 V

2 13 V 22 kHz

3 18 V

4 18 V 22 kHz


Nominal Voltage

DC Power 11.5 to 20.0 V

Tolerance

13 V 11.5 to 14.5 V

18 V 16.0 to 20.0 V

Q-PLL type C

F ±10 kHz V

Band switching: V / T / VT / V (24V)

LO stability: ±10 kHz / ±5 kHz /ext. 10 MHz

Output connector: F / N

LO frequencies C = LO 9.75 & 10.75 GHz

Rev.05-20-2F




Ku Band

Wideband PLL BDC

Wideband BDC (Block Down

Converter) for reception of full

Ku-Band with extended IF

NEW!

The Wideband BDC covers full Ku-Band frequency

range on one output.

The Wideband BDC is ideal for installation in various

professional applications with low symbolrate

carriers.

Comes as standard with Low Loss Isolator.

Features

• Full Ku-band coverage

• Standard Ultra Low Phase Noise meets all profiles

of DVB-S2X






• Low gain option

• For outdoor use


MODEL: 9.75 GHz 10.00 GHz 10.41 GHz




Gain




Temperature



Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

Input Connector

Input VSWR

LO Leakage

MODELS with

Internal Reference

MODELS with

external 10 MHz Ref.

DC Input

40 dB min.



2.1:1 max.

N-type 50Ω / SMA-type 50Ω

SMA-type 50Ω

1.55:1 typ. with isolator

-60 dBm @ RF input

±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)

Sine Wave, Sine wave, Level: -15 to +5 dBm. Supplied through output connector (with no ext. 10 MHz ref. LO shifts -20 ppm)

+15 to +26 V. supplied through output connector


Temperature Range

-40 to +80ºC

Dimensions 224 x 94 x 46 mm (SMA-connector) 229 x 94 x 46 mm (N-connector)

Weight 399 g (SMA-connectors) 415 g (N-connectors)

Options Customized gain, Low profile to fit 1U.


Rev.04-20-1D

22




Ku Band

Dual PLL BDC

Dual BDC (Block Down

Converter) for simultaneous

Low & High Ku-Band

The Dual BDC cover full Ku-Band Frequency Range

simultaneously on Low and High Band Outputs.


professional applications with Low Symbol Rate

carriers.

Comes as Standard with Low Loss Isolator.


Features

• Full Ku-band coverage

• Standard Ultra Low Phase Noise meets all profiles

of DVB-S2X


• Standard with Low Loss Isolator





• Low gain option

• For outdoor use

• Option Low profile to fit 1U for

indoor build-in applications

MODEL: Ku-Band Dual BDC type E Ku-Band Dual BDC type B





Spuriouses -60 dBm typ. @ 1700 MHz -70 dBm typ. @ 1700 MHz -60 dBm typ. @ 1500 MHz -70 dBm typ. @ 1500 MHz

Gain

Flatness


Temperature





Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

Input Connector

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

40 dB min.



2.1:1 max.

2 pcs F-type 75Ω / N-type 50Ω / SMA-type 50Ω

SMA-type 50Ω

1.25:1 typ. with isolator


±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)

Sine Wave, Level: -15 to +5 dBm. Supplied through the High band output connector (with no ext. 10 MHz ref. LO shifts -20 ppm)

+15 to +26 V. supplied through any or both output connectors (Ext. 10 MHz ref. model: High band output connector)


Temperature Range

Dimensions

Weight

Options

-40 to +80ºC

224 x 94 x 46 mm (F-connector), 229 x 94 x 46 mm (N-connector), for drawing, see www.smw.se

465 g (F-connectors), 501 g (N-connectors)

Customized gain and variation,

Extended low band 10.95-11.8 GHz / 10.95-12.15 GHz (type B), Low profile to fit 1U.




Rev.04-20-3G


Ku Band

13-15 GHz PLL LNB/BDC/TLT

LNB / Block Down Converter for

monitoring uplink transmissions

Test Loop Translators

The LNB / BDC is a cost effective alternative to

monitor the Satellite Uplink Transmissions with

L-Band measurement equipment. The unit

covers several uplink bands within the Range of

12.70–15.50 GHz.

Options include customized LO, customized

gain, separate DC power input and separate

input for external 10 MHz reference.

Features





• Low phase noise



• For outdoor use

• Option Low profile BDC to fit 1U for

indoor build-in applications


MODEL: 11.75 11.80 11.80 E 12.00 12.50 12.55 12.80 13.00 13.05 13.10 13.20 13.50

Input Frequency

12.70-

13.70 GHz

12.75-

13.25 GHz

12.75-

13.75 GHz

13.00-

14.00 GHz

13.45-

14.50 GHz

13.50-

14.50 GHz

13.75-

14.50 GHz

13.95-

14.50 GHz

14.00-

14.50 GHz

14.05-

14.55 GHz

14.90-

15.30 GHz

14.50-

15.50 GHz

LO Frequency 11.75 GHz 11.80 GHz 11.80 GHz 12.00 GHz 12.50 GHz 12.55 GHz 12.80 GHz 13.00 GHz 13.05 GHz 13.10 GHz 13.20 GHz 13.50 GHz

Output Frequency

Gain

Flatness


Temperature

950-1950

MHz

950-1450

MHz

950-1950

MHz

1000-2000

MHz

950-2000

MHz

950-1950

MHz

950-1700

MHz

950-1500

MHz

950-1450

MHz



1.2 dB / 92 K @ 55 dB gain configuration typ., increasing to appr. 20 dB / 28710 K @ 0 dB gain configuration

( 2.0 dB / 170 K with transition @ 55 dB gain)

950-1450

MHz

1700-2100

MHz


Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

Input Waveguide

Input VSWR

LO Leakage


Reference


10 MHz Reference

40 dB min.

+10 dBm typ. (Gain 0 dB +5 dBm)

+20 dBm typ. (Gain 0 dB +15 dBm)

2.1:1 typ.


WR75 / R120. Flange PBR 120. TLT – Test Loop Translator: SMA-connector via transition.

2.3:1 typ.

-60 dBm @ waveguide input max.


Sine Wave, Level: -15 to +5 dBm. Supplied through the output connector (with no ext. 10 MHz ref. present LO shifts -20 ppm)

DC Input +12 to +24 V +15 to +24 V

Current Drain 270 mA typ. supplied through output connector

Temperature Range

Dimensions LNB

Weight

Miscellaneous

-40 to +80ºC


329 g, 399 g with transition (F- & SMA-connector), 345 g, 415 g with transition (N-connector)

Enclosed O-ring, mounting screws (M4 x 10) 4 pcs (for LNB).

Options Customized LO frequency and frequency range, Separate DC input connector F-, N- or SMA-type, Low profile BDC to fit 1U.


1000-2000

MHz

Rev.04-20-2G

24




Ka Band

LNA

LNA 17.30 - 22.30 GHz

(Low Noise Amplifier)

All LNA units are individually hand tuned for the

very best performance available. Quality and long

term reliability is also essential. Therefore are all

LNA’s tested according to a very extensive Test

Program.

The SMW Waveguide Ka-Band LNA cover

17.30-22.30 GHz and has two SMA-connector

outputs. Separate DC SMA connector.

Features



• Two outputs

• Low Input VSWR with Low loss Isolator

as standard




MODEL:

Ka LNA 34 dB Dual output

Input Frequency

Gain

Flatness

Gain variation


Temperature

Output P1dB

Output IP3

Output VSWR

Output Connectors

17.30 - 22.30 GHz

34 dB typ.


±2 dB max. over -40 to +85ºC max.

1.5 dB / 120 K typ., 1.8 dB / 149 K max.

+8 dBm typ.

+18 dBm typ.

2.0:1 typ. (2.3:1 max.)

SMA 50Ω

Input Waveguide WR 42

Input Flange

Input VSWR

PBR 220 with M3 thread

1.20:1 max. with Low Loss Isolator (included)

DC Input +12 to +24V

Current Drain

DC Connector

Temperature Range

Dimensions

Weight

Miscellaneous

110 mA typ.

One of the output connectors (SMA) or a separate SMA-connector

-40 to +85°C

103 x 63 x 34 mm inclusive isolator, for drawing, see www.smw.se

160 g


Rev.04-20-1D




Ka Band

Single band PLL LNB


Features


• Models with Internal Ref. and

models with External 10 MHz Ref.


profiles of DVB-S2X




MODEL: 16.35 16.75 17.20 17.25 18.20 18.25 18.75 19.20 19.25 20.20 20.25 20.45

Input Frequency

17.30-18.30

GHz

17.70-18.70

GHz

18.20-19.20

GHz

18.20-19.20

GHz

19.20-20.20

GHz

19.20-20.20

GHz

19.70-20.20

GHz

20.20-21.20

GHz

20.20-21.20

GHz

21.20-22.20

GHz

21.20-22.20

GHz

21.40-22.20

GHz

LO Frequency 16.35 GHz 16.75 GHz 17.20 GHz 17.25 GHz 18.20 GHz 18.25 GHz 18.75 GHz 19.20 GHz 19.25 GHz 20.20 GHz 20.25 GHz 20.45 GHz

Output Frequency

Gain

Flatness


Temperature

950-1950

MHz

950-1950

MHz

1000-2000

MHz

950-1950

MHz

1000-2000

MHz

950-1950

MHz

950-1450

MHz


1000-2000

MHz


950-1950

MHz

1000-2000

MHz

950-1950

MHz

1.3 dB / 101 K typ. 1.4 dB / 110 K typ. 1.5 dB / 120 K typ.


Image Rejection

Output P1dB

Output IP3

Output VSWR

30 dB min.

+15 dBm typ.

+25 dBm typ.

2.0:1 typ.



Input VSWR

LO Leakage


Reference


10 MHz Reference

2.3:1 typ., 1.25:1 max. with optional Low Loss Isolator


±1 ppm -40 to +60°C (±1.5 ppm -40 to +80°C), ±2.5 ppm -40 to +60°C (±3.5 ppm -40 to +80°C)


DC Input +12 to +24 V, Supplied through output connector +13 to +24 V @ LO >18.75 GHz. Supplied through output connector

Power Consumption

Temperature Range

Dimensions

Weight

Miscellaneous

Options

5 W typ.

-40 to +80ºC



Enclosed O-ring, mounting screws (M3 x 8) 4pcs.

Customized LO, gain & variation, Separate DC input, Separate 10 MHz ref. input, Waveguide Isolator (input VSWR 1.25:1 max),

Separate DC input connector F-, N- or SMA-type, enclosure fixing points

950-1700

MHz


Optical output




DC Input


Dimensions


Weight


Temperature range

-40 to +70° C

Standards compliance Optical interface: EIA/TIA 568, ITU std. G694.2; EMC: EN 55013:2013, EN 55020, EN 300 386; Safety: EN 60950-1, EN 60950-22, EN 60065:2002

Options


Rev.04-20-2G

Optional Low loss isolator Optional enclosure fixing points Optional fiberoptic enclosure

26




Ka Band

Multiband PLL LNB

2 to 8-Band switchable

LNB, 17.30-22.30 GHz

NEW!

