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Download our Equipment Solutions Brochure (14 MB) - Tech-Rentals

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Radio Frequency<br />

www.techrentals.com.au<br />

Communication Test Sets cont’d.<br />

Aeroflex IFR 3500A Radio Communications Test Set<br />

IFR,3500A (2360)<br />

AU<br />

Communications service monitor. Portable radio test set<br />

for AM, FM, P25, DMR and NXDN radio transceivers,<br />

antenna and cable testing in vehicle, at remote locations<br />

or on bench testing. Frequency range 2M to 1GHz. 20W<br />

power handling without external attenuator. Includes<br />

spectrum analyser, oscilloscope, tracking generator and<br />

75W 6dB attenuator.<br />

Distortion Analysers<br />

Agilent/HP 8903B Audio Analyser<br />

HP,8903B (3020)<br />

AU<br />

Audio analyser for communications and other applications. Measures<br />

distortion, sinad, signal-to-noise, ACV, DCV, frequency. Low distortion<br />

programmable sine wave s<strong>our</strong>ce. Frequency range 20Hz to 100kHz. Optional<br />

400Hz high pass and CCITT weighting filters fitted.<br />

Power Meters - RF<br />

Agilent/HP E4418B E Series Power Meter<br />

HP,E4418B-001 (2120)<br />

AU<br />

100μW to 25W (-70dBm to 44dBm), 9 kHz to<br />

110 GHz (power sensor dependent ), 4 digit<br />

display - watts, dBm, dB (rel). Battery or mains<br />

powered. Power sensor required, select and<br />

specify when ordering.<br />

Agilent/HP E9300A Power Sensor 1μW to 100mW, 10MHz to 18GHz<br />

HP,E9300A (2125)<br />

AU<br />

Power sensor for HP EPM series power meters. E-series average power<br />

sensor. 10MHz to 8GHz, 1μW to 100mW (-60dBm to 20dBm).<br />

Agilent/HP E9300B Power Sensor 1μW to<br />

25W, 10MHz to 8GHz<br />

HP,E9300B (2135)<br />

AU<br />

Power sensor for HP EPM series power meters.<br />

E-series average power sensor. 10MHz to<br />

18GHz, 1μW to 25W (-30dBm to 44dBm).<br />

Anritsu MA24104A Inline Power Sensor<br />

0.6 to 4GHz, 2mW to 150W<br />

ANR,MA24104A (2115)<br />

AU<br />

A dual path architecture that enables true RMS<br />

measurements over the entire frequency and dynamic<br />

range allowing users to measure CW, multi-tone and<br />

digitally modulated signals such as GSM/EDGE, CDMA/<br />

EV-DO,WCDMA/HSDPA, WiMAX, and TD-SCDMA.<br />

Can be connected directly to a laptop or Site Master with<br />

option 19.<br />

Bird 43 Power Meter<br />

BIR,43<br />

MY<br />

RF thruline power meter. Requires Bird element of specified frequency and<br />

power. Measures forward and reflected power by reversing the element.<br />

Bird RF Element<br />

BIR,ELEMENT-LF<br />

MY<br />

BIR,ELEMENT-HF<br />

MY<br />

RF elements for Bird watt meters. Available in various power and frequency<br />

ranges.<br />

Power Meters - RF cont’d.<br />

Marconi 6970 Digital Power Meter<br />

MAR,6970<br />

MY<br />

NiCd battery operated with digital display. Complete with AC adaptor. Requires<br />

sensor. Sensors available for 10MHz to 26.5GHz frequency range.<br />

Marconi 6910 Power Sensor<br />

MAR,6910<br />

MY<br />

Frequency range 10MHz to 20GHz. Power range -30dBm to 20dBm (1μW to<br />

100mW). Max RF i/p 25dBm (300mW) CW 42dBm (15W) peak for 2μs. Sensing<br />

element semiconductor thermocouple. VSWR 1.25: 10MHz to 30MHz, 1.1:<br />

30MHz to 2GHz, 1.18: 2 to 16GHz, 1.28: 16 to 18GHz, 1.4: typical 18 to 20GHz.<br />