Features

• Alarm output as option

• Auto Ext/Int 10 MHz ref. switching

• Low phase noise to meet the

VSAT profile of DVB-S2X



• Customizable switching, Voltage/

Tone/TTL

Optional enclosure fixing points


MODEL:

Ka-Band Multiband

Input Frequency

LO Frequency

Output Frequency

Band switching choice

2 to 8 bands, custom between 17.30 to 22.30 GHz, overlap possible

Custom between 16.25 to 20.75 GHz

950-1950 MHz or 1000-2000 MHz

+12 to 24 V nom. & 22 kHz, TTL or 0/12V as option via sep. SMA, (example 13/15/18/24 V & 22 kHz tone for 8 Bands)

22 kHz tone Switching No tone/22 kHz ±4 kHz, Amplitude voltage 0.6 ±0.2 V, Duty cycle 40-60%

Gain

Flatness each band

Noise figure

Phase Noise

55 dB min. standard

±2 dB max.

1.3 dB @ LO 16.25 typ., 1.7 dB @ LO 20.25 typ.

-35 dBc @ 10 Hz -65 dBc @ 100 Hz -80 dBc @ 1 kHz -85 dBc @ 10 kHz -95 dBc @ 100 kHz -112 dBc @ >1 MHz max.

Image Rejection 45 dB @ LO 16.25, 20 dB @ LO 20.25

Input

Pressurizable

Input VSWR

Output P1dB

Output IP3

Output VSWR

Output Connector

LO reference

Internal LO ref.

External 10 MHz Ref.

LO Leakage

DC Input

Power consumption

Dimensions

Weight

Operating Temperature

Optional Monitoring & Alarms

Alarm interface (option)

Other Options

Miscellaneous

Flange PBR220, waveguide WR42

0.1 bar max.

1.25:1 max. with Low Loss Isolator (included)

+15 dBm min.

+25 dBm min.

1.7:1 typ.

N-type 50Ω standard, Option: SMA-type 50Ω or F-type 75Ω

Auto switch External/Internal

±2.5 ppm -40 to +60°C (±3.5 ppm -40 to +80°C)

Sine Wave, Level -10 dBm to +5 dBm. Supplied through output connector.

-60 dBm max.

+12 to +28 V through output connector or separate connector (SMA)

5W max.

153 x 68 x 45 mm, including isolator

375 g (SMA-connector) including isolator

-40 to +80ºC

LO not locked, Total current consumption, LNA failure, Power detector outside limits

SMA-connector, Open collector, Open on fault, 3.3-24 V, max. 50mA

Customized LO frequencies (up to 8 LOs), Separate DC (SMA), Separate 10 MHz ref. input (SMA), Separate TTL switch input

(SMA), Separate 0/12V input (SMA), Customized gain, Fiber optic output

Enclosed O-ring, mounting screws (M3 x 8) 4 pcs


LNB rear connectors

Connector A (standard)

Connector B (optional)

Connector C (optional)

Rev.04-20-6G

Type: F-, N- or SMA

Functions: L-Band out, DC in,

External 10 MHz in,

Band switching 13/15/18/24 V &

22 kHz

Type: SMA only

Functions: DC input &/or

External 10 MHz in, or TTL

switching or 0/12V switching

Type: SMA only

Functions: Alarm & Monitoring

or External 10 MHz in




Ka Band

Wideband PLL LNB

Wideband, extended IF output

Simultaneous reception

2 GHz of the Ka-Band

The Wideband output LNB supports

reception of wide range of Ka-Band with 1 LO

and extended IF output 950 - 2950 MHz.

The LNB features Low Phase Noise to meet the

DVB-S2X Professional Services profile.

Ideal for installation in various applications with Low

Symbol Rate carriers incuding HTS.


NEW!

Features

• Custom Frequency ranges within 17.70-22.20 GHz

• Wide Ka-Band coverage with 1 LO and 1 output


profiles of DVB-S2X






• Low gain option

MODEL: LNB 16.75 GHz LNB 18.25 GHz

Input Frequency 17.70 - 19.70 GHz 19.20 - 21.20 GHz

LO Frequency 16.75 GHz 18.25 GHz

Output Frequency

Gain

Flatness


Temperature

950 - 2950 MHz


±0.4 dB max. within 30 MHz, ±3 dB max. full band

1.3 dB / 101 K typ. 1.4 dB / 110 K typ.


Image Rejection

Output P1dB

Output IP3

Output VSWR

30 dB min.

+15 dBm typ.

+25 dBm typ.

2.0:1 typ.

Output Connector N-type 50Ω Option SMA-type 50Ω


Input VSWR LNB

LO Leakage


Reference


10 MHz Reference

DC Input

Power Consumption

Temperature Range

Dimensions

Weight

Miscellaneous

Options






5 W typ.

-40 to +80ºC

121 x 56 x 44 mm (SMA-connectors), 127 x 56 x 44 mm (N-connectors), for drawing, see www.smw.se

326 g (F- & SMA-connectors), 345 g (N-connectors)

Enclosed O-ring, mounting screws (M3 x 8) 4pcs

Customized LO, gain & variation, separate DC input, separate 10 MHz ref. input, Waveguide Isolator (input VSWR 1.25:1 max)


Rev.04-20-3G



28




Ka Band

2-Band PLL LNB


Features





profiles of DVB-S2X




MODEL: 16.80 / 17.40 17.20 / 18.20 17.25 / 18.25 17.45 / 18.25 18.20 / 19.20 18.25 / 19.25 19.20 / 20.20 19.25 / 20.25

Input Freq. Band 1 17.75 - 18.75 GHz 18.20 - 19.20 GHz 18.20 - 19.20 GHz 18.40 - 19.20 GHz 19.20 - 20.20 GHz 19.20 - 20.20 GHz 20.20 - 21.20 GHz 20.20 - 21.20 GHz

Input Freq. Band 2 18.35 - 19.35 GHz 19.20 - 20.20 GHz 19.20 - 20.20 GHz 19.20 - 20.20 GHz 20.20 - 21.20 GHz 20.20 - 21.20 GHz 21.20 - 22.20 GHz 21.20 - 22.20 GHz

LO Frequency 16.80 / 17.40 GHz 17.20 / 18.20 GHz 17.25 / 18.25 GHz 17.45 / 18.25 GHz 18.20 / 19.20 GHz 18.25 / 19.25 GHz 19.20 / 20.20 GHz 19.25 / 20.25 GHz

Output Freq. Band 1 950 - 1950 MHz 1000 - 2000 MHz 950 - 1950 MHz 950 - 1750 MHz 1000 - 2000 MHz 950 - 1950 MHz 1000 - 2000 MHz 950 - 1950 MHz


Switching Voltage

Gain

Flatness


Temperature

Band 1: 13 V (11.5 - 14.0 V)

Band 2: 18 V (16.0 - 19.0 V)



1.3 dB / 101 K typ. 1.4 dB / 110 K typ. 1.5 dB / 120 K typ.


Image Rejection

Output P1dB

Output IP3

Output VSWR

30 dB min.

+15 dBm typ.

+25 dBm typ.

2.0:1 typ.



Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Power Consumption

Temperature Range

Dimensions

Weight

Miscellaneous

OPTIONS

LNB options


Optical output


DC Input

Dimensions

Weight

Temperature range





See switching voltage above

5 W typ.

-40 to +80ºC

121 x 56 x 44 mm (F- & SMA-connectors), 127 x 56 x 44 mm (N-connectors), for drawing, see www.smw.se



Customized LO, gain & variation, Separate DC input, Separate 10 MHz ref. input, Waveguide Isolator (input VSWR 1.25:1 max),

Separate DC input connector F-, N- or SMA-type, Enclosure fixing points, Separate input for TTL switching.






-40 to +70° C

Standards compliance Optical interface: EIA/TIA 568, ITU std. G694.2; EMC: EN 55013:2013, EN 55020, EN 300 386; Safety: EN 60950-1, EN 60950-22, EN 60065:2002

Options


Rev.04-20-2G

Optional Low loss isolator Optional enclosure fixing points Optional fiberoptic enclosure




Ka Band

Single band PLL BDC

Professional Ka-Band BDC with

Low Phase Noise

The Ka-Band BDC single BDC that covers the Wide

Frequency Range 17.30-22.20 GHz with several

sub-bands and LO frequencies.

The BDC features Low Phase Noise to meet the

DVB-S2X Professional Services Profile.

It is designed for reliable operation over a High

Temperature Range for installation in various

outdoor environments or build-in applications.




Features






profiles of DVB-S2X





MODEL: 16.35 16.75 17.20 17.25 18.20 18.25 18.75 19.20 19.25 20.20 20.25

Input Frequency

17.30-18.30

GHz

17.70-18.70

GHz

18.20-19.20

GHz

18.20-19.20

GHz

19.20-20.20

GHz

19.20-20.20

GHz

19.70-20.20

GHz

20.20-21.20

GHz

20.20-21.20

GHz

21.20-22.20

GHz

21.20-22.20

GHz


Output Frequency

Gain

Flatness


Temperature

Phase Noise

Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

Input Connector

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Power Consumption

Temperature Range

Dimensions

Weight

Options

950-1950

MHz

950-1950

MHz

1000-2000

MHz

950-1950

MHz

1000-2000

MHz

950-1950

MHz

950-1450

MHz

1000-2000

MHz



950-1950

MHz

1000-2000

MHz


-40 dBc @ 10 Hz -65 dBc @ 100 Hz -85 dBc @ 1 kHz -90 dBc @ 10 kHz -95 dBc @ 100 kHz -112 dBc @ >1 MHz typ.

30 dB min.

+15 dBm typ.

+25 dBm typ.

2.0:1 typ.


SMA-type 50Ω

1.9:1 max. with Isolator (included)




+12 to +24 V, +13 to +24 V @ LO > 18.75 GHz, Supplied through output connector

5W typ.

-40 to +80ºC



Customized LO, gain and variation, Separate DC input connector F-, N- or SMA-type, Separate 10 MHz ref. input.


950-1950

MHz

Rev.04-20-1G

30




Ka Band

Wideband PLL BDC

Wideband, extended IF output

Simultaneous reception

2 GHz of the Ka-Band

The Wideband output BDC supports

reception of wide range of Ka-Band with 1 LO

and extended IF output 950 - 2950 MHz.


DVB-S2X Professional Services profile.

Ideal for installation in various applications with Low

Symbol Rate carriers incuding HTS.

NEW!

Features

• Custom Frequency ranges within 17.70-22.20 GHz

• Wide Ka-Band coverage with 1 LO and 1 output


profiles of DVB-S2X






• Low gain option


MODEL: BDC 16.75 GHz BDC 18.25 GHz



Output Frequency

Gain

Flatness


Temperature

950 - 2950 MHz


±0.4 dB max. within 30 MHz, ±3 dB max. full band



Image Rejection

Output P1dB

Output IP3

Output VSWR

30 dB min.

+15 dBm typ.

+25 dBm typ.

2.0:1 typ.

Output Connector N-type 50Ω Option SMA-type 50Ω


Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Power Consumption

Temperature Range

Dimensions

Weight

Options






5 W typ.

-40 to +80ºC

178 x 80 x 44 mm (SMA-connectors), 184 x 80 x 44 mm (N-connectors), for drawing, see www.smw.se

399 g (SMA-connector), 418 g (N-connector)

Customized LO, gain & variation, separate DC input, separate 10 MHz ref. input,


Rev.04-20-1D




Ka Band

2-Band PLL BDC

Professional Ka-Band BDC with

Low Phase Noise

The Ka-Band BDC 2-Band switchable BDC that

covers the wide frequency range 17.30-22.20 GHz

with several sub-bands and LO frequencies.


DVB-S2X Professional services profile.

It is designed for reliable operation over a high

temperature range for installation in various

outdoor environments or build-in applications.





Features






profiles of DVB-S2X




MODEL: 16.80 / 17.40 17.20 / 18.20 17.25 / 18.25 17.45 / 18.25 18.20 / 19.20 18.25 / 19.25 19.20 / 20.20 19.25 / 20.25

Input Freq. Band 1

Input Freq. Band 2

LO Frequency

17.75 - 18.75

GHz

18.35 - 19.35

GHz

16.80 / 17.40

GHz

18.20 - 19.20

GHz

19.20 - 20.20

GHz

17.20 / 18.20

GHz

18.20 - 19.20

GHz

19.20 - 20.20

GHz

17.25 / 18.25

GHz

18.40 - 19.20

GHz

19.20 - 20.20

GHz

17.45 / 18.25

GHz

19.20 - 20.20

GHz

20.20 - 21.20

GHz

18.20 / 19.20

GHz

19.20 - 20.20

GHz

20.20 - 21.20

GHz

18.25 / 19.25

GHz

20.20 - 21.20

GHz

21.20 - 22.20

GHz

19.20 / 20.20

GHz

20.20 - 21.20

GHz

21.20 - 22.20

GHz

19.25 / 20.25

GHz



Switching Voltage

Gain

Flatness


Temperature

Band 1: 13 V (11.5 - 14.0 V)

Band 2: 18 V (16.0 - 19.0 V)





Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

Input Connector

Input VSWR

LO Leakage


Reference


10 MHz Reference

DC Input

Power Consumption

Temperature Range

Dimensions

Weight

Miscellaneous

Options

30 dB min.

+15 dBm typ.

+25 dBm typ.

2.0:1 typ.


SMA-type 50Ω



±1 ppm -40 to +60°C (±1.5 ppm -40 to +80°C) / ±2.5 ppm -40 to +60°C (±3.5 ppm -40 to +80°C)


DC, see switching voltage above

5 W typ.

-40 to +80ºC




Customized LO, gain & variation, Separate DC input connector F-, N- or SMA-type, Separate 10 MHz ref. input.


Rev.04-20-1G

32




Ka Band

Multiband PLL BDC

2 to 8-Band switchable

LNB, 17.30-22.30 GHz

NEW!

Features

• Alarm output as option

• Auto Ext/Int 10 MHz ref. switching

• DVB-S2X compliant VSAT profile



• Customizable switching, Voltage/

Tone/TTL


MODEL: Multiband BDC

Input Frequency

LO Frequency

Output Frequency

Switching

2 to 8 Bands, custom between 17.30 to 22.30 GHz, overlap possible

Custom between 16.25 to 20.75 GHz

950-1950 MHz, 1000-2000 MHz or customized

+12 to 24 V nom. & 22 kHz, TTL or 0/12V as option via sep. SMA, (example 13/15/18/24 V & 22 kHz tone for 8 Bands)

22 kHz tone Switching No tone/22 kHz ±4 kHz, Amplitude voltage 0.6 ±0.2 V, Duty cycle 40-60%

Gain

Flatness each band

Noise figure

Phase Noise


±2 dB max.

2 dB / 170 K @ 60dB gain configuration typ.


Image Rejection min. 45 dB @ LO 16.25, min. 20 dB @ LO 20.25

Input connector female

Input VSWR

Output P1dB

Output IP3

Output VSWR

Output Connector female

LO reference

Internal LO ref.

External 10 MHz Ref.

LO Leakage

DC Input

Power consumption

Dimensions

Weight

Operating Temperature

Optional Monitoring & Alarms

Alarm interface (option)

Other Options

BDC rear connectors

SMA-type 50Ω

1.9:1 with isolator (standard)

+15 dBm min.

+25 dBm min.

1.7:1 typ.

N-type 50Ω standard, Option: SMA-type 50Ω or F-type 75Ω

Auto switch External/Internal

±2.5 ppm -20 to +70°C (±3.5 ppm -40 to +80°C)

Sine Wave, Level -10 dBm to +5 dBm. Supplied through output connector.

-60 dBm max.

+12 to +28 V through output connector or separate connector (SMA), see switching voltage above

5W max.

178 x 80 x 44 mm (SMA-connectors), 184 x 80 x 44 mm (N-connectors), including isolator


-40 to +80ºC

LO not locked, Total current consumption, LNA failure, Power detector outside limits

SMA-connector, Open collector, Open on fault, 3.3-24 V, max. 50mA

Customized LO frequencies (up to 8 LOs), Separate DC (SMA), Separate 10 MHz ref. input (SMA), Separate TTL switch input (SMA),

Separate 0/12V input (SMA), Customized gain

Rev.04-20-2B

Connector A (standard)

Type: F-, N- or SMA

Functions: L-Band out, DC in,

External 10 MHz in,

Band switching 13/15/18/24 V &

22 kHz

Connector B (optional)

Type: SMA only

Functions: DC input &/or

External 10 MHz in, or TTL

switching or 0/12V switching

Connector C (optional)

Type: SMA only

Functions: Alarm & Monitoring

or External 10 MHz in




Ka Band

Dual PLL System

Receives two Ka-Bands

simultaneously


MODEL:


The Ka-Band Dual Systems consists of

Ka LNA Wideband with Waveguide Isolator,

Ka BDC’s with Waveguide Isolators and matched

Ka Cables. Comes standard with Low Phase Noise

to meet DVB-S2X Professional Services Profile.


frequency ranges, customized gain, separate DC

power input and separate input for the external

10 MHz reference.

Features





profiles of DVB-S2X



Dual Band System 18.20 - 20.20 GHz



Output Frequency 950 - 1950 MHz 950 - 1950 MHz

Gain

Flatness


Temperature

Phase Noise

Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

63 dB typ.


1.8 dB / 149 K typ.


30 dB min.

+15 dBm typ.

+25 dBm typ.

2.1:1 typ.


Input LNA Waveguide WR 42 / R 220. Flange PBR 220.

Input BDC SMA-type 50Ω

Input VSWR LNA 1.20:1 max. with Low Loss Isolator (included)

LO Leakage


Reference


10 MHz Reference

-60 dBm @ RF input



DC Input BDC +15 to +24 V, Supplied through output connector

Power BDC 5 W typ.

Dimensions BDC 178 x 80 x 44 mm (F- & SMA-connector), 184 x 80 x 44 mm (N-connector), for drawing, see www.smw.se

Weight BDC 399 g (F- & SMA-connector), 418 g (N-connector)

DC Input LNA +12 to +24 V / 110 mA typ. Supplied through separate SMA connector (bottom side)

Power LNA 1.32 W @ 12VDC, 2.64 W @ 24VDC typ.

Dimensions LNA 103 x 63 x 34 mm inclusive isolator, for drawing, see www.smw.se

Weight LNA 160 g, inclusive isolator

Temperature Range

Options

-40 to +80ºC

Customized LO frequencies, input and IF ranges, gain and variation, separate 10 MHz ref. input.


Rev.04-20-4G

34




Ka Band

Integrated Triple PLL System

Receives three Ka-Bands

simultaneously

NEW!


The Ka-Band triple Systems consists of Ka LNA

Wideband with Low Loss Waveguide Isolator,

and Ka BDC’s with Waveguide Isolators.

Comes standard with Low Phase Noise to meet

DVB-S2X Professional services.




10 MHz reference.

Features





profiles of DVB-S2X



• Convenient fixing holes in multiple locations

See drawing for details


MODEL:

Triple System 17.70 - 21.30 GHz




Gain

Flatness


Temperature

Phase Noise

Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

Max. Input Level

63 dB typ.


max. 1.8 dB / 149 K @ 25° C

-65 dBc @ 100 Hz -85 dBc @ 1 kHz -90 dBc @ 10 kHz -95 dBc @ 100 kHz -112 dBc @ >1 MHz typ.

30 dB min.

+15 dBm typ.

+25 dBm typ.

2.0:1 typ.

N- or SMA-type 50Ω

0 dBm without damage

Input LNA & BDC Waveguide WR 42 / R 220. Flange PBR 220.

Input VSWR

LO Leakage

In-Band spuriouses


Reference


10 MHz Reference

DC Input each BDC

1.15:1 typ. with Low Loss Isolator (included)

-60 dBm @ RF input

< -60 dBc @ Pout = 0 dBm

±1 ppm -40 to +60°C (±1.5 ppm -40 to +80°C) / ±2.5 ppm -40 to +60°C (±3.5 ppm -40 to +80°C)



Power BDC 5 W typ.


Current drain LNA 110 mA typ.

Dimensions

Weight

Temperature range

110 x 133 x 171 mm (SMA connectors)

1450 g (SMA connectors)

-40 to +80ºC




Rev.04-20-1J


Ka Band

Triple PLL System

Receives three Ka-Bands

simultaneously


The Ka-Band Triple Systems consists of

Ka LNA Wideband with Waveguide Isolator,

Ka Splitter, Ka BDC’s with Waveguide

Isolators and matched Ka Cables. Comes standard

with Low Phase Noise to meet DVB-S2X

Professional Services Profile.




10 MHz reference.

Features





profiles of DVB-S2X




MODEL:

Triple Band System 17.70 - 21.30 GHz




Gain

Flatness


Temperature

Phase Noise

Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

63 dB typ.


1.8 dB / 149 K typ.


30 dB min.

+15 dBm typ.

+25 dBm typ.

2.1:1 typ.