Linearity factor provided with sensor. Accuracy ±0.5% at 25˚C between 10<br />

& 20dBm. Improves by a factor of 10 for each lower range. Calibration factor<br />

provided with sensor. Accuracy uncertainty provided with sensor. Resolution<br />

0.01%. RF connector precision N-type (M) 50Ω.<br />

Marconi 6912 Power Sensor<br />

MAR,6912<br />

MY<br />

Frequency range 30kHz to 4.2GHz. Power range 30dBm (1μW) to 20dBm<br />

(100mW).<br />

Marconi 6913 Power Sensor<br />

MAR,6913<br />

MY<br />

Frequency range 10MHz to 26.5GHz. Power range 30dBm (1μW) to 20dBm<br />

(100mW). Max 25dBm (300mW) CW, 42dBm (15W) peak for 2μs. Sensing<br />

element semiconductor thermocouple. VSWR 1.40: 10MHz to 50MHz, 1.15:<br />

50MHz to 100MHz, 1.10: 100MHz to 2GHz, 1.15: 2 to 12.4GHz, 1.20: 12.4 to<br />

18GHz, 1.25: 18 to 26.5GHz. Calibration factor provided at 1GHz intervals<br />

(500MHz intervals above 20GHz) with each sensor. Accuracy uncertainty<br />

provided with each sensor. Resolution 0.01%. Linearity factor accuracy ±0.5%<br />

at 100mW, decreasing by 0.005% per 1mW.<br />

Marconi 6920 Power Sensor<br />

MAR,6920<br />

MY<br />

High sensitivity diode sensor. Frequency range 10MHz to 20GHz. Power<br />

range -70dBm (0.1nW) to -20dBm (10μW), max 26dBm (400mW) CW<br />

+30dBm (1W) peak for 2μs. Sensing element Shottky barrier diode. VSWR<br />

1.4 to 1.2:10 to 40MHz, 1.20:40MHz to 10GHz, 1.35:10 to 18GHz, 1.40<br />

typical 18 to 20GHz. Calibration factor provided at 1GHz intervals with each<br />

sensor. Accuracy uncertainty provided with each sensor.<br />

Marconi 6923 RF Power Sensor<br />

MAR,6923<br />

MY<br />

High sensitivity diode sensor. Frequency range 10MHz to 26.5GHz. Power<br />

range -65dBm (0.3nW) to -20dBm(10μW), max 26dBm (400mW) CW,<br />

+30dBm (1W) peak for 2μs. Sensing element Shottky barrier diode. VSWR<br />

1.4 10 to 40MHz, 1.15 40 to 100MHz, 1.12 0.1MHz, 1.17 2 to 8GHz, 1.30 8<br />

to 18GHz, 1.50 typical 18 to 26.5GHz. Calibration factor provided at 1GHz<br />

intervals with each sensor. Accuracy uncertainty provided with each sensor.<br />

Resolution 0.01%. Linearity factor provided with each sensor. Accuracy<br />

±1% between -30 to -20dBm. RF connector type N (M) precision 50Ω.<br />

Rohde & Schwarz NRT Power Reflection Meter<br />

RS,NRT (2<strong>14</strong>0)<br />

AU<br />

Measures directional power forward and reverse under operational<br />

conditions. NRT-Z44 sensor included, range 3 mW to 120 W, 200 MHz to<br />

4 GHz. Measurement method is compatible with all common analog and in<br />

particular digital modulation standards. GSM/EDGE, 3GPP (W-/TD-CDMA),<br />

CDMA (IS-95), CDMA2000, PHS, NADC, PDC, TETRA, DECT, DAB,<br />

DVB-T and many more.<br />

18

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