LO Leakage


Reference


10 MHz Reference

-60 dBm @ RF input




Power BDC 5 W typ.







Temperature Range

Options

-40 to +80ºC



Rev.04-20-4G

36




Ka Band

Triple PLL System cont.

Example Ka-Band Triple System configurations

P/N

(x = connector type

F, N or SMA)

55551x (± 2.5 ppm)

55651x (±1 ppm)

55751x (ext. 10 MHz)

55641x (±1 ppm)

55741x (ext. 10 MHz)

Frequency

range (GHz)

17.70 - 21.30

17.30 - 20.90

BDC

LO

Ka-band

(GHz)

L-band

(MHz)

1 16.75 17.70-18.90 950-2150

2 19.15 20.10-21.30 950-2150

3 17.95 18.90-20.10 950-2150

1 16.35 17.30-18.50 950-2150

2 18.75 19.70-20.90 950-2150

3 17.55 18.50-19.70 950-2150

NOTE P/N: x = ”0” for F connector, ”5” for N connector and ”8” for SMA connector

Ka Triple Band system

NOTE1: Cable lengths are fixed due to best performance

of this system. If other cable lengths are needed, please

contact us first. Read our Product catalogue for more

technical details.

NOTE2: Frequency bands are not in order for BDC 2 & 3.

DC cable to LNA, same voltage as DC in

SMA

Cable length 0.5 meter

SMA

Waveguide

isolator

BDC 1

SMA

15‐24 VDC in RF out

Microwave

in

PBR 220

with M3

thread

Waveguide

isolator

SMA

LNA Dual Output

SMA

Cable length 3 meter

SMA

2x SMA, 17.3 – 22.3 GHz

Ka Band

Splitter

SMA


SMA


SMA

Waveguide

isolator

Waveguide

isolator

BDC 2

BDC 3

(F, N or SMA connector)





Ka Triple

Rev.04-20-2D




Ka Band

Quad PLL System

Receives four Ka-Bands

simultaneously



The Ka-Band Systems consists of Ka LNA

Wideband with Low Loss Waveguide Isolator,

Ka splitters, Ka BDCs with Waveguide Isolators

and matched Ka Cables. Comes standard with

Low Phase Noise to meet DVB-S2X Professional

Services Profile.




10 MHz reference.

Features





profiles of DVB-S2X



MODEL: Quad Band System 17.30 - 22.10 GHz Quad Band System 17.30 - 22.30 GHz

Input Frequency

17.30 - 18.50

GHz

18.50 - 19.70

GHz

19.70 - 20.90

GHz

20.90 - 22.10

GHz

17.30 - 18.55

GHz

18.55 - 19.80

GHz

19.80 - 21.05

GHz

21.05 - 22.30

GHz

LO Frequency 16.35 GHz 17.55 GHz 18.75 GHz 19.95 GHz 16.35 GHz 17.60 GHz 18.85 GHz 20.10 GHz

Output Frequency

Gain

Flatness


Temperature

Phase Noise

Image Rejection

Output P1dB

Output IP3

Output VSWR

Output Connector

950 - 2150 MHz 950 - 2150 MHz 950 - 2150 MHz 950 - 2150 MHz 950 - 2200 MHz 950 - 2200 MHz 950 - 2200 MHz 950 - 2200 MHz

63 dB typ.


1.8 dB / 149 K typ.


30 dB min.

+15 dBm typ.

+25 dBm typ.

2.1:1 typ.





LO Leakage


Reference


10 MHz Reference

-60 dBm @ RF input




Power BDC 5 W typ.







Temperature Range

Options

-40 to +80ºC



Rev.04-20-4G

38




Ka Band

Quad PLL System cont.

Example Ka-Band QUAD System configurations

P/N

(x = connector type

F, N or SMA)

55569x (± 2.5 ppm)

55669x (±1 ppm)

55769x (ext. 10 MHz)

55571x (± 2.5 ppm)

55671x (±1 ppm)

55771x (ext. 10 MHz)

55572x (± 2.5 ppm)

55672x (±1 ppm)

55772x (ext. 10 MHz)

55675x (±1 ppm)

55775x (ext. 10 MHz)

55676x (±1 ppm)

55776x (ext. 10 MHz)

55773x (ext. 10 MHz)

55683x (±1 ppm)

Frequency

range (GHz)

17.20 -

21.20

17.30 -

22.10

17.30 -

22.30

17.70 -

21.20

17.70 -

21.90

17.70 -

21.70

18.20 -

22.00

BDC

LO

Ka-band

(GHz)

L-band

(MHz)

1 16.25 17.20-18.20 950-1950

2 18.25 19.20-20.20 950-1950

3 17.25 18.20-19.20 950-1950

4 19.25 20.20-21.20 950-1950

1 16.35 17.30-18.50 950-2150

2 18.75 19.70-20.90 950-2150

3 17.55 18.50-19.70 950-2150

4 19.95 20.90-22.10 950-2150

1 16.35 17.30-18.55 950-2200

2 18.85 19.80-21.05 950-2200

3 17.60 18.55-19.80 950-2200

4 20.10 21.05-22.30 950-2200

1 16.75 17.70-18.60 950-1850

2 17.65 18.60-19.50 950-1850

3 18.55 19.50-20.40 950-1850

4 19.45 20.40-21.20 950-1850

1 16.75 17.70-18.75 950-2000

2 18.85 19.80-20.85 950-2000

3 17.80 18.75-19.80 950-2000

4 19.90 20.85-21.90 950-2000

1 16.75 17.70-18.90 950-2150

2 19.15 20.10-20.90 950-1750

3 17.95 18.90-20.10 950-2150

4 19.95 20.90-21.70 950-1750

1 17.25 18.20-19.40 950-2150

2 19.15 20.10-21.20 950-2050

3 18.05 19.00-20.20 950-2150

4 19.95 20.90-22.00 950-2050

NOTE:

x = 0 for F connector

x = 5 for N connector

x = 8 for SMA connector

Ka Quad Band system

NOTE1: Cable lengths are fixed due to best performance

of this system. If other cable lengths are needed, please

contact us first. Read our Product catalogue for more

technical details.

NOTE2: Frequency bands are not in order for BDC 2 & 3.

DC cable to LNA, same voltage as DC in

Microwave

in

PBR 220

with M3

thread

Waveguide

isolator

SMA

LNA Dual Output

SMA


SMA

2x SMA, 17.3 – 22.3 GHz

Ka Band

Splitter

SMA

SMA

SMA


SMA


SMA

SMA


Waveguide

isolator

Waveguide

isolator

Waveguide

isolator

BDC 1

BDC 2

BDC 3

SMA







SMA


Ka Band

Splitter

SMA

SMA


Waveguide

isolator

BDC 4



Rev.04-20-1C



Ka Quad


RF over Fiber

Fiber output LNBs

optical Quattro Receiver

Innovative Fiber optic output

LNB Receiver System


MODEL:

RF Output Frequency

Input Level / Channel

Optical Inputs

System Gain Variation

System Noise Figure

Output IP3

Output Return Loss / VSWR

System C/N, Single Carrier

System C/N, 40 Transponders

Fiber Input Connectors

RF Output Connectors

DC Connector

DC Input

Power Consumption

Temperature Range

Dimensions

Weight

Protection Class

Standards Compliance

Options

Miscellaneous

Accessories

Quattro Fiber optic receiver

290 - 3000 MHz

-6 dBm to + 5 dBm

1310 - 1630 nm

± 0.20 dB within 30 MHz, ± 1 dB @ 950 - 2150 MHz, ± 2 dB @ 290 - 3000 MHz max.

15 dB typ.

+30 dBm typ.

min. 12 dB / 1.7:1 with N / SMA connector, min. 8 dB / 2.3:1 with F connector

> 56 dB @ 30 MHz

> 33 dB @ input level -22 dBm (each transponder)

Dual fiber, Single mode Huber & Suhner, Q-ODC


Fischer ® 103 series, Circular IP 68 sealed

+12 to +28 V

4 W max.

- 40° to + 80° C

273 (L) x 154.4 (W) x 34.4 (H) mm, for drawing, see www.smw.se

1890 g (SMA- & F-connector), 1950 g (N-connector)

IP 67, Q-ODC connector only IP67 when mated with dust cover or Q-ODC cable connector

Optical interface: EIA/TIA 568, ITU std. G694.2; EMC: EN 55013:2013, EN 55020, EN 300 386; Safety: EN 60950-1,

EN 60950-22, EN 60065:2002

DC connector type, 10 MHz connector type, No LNB DC supply

Enclosed DC cable 15 meters with connector.

Outdoor fiber cables ( Q-ODC to Q-ODC ), Outdoor to indoor patch cables (different connector type and lengths),

External 10 MHz ref. oscillator, Dual DC Inserter, Power Supply Unit (AC to DC), Custom DC cable length.

Rev.04-20-1C

40




RF over Fiber

Fiber output LNBs

optical Quattro Receiver

Fiber Output LNBs are available for

• X-Band

• Ku-Band

• Ka-Band

Specifications

• See each frequency band section for full technical specifications.

Highest RF and Optical performance

• Top performing LNBs with optional Ultra Low Phase Noise and Internal ±10kHz or Ext. 10MHz reference.

• Single frequency conversion and direct modulated 1310 nm DFB lasers for top performance.

• Up to 20 km single mode fiber cable distance depending on link budget. Link distance up to 40 km with

optional 1550 nm laser. Free Link budget calculation support available on request.

Fully Outdoor Proof IP67

• Fully sealed high quality Q-ODC fiber connectors.

• -40° to +70°C operating temp. range.

• All parts designed to withstand outdoor environmental conditions long term.

Features

• Compact size and low power consumption.

• AGC - Automatic Gain Control and optional Fixed Gain for large antennas and Beacon applications.

• RF monitor out on LNB for antenna setup and DC supply via choice of N-, F- or SMA-connectors.

• Fiber output LNBs are compatible with both SMW Quattro Rx and Versa-Link Rx receivers.

• SMW Fiberoptics are compatible with many other manufacturer’s corresponding indoor devices.

Application example

• Two Ku-Band WDFL PLL LNB in Quattro configuration and the Quattro receiver receives full Ku-Band and

both H- and V-polarizations and virtually no loss from antenna to receiver via optical fiber.

NOTE: Fiber cables can be ordered as patch cables or Q-ODC to Q-ODC cable

Rev.04-20-1C




RF over Fiber

Versa-Link System

The versatile Single RF channel, RF

over Fiber System for LNBs, BUCs and

more


MODEL: Versa-Link Transmitter Versa-Link Receiver

RF Frequency

290 - 2500 MHz (290 - 2350 MHz with F connectors), Optional 10 - 2500 MHz w/o 10 MHz ref. & Monitor output

Input Level RF / Optical -10 to -50 dBm @ 20 transponders -6 dBm to +5 dBm

Optical Output / Input

Optical Output Power


RF gain

System Noise Figure

2 mW

1310 nm (1550 nm as option)

± 0.20 dB within 30 MHz, ± 1 dB @ 950 - 2150 MHz, ± 1.5 dB @ 290 - 2500 MHz max. , ± 3 dB @ 10 - 2500 MHz

User adjustable, -10 dB to +10 dB,

factory set 0dB @ 100 meter fiber cable

20 dB typ. @ full gain

IP3 RF Input / IP3 RF output +33 dBm @ min. gain, +13 dBm @ max. gain +30 dBm typ.

RF Return Loss / VSWR N / SMA connector: min. 12 dB / 1.7:1, F connector: min. 8 dB / 2.3:1

System C/N, Single Carrier

System C/N, 40 transponders

SFDR

Fiber Connector

RF Connector

RF Monitor Connector

> 56 dB @ 30 MHz

> 33 dB @ input level -15 dBm (composite level, full gain)

115 dB / Hz


N-type 50Ω

SMA-type 50Ω

10 MHz Diplexer built in, Insertion via SMA connector 50Ω, n/a @ 10 - 2500 MHz RF range

DC Feed

DC Input

Bias Tee for LNB / BUC DC Supply

Power Consumption

Temperature Range

Dimensions

Weight

Protection Class


Options

Miscellaneous

Accessories

Standard 3 x 0,75 mm 2 , 15 meter cable ( pigtail ) or via RF connector

+12 to +28 V

4 A max with N-conn., 28 V DC max. out via RF out for BUC (External DC block optional), RF in connector for LNB

1 W max. (excl. LNB and BUC Power)

- 40° to + 80° C

96 (L) x 91 (W) x 49 (H) mm, for drawing, see www.smw.se

465 g (SMA- & F-connector), 480 g (N-connector)


Optical interface: EIA/TIA 568, ITU std. G694.2; EMC: EN 55013:2013, EN 55020, EN 300 386;

Safety: EN 60950-1, EN 60950-22, EN 60065:2002

Increased fiber distance (1550 nm laser), Customized frequency range, RF connector type F or SMA.

Installed pigtail DC cable, 15 meters. Custom lengths available as option.

Outdoor to Outdoor fiber cables ( Q-ODC to Q-ODC ), Outdoor to indoor patch cables (different connector type and lengths),


Rev.04-20-2B

42




RF over Fiber

Versa-Link System

Features

• Cost effective

• Wideband & Multi-role capability

• Outdoor proof IP67

• Stackable for Multi channel & VSAT applications

• Integrated Bias Tees for LNB and BUC power

• Integrated 10 MHz inserter for LNB and BUC

High RF- and Optical performance

• 1 x L-band forward channel using a direct modulated DFB 1310 nm laser over a single fiber cable.

• Manually adjustable Gain for large antennas and Beacon applications.

• Up to 20 km single mode fiber cable distance depending on link budget. Link distance up to 40 km with

optional 1550 nm laser.

• Free Link budget calculation support available on request.


• Both Transmitter and Receiver unit packaged in a compact outdoor rugged aluminium enclosure.

• -40° to +80°C fully operating temperature range.

• Ideal to mount on the Satellite antenna or structure, without using a bulky separate outdoor enclosure.

• Highly rugged push on, quick connect, Q-ODC fiber connector on both units.

Versatility

• Multi role RF over Fiber link for LNB or BUC simply by swapping location of the receiver/transmitter pair.

• Easy DIN-rail mount option for multi-unit, multi channel and VSAT (LNB+BUC) stacking.

• Built in 4A (BUC/LNB) Bias-tee and 10MHz ref. diplexer. **)

• Versa-Link Rx receiver is compatible with SMW Fiber output LNBs for cost effective single channel systems.


Applications

• Single fiber downlink connection from one LNB.

• Single fiber uplink connection to one BUC.

• Carries any 290 - 2500 MHz (option 10 - 2500 MHz) *), RF signal - Satcom, Terrestial TV, GPS, FM etc.


Rev.04-20-2B




RF over Fiber

Fiber optic LNB-Link

The easy solution for

converting an LNB

to a fiber LNB

NEW!

Features

• Outdoor proof IP 67

• Wide temperature range -40 to +80° C

• Integrated Bias Tee for LNB power

• Compatible with standard 1310nm Fiber receivers

• Cost effective

• Very Low Phase Noise contribution

• Use with SMW VersaLink receiver


MODEL:

RF Frequency

Optical Output Wavelength

Optical Output Power


RF gain

System Noise Figure

RF Input IP3

RF Return Loss

System C/N, Single Carrier *)

System C/N, 40 transponders *)

SFDR

Fiber Connector

RF Connector

RF Monitor Connector

DC Feed connector

DC Input

Bias Tee for LNB DC Supply

Power Consumption

Temperature Range

Dimensions

Weight

Protection Class

Accessories

LNB-Link Transmitter

950 - 2150 MHz

1310 nm

2 mW

± 0.20 dB within 30 MHz, ± 1 dB @ 950 - 2150 MHz

User adjustable, -10 dB to +10 dB,

factory set 0dB @ 100 meter fiber cable

20 dB typ. @ full gain

+33 dBm @ min. gain, +13 dBm @ max. gain

min. 8 dB

> 56 dB @ 30 MHz

> 33 dB @ input level -15 dBm (composite level, full gain)

115 dB / Hz


F-type 75Ω, option N-Type 50Ω

F-type 75Ω, option N-Type 50Ω

F-type, option N-Type

+12 to +28 V

1 A, 28 V DC max. out via RF in connector for LNB

1 W max. (excl. LNB Power)

- 40° to + 80° C, Storage & Operational

96 (L) x 91 (W) x 49 (H) mm, for drawing, see www.smw.se

465 g with F-connectors, 480 g with N-connectors


Outdoor to indoor patch cables (Q-ODC to xx-APC)

Rev.04-20-2B

44




RF over Fiber

Fiber optic LNB-Link

High RF- and Optical performance

• 1 x L-Band forward channel using a direct modulated DFB 1310 nm laser over a single fiber cable.

• Manually adjustable Gain for large antennas and Beacon applications.

• Up to 20 km single mode fiber cable distance depending on link budget.



• Transmitter unit packaged in a compact outdoor rugged aluminium enclosure.

• -40° to +80°C fully operating temp range.

• Ideal to mount on the satellite antenna or structure, without using a bulky separate outdoor enclosure.

• Highly rugged push on, quick connect, Q-ODC fiber connector.

Versatility

• Easy DIN-rail mount option for stacking.

• SMW LNB-Link transmitter is compatible with SMW Versa-Link Receiver and many other manufacturer’s

corresponding fiberoptic receiving devices.

Applications

• Single fiber downlink connection from one LNB.

• Carries any 950 - 2150 MHz LNB RF signal

Optional 10 MHz ref oscillator

Rev.04-20-2B




RF over Fiber

Quad-Link System

Four channel Transmitter /

Receiver System


MODEL: Quad-Link Fiber Transmitter Quad-Link Fiber Receiver

RF Frequency

290 - 3000 MHz (50 - 2750 MHz as option, w/o 10 MHz ref.)

Input Level RF / Fiber -10 to -50 dBm @ 20 transponders -6 dBm to +5 dBm

Optical Output / Input

Direct modulated DFB lasers, CWDM wavelenghts: CH1 1470 nm, CH2 1510 nm, CH3 1550 nm, CH4 1590 nm

Optical Output Power 8 mW ( 2 mW / channel )

Return Channel Wavelength


System Noise Figure

1310 nm

± 0.20 dB within 30 MHz, ± 1 dB @ 950 - 2150 MHz, ± 2 dB @ 290 - 3000 MHz, ± 3 dB @ 50-2750 MHz max.

15 dB typ.

10 MHz Phase Noise -123 dBc@100 Hz, -140 dBc@1kHz, -150 dBc@10kHz, -155 dBc@100 kHz

10 MHz Ref. Output / Input Level 0 dBm on all RF ports and separate output port. -10 to + 5 dBm input via separate 10 MHz connector.

IP3 RF Input / IP3 RF output +25 dBm typ. +30 dBm typ.

RF Return Loss / VSWR N / SMA connector: min. 12 dB / 1.7:1, F connector: min. 8 dB / 2.3:1

System C/N, Single carrier

System C/N, 40 transponders

SFDR

Fiber Connector

RF Connectors

Separate10 MHz Connector

DC Connector

DC Input

DC LNB Supply

600 mA max. / RF port, Autofused, Shortcircuit protected

> 56 dB @ 30 MHz

> 33 dB @ input level -15 dBm (composite level)

115 dB/Hz




Fischer ® 103 series, Circular IP 68 sealed

+12 to +28 V

Power Consumption 6 W max. (excl. 600mA / RF Port for LNB Powering) 5 W max.

Temperature Range

Dimensions

Weight

Protection Class


Options

Miscellaneous

Accessories

- 40° to + 80° C

273 (L) x 154.4 (W) x 34.4 (H) mm, for drawing, see www.smw.se

1890 g (SMA- & F-connectors), 1950 g (N-connectors)


Optical interface: EIA/TIA 568, ITU std. G694.2; EMC: EN 55013:2013, EN 55020, EN 300 386; Safety: EN 60950-1, EN

60950-22, EN 60065:2002

AGC off (Beacon), DC connector type, 10 MHz connector type, No LNB DC supply, 50 - 2750 MHz RF freq. range

Enclosed DC cable 15 meters with connector.

Outdoor to Outdoor fiber cables ( Q-ODC to Q-ODC ), Outdoor to indoor patch cables

(different connector type and lengths),


The RF output level from the optical receiver depends on two things with a QuadLink system (with AGC):

1. Optical attenuation between optical transmitter and receiver.

2. Input level on the optical transmitter

Rev.04-20-2B

The formulas are: Rx channel power = -6dBm - (2*optical_attenuation) - (log10(number of channels)*10)

If the RF input level is less than -15 dBm on the optical transmitter(sum of all carriers power):

Rx channel power = Tx_input_level +9 - (2*optical_attenuation) - (log10(number of channels)*10)

46




RF over Fiber

Quad-Link System

High RF and Optical performance

• 4x L-band forward channels + 10MHz return channel over a single fiber using a direct modulated 1550 nm

laser and CWDM - Coarse Wavelength Division Multiplexing forming a high performance IFL - Inter Facility

Link.

• AGC - Automatic Gain Control and optional Fixed Gain for large antennas and Beacon applications.

• Up to 40 km link distance, depending on link budget, with very high C/N maintained.



Fully Outdoor Proof, IP67

• Both the transmitter and the receiver unit packaged in a compact outdoor rugged aluminium enclosure.

• Ideal to mount on the satellite antenna or structure, without using a bulky separate outdoor enclosure.

• -40° to +80°C fully operating temp. range.

• Highly rugged push on, quick connect, Q-ODC fiber connector on both units.

Versatility

• 4 x L-band fiber link in any direction simply by swapping location of the receiver/transmitter pair.

• Carries any 290 - 3000 MHz (Opt. 50 - 2750 MHz) RF signal - Satcom, Terrestial TV, GPS, FM etc.

• Built in Bias-tees and 10MHz ref. diplexer.

• Available with custom options.

Applications

• Single fiber connection to one Quattro LNB equipped Satcom antenna.

• Single fiber connection to 4 separate single or multiband LNB’s.

• Single fiber connection to multiband or multiple BUC’s.


Rev.04-20-2B




RF over Fiber

System Components

10 MHz Reference Oscillator

The SMW Outdoors proof 10 MHz Reference Oscillator provides

up to ±30 ppb LO stability and low phase noise.

The output connectors can be ordered as SMA, N or F.

Full technical specification in RF & Accessories section.

10 MHz Recovery Oscillator

The SMW Outdoors proof 10 MHz Recovery oscillator cleans

up 10 MHz Reference Phase Noise and provides ±30 ppb LO

stability.

The connectors can be ordered as SMA, N or F.


Dual DC Inserter

Our Dual DC Inserter couples supplied DC power to coax outputs for

a convenient way to power the fiber LNBs. It is delivered as standard

with 30 meter DC cable which is the max. recommended length to

avoid problems caused by voltage drop over the DC cable.

The output connectors for DC feed to the LNBs can be ordered as

SMA, N or F corresponding to your choice of DC input connectors on

the Fiber LNBs.


Cleaning Tool

Cleaning of Fiberoptic ends is essential to maintain trouble-free

operation and full specification of RF over Fiber systems.

The IBC Fiber Connector Cleaning Tool or ”Click pen” is used to

clean Fiberoptic ends in Q-ODCS connectors due to their depth.

It is highly recommended and stocked by SMW.

Power supply

The TDK-Lambda PSU is a AC/DC PSU series recommended for SMW

RF over Fiber products and stocked. Tested with Fiber LNBs together

with the Dual DC Inserter and also with Quattro Rx Receiver, Versa-

Link, LNB-Link and Quad-Link RF-over-Fiber systems.

As standard it’s made for mounting indoors on a DIN rail.


For an Outdoor PSU, please contact us.

48

Rev.04-20-2B




RF over Fiber

Dual DC Inserter

Dual DC Inserter

with DC cable for

Fiber LNB.

The Dual DC Inserter is mainly used for DC feed to our

Fiber LNBs.

The DDCI is delivered with a 15 meters of 3 lead DC

cable that allows to be used together with one PSU

or with two PSUs for Redundancy.

Together with the TDK Lambda PSU it can supply one

or two Fiber LNBs.


MODEL:

Dual DC Inserter

DC Input

15 - 26 VDC

DC Output

15 - 26 VDC

Current Drain

2 x 500 mA max.

DC Cable 3 x 0,75 mm2, 15 meter, specification according to DIN VDE 0281

DC Output Connectors


Temperature Range

-40 to +80°C

Protection class IP 67

Weight

1650 g

Dimensions

DC Inserter: 96 x 28 x 89 mm ( N-connectors ), Cable Ø 5,6 mm, for drawing, see www.smw.se

Accesories

Mount for DIN rail

Options

Custom DC cable length.

Rev.04-20-1B




L Band

10 MHz Reference

Oscillator with Diplexer

10 MHz Reference

oscillator with very

Low Phase Noise

The 10 MHz Reference oscillator is used for control

of the local oscillator in LNBs or BUCs when a very

high LO stability and very low phase noise is needed.

The SMW 10 MHz Ref. oscillator gives a LO stability

of ±20 ppb = ±20 x 10E-9 ( ppb=parts per billion).

Very Low power consumption OCXO.


MODEL:

LREF - 10 MHz Reference Oscillator

L-Band Frequency Range

DC Input

Maximum Load

IF Insertion Loss

Return Loss 10 MHz Input

Return Loss 10 MHz Output

Return Loss L-band Input / Output

950 - 2150 MHz

+10 to +28 V

800 mA @ DC output

1 dB @ 950 - 2150 MHz max.

> 20 dB

> 20 dB

N- and SMA-connector: min. 10dB, typ. 15 dB, with F connector min. 8dB, typ. 13 dB

10 MHz Harmonic Suppression > 70 dBc (L-Band output), > 40 dBc (separate 10 MHz output)

Temperature Range

-40 to +80°C

Protection Class IP 67

Connectors


22 kHz Bypass (standard) Through receiver or external source, n/a with DC Block IN or OUT

Output Frequency

Output Level

10 MHz, Sinewave

+7 dBm ±1 dB

Frequency Stability ±20 ppb @ 0 to +50°C , ±50 ppb @ -40 to +85°C

Calibration Tolerance ±10 ppb @ 25°C

Aging

Phase Noise

±500 ppb max. @ 10 years

-90 dBc @ 1 Hz, -120 dBc @ 10 Hz, -142 dBc @ 100 Hz, -155 dBc @ 1 kHz, -163 dBc @ 10 kHz (max. values)

Current Consumption 100 mA warm up 1 min. , 35 mA steady state typ.

Dimensions

Weight

Options

96 x 28 x 89 mm ( N-connectors ), for drawing, see www.smw.se

208 g (F & SMA), 250 g (N)

2nd 10 MHz output SMA connector ( +6 dBm output level / output ), Separate DC input with connector or

pigtail (DC cable) and DC disabled on Receiver port, Factory calibration

Rev.04-20-3C

50




L Band

10 MHz ref. oscillator

examples

Rev.04-20-2C




L Band

10 MHz Recovery

Oscillator / DC Inserter

10 MHz Recovery

oscillator enhances

Phase Noise Performance

The 10 MHz Recovery oscillator is used to enhance

the Phase Noise Performance of a 10 MHz Reference

Signal, thus ”cleaning” a noisy incoming 10

MHz signal. Ideal for use together with LNB or BUC.

L-Band loopthrough, separate DC input and dual

10 MHz outputs.

The Recovery Oscillator latches on to the incoming

10 MHz and it will not take care of stability issues

of the incoming signal. Hence the feedback loop

filtering characteristics is set up to give a ”cleaning

effect” of 50% at 10 Hz and 100% from 100 Hz and

above.

Very Low power consumption OCXO.


MODEL:

LREC - 10 MHz Recovery Oscillator

10 MHz Input Frequency Range 10 MHz ± 0.2 ppm

10 MHz Output Frequency Stability Depending on stability of input frequency source, max. ±0.5ppm @ loss of 10 MHz input

10 MHz input level -10 dBm to +7 dBm


950 - 2150 MHz

Maximum load

800 mA @ DC output

DC Input

+10 to +28 V (optional via sep. RF connector or pigtail 2 meter)

DC block

By request for Input and Output

IF Insertion Loss

1 dB @ 950 - 2150 MHz max.


> 20 dB


> 20 dB

Return Loss L-band Input / Output min. 10dB, typ. 15 dB

10 MHz Harmonic Suppression > 70 dBc (L-Band output), > 40 dBc (separate 10 MHz output)

Temperature Range

-40 to +80°C


Connectors

N-type 50Ω / SMA-type 50Ω

22 kHz Bypass (standard) Through receiver or external source, n/a with DC Block IN or OUT

Output Frequency

10 MHz, Sinewave

Output Level

+6 dBm, ±1 dB

2nd Output level

+6 dBm, ±1 dB

Frequency Stability ±20 ppb @ 0 to +50°C , ±50 ppb @ -40 to +85°C

Calibration Tolerance ±10 ppb @ 25°C

Aging

±500 ppb max. @ 10 years

Phase Noise

-90 dBc @ 1 Hz, -120 dBc @ 10 Hz, -142 dBc @ 100 Hz, -155 dBc @ 1 kHz, -163 dBc @ 10 kHz (max. values)

Current Consumption 100 mA warm up 1 min. , 35 mA steady state typ.

Dimensions

96 x 28 x 89 mm (N-connectors), for drawing, see www.smw.se

Weight

230 g (SMA-connectors), 270 g (N-connectors), 396 g (N-connectors + pigtail)

Options

Factory calibration, +7 dBm output (one output), DC input via sep. RF connector or pigtail 2 meter

Rev.04-20-3B

52




L Band

10 MHz Recovery

Oscillator/DC inserter examples

Rev.04-20-3B




L Band

Bias Tee / DC Inserter

The Bias-Tee is used when an external DC input is

needed ie Receiver / Modem doesn’t have DC out or

the installation require an external DC feed.


MODEL:

LBIT - Bias Tee / DC Inserter


950 - 2150 MHz

DC Input

+13 to +28 V

Maximum Load

1 A

IF Insertion Loss

1 dB @ 950 - 2150 MHz max.


N- and SMA-connector: min. 10dB, typ 15 dB, with F connector min. 8dB, typ. 13 dB

Temperature Range

-40 to +80°C


Connectors


Dimensions 96 x 28 x 89 mm ( N connectors )

Weight


22 kHz Bypass Through receiver or external source, n/a with DC Block IN or OUT

Options

Pigtail 2m for DC input

Rev.04-20-1C

54




L Band

10 MHz Diplexer

The L-Band 10 MHz diplexer is used when an external

10 MHz reference signal input is needed for a LNB.

Used together with SMW 10 MHz ref. oscillator or other

10 MHz signal source. 22 kHz bypass.


MODEL:

LDIP - 10 MHz Diplexer


950 - 2150 MHz

DC Input

+13 to +28 V

Maximum Load

1 A

IF Insertion Loss

1 dB @ 950 - 2150 MHz max.


> 20 dB


> 20 dB



10 MHz Harmonic Suppression > 70 dBc @ L-Band output, > 40 dBc @ separate 10 MHz output

Temperature Range

-40 to +80°C


Connectors



Weight


22 kHz Bypass Through receiver or external source, n/a with DC Block on IN or OUT

Rev.04-20-1C




L Band

10 MHz Diplexer

& DC Inserter

The L-Band 10 MHz diplexer & DC Inserter is used when

an external 10 MHz reference signal input is needed for

a LNB. Used together with SMW 10 MHz ref. oscillator

or another 10 MHz signal source.

Separate DC insertion via connector or

DC cable (pigtail).


MODEL:

LBID - 10 MHz Diplexer & DC Inserter


950 - 2150 MHz

22 kHz Bypass Through receiver or external source, n/a with DC Block on IN or OUT

DC Input

+13 to +28 V

Maximum Load

1 A

IF Insertion Loss

1 dB @ 950 - 2150 MHz max.


> 20 dB


> 20 dB



10 MHz Harmonic Suppression > 70 dBc @ L-Band output, > 40 dBc @ separate 10 MHz output

Temperature Range

-40 to +80°C


Connectors



Weight


Options

Pigtail 2m for DC input

Rev.04-20-1C

56




L Band

Gain adjustable

Line Amplifiers

Line amplifiers,

Slope 18-25 dB , Flat 24 dB gain

Our new gain adjustable Low power Line Amplifiers have

very high IP3 and P1dB to allow to be installed direct after or

close to the LNB.

Available with F-, N- or SMA-connectors.

DC, 22 kHz and 10 MHz bypass, is standard. Options include

Separate DC power input via connector (F, N or SMA) or via

cable (pigtail).

Features

• High IP3 and P1dB

• 22 kHz and 10 MHz bypass

• Compact and light weight

• IP67 classed


• Equivalent

L‐Band

with

amplifier

previous

ILA 24 dB

version,

(flat), 950‐2150

ILA

MHz

18-24

• Positive slope model to compensate cable tilt

Attenuator

0 to ‐10 dB

Gain block

Flat

attenuator

Gain block

Pass: DC + 22kHz + 10MHz

Input (LNB)

Output

Receiver/

Modem


MODEL: ILA 18-25 dB, slope ILA 24 dB, flat

Gain typ. 18 dB @ 950 MHz, 25 dB @ 2150 MHz, adjustable -10 dB 24 dB @ 950 - 2150 MHz, adjustable -10 dB

Gain flatness 30 MHz

±0.2 dB max.

Gain flatness Full band Slope 7 dB typ. ±1dB max.

Gain adjustment

Frequency range

Use a Philips nr 2 screwdriver to remove the cover screw and use a 2mm flat screwdriver to adjust the gain

950 - 2150 MHz

Bypass Standard 10 MHz and 22 kHz ( 22 kHz n/a with DC block IN or OUT )

Output P1dB

Output IP3

Input IP3


Temperature

Return loss L-Band In/Out

Connectors

DC Input

Power Consumption

Material & Finish

Temperature Range

+16 dBm typ.

+32 dBm typ.

min. +7 dBm @ max. gain, min. +18dBm @ min. gain

max. 8 dB / 1540 K @ spec. max. gain, max. 18dB / 18008 K @ spec. min. gain.

N- & SMA-connector: min. 10 dB, typ 15 dB, with F-connector min. 8 dB, typ. 13 dB


+12 to +26V, 85 mA max., DC bypass max. 1A

70 mA @ 12 V, 40 mA @ 26 V typ.

Die-cast aluminium, Powder coated

-40 to +80ºC


Dimensions

Weight

Option

96 x 28 x 89 mm ( N connectors ), for drawing, see www.smw.se

208 g (F & SMA), 250 g (N)

Separate DC input (via F / N / SMA-connector, or cable) with integrated DC-block(s)

Rev.04-20-1C




L Band

AGC Line Amplifier

Line amplifiers Automatic gain

control 0–30 dB

The AGC (Automatic Gain Control) Line Amplifier

0-30 dB is intended for situations where you need

a constant level output from a LNB. Due to it’s

very high IP3 together with the AGC it is usually

possible to place the unit very close to the LNB.

Available with F-, N- or SMA-connectors.

DC bypass is standard. Options include Separate

DC power input via connector (F, N or SMA) or via

cable (pigtail).

Features

• AGC 0-30 dB

• High P1dB

• Compact and light weight


• Several options available


MODEL:

AGC Amplifier 0-30 dB

Gain typ.

Gain flatness

Gain flatness

Frequency range

Output P1dB

Output IP3

Input IP3


Temperature

Level Detector

Output Level

Modulation Compatibility

Input VSWR

Output VSWR

Connectors

DC Input

Material & Finish

Temperature Range

0-30 dB @ 950 - 2150 MHz

±0.2 dB within 30 MHz

±1dB within full band

950 - 2150 MHz

+17 dBm typ.

+33 dBm at max. gain typ.

+20dBm at min. gain typ.

5 dB / 627 K @ max. gain, 8 dB / 1540 K @ mid. gain,

18 dB / 18008K @ min. gain.

Total average power level in the range 950-2150MHz

Internally adjustable between -25dBm and +10dBm

(total power). Factory preset @ 0dBm

PSK, QAM, FM

1.9:1 typ.

1.9:1 typ.


+12 to +28 V, 700 mA max. through output, input or

via separate port

Die-cast aluminium, Powder coated

-40 to +80ºC


Dimensions

Weight

Option

96 x 28 x 89 mm (N-connectors), for drawing, see www.smw.se

208 g (F & SMA), 250 g (N)

Separate DC input (via F / N / SMA-connector, or cable) with integrated DC-block(s)

Rev.04-20-1C

The Noise figure of an ILA Amplifier does not affect the System Noise figure much.

Example: LNB NF = 0,8dB and Amplifier NF = 16 dB gives System NF = 0,85 dB

58




L Band

DC Power Supply

Power supply for

RF over Fiber and more

The TDK Lambda PSU is a AC/DC PSU series

recommended for SMW RF over Fiber products

and available from stock.

As standard it’s made for mounting indoors on a

DIN rail.

Full technical details available on request.

For outdoor rated (IP 67) PSU, please contact us.


MODEL: DSP 60-15 DSP 60-24

Input Voltage

Input Frequency

Output Voltage

Output Power

Ripple and Noise (20 MHz BW)

Connection

Mounting

Insulation

Operating temperature

Storage temperature

Weight

Case Material

Dimensions

15 VDC

100 - 240 VAC

47 - 63 Hz

60 Watt

50mV

Screw terminals

DIN rail

Class II Double insulation

-25 to +71° Celsius

-25 to +85° Celsius

250 g

Flame Retardant Polycarbonate (UL94 V-0)

71 x 91 x 56 mm

24 VDC, Note that DSP 60-24 is not for use with SMW

C-Band or Multiband Ku-Band LNBs

Rev.04-20-1C

Recommended for use with:

- Dual DC inserter (for Fiber LNB)

- Bias Tee with pigtail DC insertion

- 10 MHz ref. oscillator with pigtail for DC

- 10 MHz Recovery osc. with pigtail for DC

- Fiber LNB

- VersaLink (RF over Fiber) Transmitter and Receiver

- LNBLink (RF over fiber) Transmitter

- Quattro Fiber Receiver

- Quadlink (RF over Fiber) Transmitter and Receiver




RF & Accessories

RF & Accessories

Waveguide Isolators

Low Loss

Waveguide isolators for

Ku- and Ka-Band

Our waveguide isolator/circulator transfers RF

signals in only one direction on the waveguide

with very low loss. This is very useful in cases

where a very low input SWR is needed or to

reduce reverse direction interfering signals.

All isolators are designed and tested to work

seamlessly together with Swedish Microwave

products. All isolators have high operating

temperature range, are waterproof and corrosion

resistant for use in outdoor environments.


MODEL: Ku-Band Isolator Low Loss, pn_595313 Ka-Band Isolator Low Loss, pn_595323

Frequency Range 10.70 - 12.75 GHz 17.30 - 22.30 GHz

Input / Output VSWR 1.20:1 max. 1.15:1 max.

Isolation Output / Input 20 dB min. 20 dB min.

Insertion Loss 0.15 dB max. 0.20 dB max.

Waveguide R 120 / WR75 R 220 / WR42

Input Flange PBR 120 (O-ring groove, 4x threaded M4 holes) PBR 220 (O-ring groove, 4x threaded M3 holes)

Output Flange UBR 120 (flat flange with 4x 4.2mm diameter holes) UBR 220 (flat flange with 4x 3.2 mm diameter holes)

Input Power 15 W max. 5 W max.

Material

Aluminium

Finish

MIL-DTL-5541F, TYPE II

Temperature Range -40 to +80 ºC

Dimensions 74 x 49 x 38 mm 51 x 26 x 23 mm

Weight 60 g 40 g

Miscellaneous Enclosed O-ring, mounting screws (M4 x 10) 4 pcs. Enclosed O-ring, mounting screws (M3 x 8) 4 pcs.

Rev.04-20-1B

60




RF & Accessories

OMT / Depolarizer

Ku-Band OMT

(Ortho Mode Transducer)

Swedish Microwave’s OMT is used to separate

two orthogonal linearly polarized signals

simultaneously.

The OMT can also support circular polarizations

with a depolarizer.

Greater than 31.5 dB isolation between the two

linear polarizations is achieved.

Accessories:

- Bend for the vertical polarization.

- Waveguide cover for H-pol port.

- Depolarizer for circular polarizations.

Shown with 90° bend fitted


MODEL:

Frequency Range Vertical

Frequency Range Horizontal

Input Waveguide

Output Waveguides

Input VSWR

Cross Polarization (isolation)

Transmission Loss

Weight

Material

Dimensions

OMT Ku-Band

10.70 - 14.50 GHz

10.70 - 12.75 GHz

C120 (circular 18 mm)

WR75

1.5:1 max

31.5 dB min.

0.1 dB

200 g

Zinc

125 x 48 x 46 mm, (73 x 48 x 45 mm w/o bend), for drawing, see www.smw.se

Rev.04-20-1B

Depolarizer (Circular to linear polarization)


RHC @ Vertical output

LHC @ Horizontal output

LHC @ Vertical output

RHC @ Horizontal output

MODEL:

Polarization

Frequency Range

VSWR

Transmission Loss

Cross Polarization Rejection

Waveguide

Material

Weight

Dimensions

Depolarizer LHC & RHC Ku-Band

Circular LHC & RHC together with SMW Twin/OMT

10.70 - 12.75 GHz

1.25:1 typ.

0.1 dB typ.

20 dB typ.

C120 (circular waveguide 18 mm)

Aluminium (black anodized)

90 g

L = 47 mm, Ø 50 mm, for drawing, see www.smw.se

Rev.04-20-1B




The way we walked the line and we continue to extend the limits...

1986

LNB with Noise Figure 2.1 dB maximum.

1988

The world’s first LNB manufacturer with HEMT

transistor. NF 1.5 dB maximum.

1990

2-band (switchable 13/18 V) Ku-band LNB. NF 1.4 dB

maximum.

1992

LNBF for the consumer market.

1996

The world’s first dual output Ku-band LNB for

simultaneous reception of low-and high Ku-band.

1998

LNB with low phase noise. LNA (Ku-band).

1999

PLL LNB (Ku-band).

2000

Dual PLL LNB to receive Low- & High Ku-band

simultaneously. First BDC (Ku-band).

2001

LNB with an IF up to 3 000 MHz to receive the Low- &

High Ku-band simultaneously in one.

2005

PLL LNB with high IP3.

2006

2-band switchable Ku-band PLL LNB.

2007

3/4-band switchable Ku-band PLL LNB.

2010

First X-Band product. X-Band PLL-LNB. PLL LNB 14 GHz

for Tx monitoring, X-band PLL LNB for Tx monitoring,

Multi-Ku-band BDC.

2011

The world’s first dual output LNB for simultaneously

reception of the Low- and High Ku-band with two PLLoscillators

(WDL-PLL).

2012

PLL LNB/BDC for the 9-10 GHz market.

2013

First C-Band product. C-Band PLL-LNB with integrated

filters to isolate interfering (WiMAX, radar etc.)

products.

2014

RF-components, 10 MHz reference source & BiasTee.

First Ka-Band products. Professional PLL-LNBs,

Wideband LNA & Ka Quad Band system to receive the

whole Ka-band simultaneously.

2015

C-Band BDC, C-Band BDC for Tx Monitoring & X-Band

BDC. AGC (Automatic Gain Control) Line Amplifier.

First fiber Product – Quad Link RF over fiber (single

cable). PLL LNB Ku Wideband, IF up to 3000 MHz.

2016

First Professional Fiber Output LNB. Ku-band

WDFL PLL LNB and QUATTRO Rx Receiver.

2017

Specialized X-band LNBs with very low Noise

Temperature and improved matching for Earth

Observation/Remote sensing applications.

New, multi-role, single RF channel RF over Fiber

system, ideal for LNB/BUC/VSAT applications.

2018

Ultra Low Phase Noise LNBs & BDCs

which meet the relevant profiles of the

DVB-S2X standard.

Ka-Band Wideband LNBs & BDCs, IF up to 3000 MHz.

2019

Multiband Ka Band LNB, 2-8 bands/LOs

with monitoring and alarm

62

63

Glossary

AC Alternate current. AC is used for PSU and most common

is 110 or 220-230 Volt.

AGC Automatic Gain Control. Adjust an output level to

be same independent of the input level in an amplifier.

Aperture Refers to the diameter of a satellite antenna.

As an example a 3-meters antenna has an aperture of 3

meters.

BDC Block Down Converter. Same as LNB without the

low noise option, usually this also means that the input

has a coaxial connector instead of a waveguide input.

Beacon Satellite signal that are used for large diameter

antennas active position tracking.

BUC Block Up Converter. Used for converting L-band to

satellite uplink frequencies.

C-band Input frequency range 3.400 – 4.800 GHz. Variated

parts of this band used in different product variants.

For monitoring of C-band uplink also 5.700 – 7.250 GHz.

dBW Decibel Watt is a unit for the measurement of the

strength of a signal expressed in decibels relative to one

Watt. Typically used for to express the level of EIRP of a

satellite beam or footprint.

DC Direct current. DC is used for power feed to our products,

12-24 Volt DC (depending on product range).

DRO Dielectric Resonator Oscillator. Controls the frequency

of the Local oscillator (LO) in a LNB.

DVB-S2X DVB-S2X is an extension of DVB-S2 satellite

digital broadcasting standard. Compared to DVB-S2,

efficiency gains up to 51% can be achieved with DVB-S2X.

Amongst improvements are:

- Higher Modulation Schemes (64/128/256APSK).

- Smaller Roll-off factors.

- Improved filtering making it possible to have smaller

carrier spacing.

EIRP Equivalent Isotropically Radiated Power is the

amount of power that a theoretical isotropic antenna

(which evenly distributes power in all directions) would

emit to produce the peak power density observed in the

direction of maximum antenna gain. EIRP can take into

account the losses in transmission line and connectors and

includes the gain of the antenna. The EIRP is often stated

in terms of decibels over a reference power emitted by an

isotropic radiator with an equivalent signal strength (dbW).

Footprint The surface on earth covered by a satellite

transponder. The centre area of a footprint is called

“spot” and in that area also the signal strength has the

highest value (dBW).

Frequency Stability Used for the stability of a LO (Local

oscillator) and is specified as ppm or +/- kHz or +/- MHz

(DRO). General recommendation is to use ± 10% of the

Symbol rate.

Gain flatness The maximum gain variation over frequency

within a frequency band. Note. Also other gain

variations exists on a LNB, eg over temperature and part

to part spread.

GEO GEO is short term for Geostationary Earth Orbit.

Refers to satellite’s orbit at 35,786km above the equator

at same speed and direction as the earth rotation on its

axis. That make them as “fixed” in the sky.

G/T A figure of merit of an Antenna a Low noise amplifier

(LNA) combination expressed in dB. The higher the G/T

the better the system.

HTS High Throughput Satellite is a classification for communications

satellites that provide at least twice, though

usually by a factor of 20 or more,[1] the total throughput

of a classic FSS satellite for the same amount of allocated

orbital spectrum thus significantly reducing cost-per-bit.

IP3 Third Order intercept point. Also named “TOI”. A

“high” IP3 value make it possible to receive signals at a

“high” level without distortion at the output.

IR Image rejection in dB from input to output for a LNB

or BDC. There is always a small portion of unwanted conversion

of 2x the output frequency +/- LO frequency depending

if it’s lower or upper side (see LO section). This

value specifies the attenuation of the unwanted signal of

the frequency conversion.

Ka-band Input frequency range 17.300 – 22.300 GHz.

Ku-band Input frequency range 10.700 – 12.750 GHz. Low

band 10.700 – 11.700 GHz, High band 11.700 – 12.750 GHz.

LEO Low Earth Orbit satellites orbit 160 to 2000km above

earth and take approximately 1,5 hours for a full orbit and

only cover a portion of the earth surface.

LNA Low Noise Amplifier. Used as a preamplifier between

antenna and the earth station receiver. For best

performance it shall be located as near the antenna as

possible. Always used together with a BDC (Block Down

Converter). NOTE. A high performance LNB can replace

the LNA-BDC combination for the same or even better

performance.

LNB Low Noise Block downconverter. A combination of

a LNA (Low noise amplifier) and converter built into one

device. “Block” means a limited frequency range is converted

eg 10.7 GHz - 11.7 GHz. Also named LNC.

LO Local oscillator, controls the input to output frequency

conversion ratio in an LNB or a BDC. The LO can be on

upper side or lower side of the RF input frequency. If the

LO is on the upper side in relation to the input frequency,

the output frequency is spectrally inverted.

Formulas: Lower side LO, Input frequency - LO frequency

= Output frequency

Upper side LO, LO frequency – Input frequency = Output

frequency

64

Glossary

MEO The most common use for satellites in this region is

for navigation, communication, and geodetic/space environment

science. The most common altitude is approximately

20,2 km, which yields an orbital period of 12 hours,

as used, for example, by the Global Positioning System

(GPS). Other satellites in medium Earth orbit include

Glonass (with an altitude of 19,1 km and Galileo (with an

altitude of 23,222 km) constellations. Communications

satellites that cover the North and South Pole are also put

in MEO.

Optical wavelength The wavelength (frequency) of the

light used in our fiber products, we use ITU standardized

wavelengths. ITU International Telecommunications

Union. Worldwide standardizing organ for telecommunications.

P1dB Also named “oP1dB”. This means the output 1dB

compression point of an amplifier.

Phase Noise Value of phase noise is a factor that is very

important regarding reception of DVB-S2X and also low

symbol rate transponders.

PLL Phase Lock Loop. Are used for improved frequency

stability of a Local Oscillator.

ppb Parts Per Billion.

ppm Parts Per Million.

Quadlink A Quadlink system include a Fiber Transmitter

and a Fiber Receiver. It transmits and receives all signals

using only one fiber cable.

Quattro LNB Output frequencies are divided in to 4 RF

outputs. Low band Vertical polarisation, Low band Horizontal

polarisation, High band Vertical polarisation, High

band Horizontal polarisation.

Reference High stability/low noise oscillator. Used for

control of PLL LO in a LNB or BDC. It can be oscillator

internal or supplied externally depending on the application.

Common frequency is 10MHz. When used with a

high stability externally reference, extreme high LNB LO

stability can be achieved, down to ±30 ppb (parts per

billion).

SMW Swedish Microwave AB. A professional manufacturer

of microwave solutions.

SNG Satellite News Gathering. Electronic news-gathering

can involve anything from a lone reporter taking a single

professional video camera out to shoot a story, to an entire

television crew taking a production or satellite truck

on-location to conduct a live news report for an outside

newscast. The vehicle on which the electronic equipment

is fitted is called DSNG (Digital Satellite News Gathering).

SOTM Satcom On The Move, or Satellite communications

On The Move, is a phrase used in the context of mobile

satellite technology, specifically relation to military

ground vehicles. The basic principle behind Satcom On

The Move is that a vehicle equipped with a satellite antenna

is able to establish communication with a satellite

and maintain that communication while the vehicle is

moving. The orbital periods of MEO satellites range is

from about 2 to nearly 24 hours

Sun outage A Sun outage, Sun transit or Sun fade is an

interruption in or distortion of geostationary satellite signals

caused by interference (noise) from solar radiation.

The effect is due to the Sun’s radiation overwhelming the

satellite signal.

Symbol rate The Symbol rate variates for different

satellite transmissions and are most often within a range

of 1 to 45 M/Symbols.

TLT Test Loop Translator. A test loop translator is a type

of radio frequency converter or heterodyne, used to

translate between uplink and downlink segments (generally

in the same band), to allow for ”loop-back” testing

and calibration of a satellite ground station without the

need to interface with the satellite. The test loop translator

is an extremely valuable tool for evaluating the

performance of satellite earth stations. It allows the user

to carry out analysis, alignment and testing without incurring

satellite airtime costs and the risk of interfering with

other satellite users.

Uplink band Transmit frequencies to satellite. Products

for different uplink frequency bands are available. Ask for

more information.

VSAT Very small aperture terminal (VSAT) is a two-way

satellite ground station with a dish antenna that is smaller

than 3 meters. The majority of VSAT antennas range from

75 cm to 1.2 m. Data rates range from 4 kbit/s up to 16

Mbit/s. VSATs. are used to transmit narrowband data

VSATs. are also used for transportable, on-the-move (utilising

phased array antennas) or mobile maritime communications.

VSWR Voltage Standing Wave Ratio. Used for measurement

of RF impedance matching.

WDFL Wideband Dual Fiber output LNB.

WDL Wideband Dual output LNB.

X-band Input frequency range normally 7.25-7.75 GHz,

Uplinks and earth observation downlinks shares band 7.75

– 8.5 GHz.

65

A PROFESSIONAL LNB GAMECHANGER -

INTELLIGENT MONITORING & ALARM OUTPUT

Swedish Microwave AB, PO Box 230, 591 23 Motala, Sweden.

Tel: +46 141 216135, info@smw.se

www.smw.se

Produktkatalog 2020-ED2

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