3-2021
Fachzeitschrift für Hochfrequenz- und Mikrowellentechnik
Fachzeitschrift für Hochfrequenz- und Mikrowellentechnik
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RF & Wireless<br />
EW Power Amp<br />
spans 2 to 20 GHz<br />
GEN10 LDMOS technology, the<br />
BLM10D3438-70ABG delivers<br />
>30 dB of gain and 10 W average<br />
power from a 28 V supply.<br />
Designed for broadband operation,<br />
the carrier and peaking<br />
device, input splitter and output<br />
combiner are integrated in a 10<br />
x 10 mm plastic package.<br />
150 W S-Band GaN<br />
Amplifier for Radar<br />
equipment, they are SMT mountable<br />
with conductive epoxy and<br />
solder. The AEQ05472 surface<br />
mount package measures 28 x<br />
16 x 7 mm.<br />
Dualpath Active<br />
Antenna System FEM<br />
RFMW announced design<br />
and sales support for a broad<br />
bandwidth, high frequency,<br />
GaN on SiC, power amplifier<br />
from Qorvo. With decade band<br />
width, the Qorvo QPA2962 serves<br />
radar and EW applications<br />
from 2 to 20 GHz. Delivering<br />
10 W of saturated output power<br />
with large signal gain of 13 dB,<br />
power added efficiency (PAE) is<br />
20 to 35% for this 22 V device<br />
drawing 1.68 A of current. The<br />
QPA2962 is packaged in a 5 x 5<br />
mm, air cavity laminate package<br />
for ease of use in densely populated<br />
boards. Both RF ports<br />
are internally DC blocked and<br />
matched to 50 ohms allowing<br />
for simple system integration.<br />
Suitable for multiple wideband<br />
systems including communications,<br />
electronic warfare, test<br />
instrumentation and radar applications<br />
across both military and<br />
commercial markets.<br />
3-Stage Doherty<br />
MMIC Amplifier<br />
Serves 5G<br />
RFMW announces design and<br />
sales support for a high gain<br />
amplifier from Ampleon. The<br />
BLM10D3438-70ABG is a<br />
3-stage, fully integrated Doherty<br />
MMIC solution for 3.4 to 3.8<br />
GHz power amplifier designs.<br />
The Doherty configuration performs<br />
well with DPD, making<br />
it perfectly suited for mMIMO<br />
5G applications in the N78 band.<br />
Using Ampleon state-of-the-art<br />
High-Performance<br />
Frac-N Synthesizer<br />
Integrates VCO<br />
RFMW announced design and<br />
sales support for a high-performance<br />
synthesizer from CML<br />
Microcircuits. The CMX940 is<br />
a low-power, high-performance<br />
Fractional-N PLL with fullyintegrated<br />
wideband VCOs and<br />
programmable output divider,<br />
generating RF signals over a<br />
continuous frequency range of<br />
49 to 2040 MHz. Two, level-controlled,<br />
single-ended RF outputs<br />
support Tx and Rx sub-systems.<br />
A configurable reference path is<br />
used to minimize close-in phase<br />
noise and mitigate integer and<br />
sub-integer boundary spurious.<br />
Available in a 7 x 7 mm VQFN<br />
package, the chip configuration<br />
is controlled by a SPI compatible<br />
C-BUS serial interface and<br />
requires only external loop filter<br />
and clock reference to provide a<br />
complete and very compact RF<br />
synthesizer solution with typical<br />
phase noise of -122 dBc/Hz, 10<br />
kHz offset at 520 MHz. Consuming<br />
only 58 mA from a 3...3.6<br />
V supply, it’s the perfect choice<br />
for a wide variety of portable and<br />
battery powered wireless applications,<br />
including digital narrowband<br />
two-way radio equipment<br />
compliant with ETSI PMR<br />
co-existence standards applicable<br />
under the Radio Equipment<br />
Directive.<br />
RFMW announced design and<br />
sales support for a high efficiency,<br />
GaN on SiC, power amplifier<br />
from Qorvo. Serving S-band<br />
radar from 2.9 to 3.5 GHz, the<br />
Qorvo QPA3070 amplifier offers<br />
150 W (52 dBm) of saturated<br />
output power with power gain<br />
of 28 dB. Power added efficiency<br />
(PAE) is 58% for this<br />
50 V device. The QPA3070 is<br />
packaged as a 7 x 7 mm QFN<br />
for reduced PCB real estate<br />
and ease-of-use. 100% DC and<br />
RF tested on-wafer to ensure<br />
compliance to electrical specifications.<br />
Thin Film Equalizer<br />
Delivers Repeatability<br />
RFMW announced availability<br />
of the Knowles DLI, surface<br />
mount, high frequency, gain<br />
equalizer series. Offering a variety<br />
of nominal gain slope from,<br />
1 to 3.5 dB, all devices in the<br />
series are footprint interchangeable.<br />
The AEQ05472 has a bandwidth<br />
from DC to 18 GHz with<br />
low frequency insertion loss of<br />
0.25 and 3.5 dB slope. Designed<br />
as small, low cost solutions using<br />
precision thin-film conductor and<br />
resistor films, their proprietary,<br />
high dielectric constant ceramics<br />
provide superior RF performance<br />
in applications such as broadband<br />
EW, ECM, ECCM microwave<br />
modules. Equalizers allow<br />
compensation circuits to correct<br />
for loss slope created by other<br />
elements within a circuit, such<br />
as in amplifier stages. Well suited<br />
for use with pick and place<br />
RFMW announced design and<br />
sales support for an integrated<br />
dualpath RF frontend. Each path<br />
of the Renesas F0453B consists<br />
of an RF switch and two gain<br />
stages with 6 dB of gain control<br />
supporting analog frontend receivers<br />
in Active Antenna System<br />
(AAS) from 3.3 to 4 GHz. The<br />
F0453B provides 34.5 dB gain<br />
with 23 dBm OIP3, 15 dBm<br />
output P1dB, and 1.35 dB noise<br />
figure at 3.5 GHz. Gain is reduced<br />
6 dB in a single step with<br />
a maximum settling time of 31<br />
ns. The device uses a single 3.3<br />
V supply and 130 mA of IDD.<br />
The F0453B is offered in a 5 x<br />
5 x 0.8 mm, 32-LGA package<br />
with 50 ohms input and output<br />
impedance for ease of integration<br />
into the signal path. Typical<br />
applications include Multi-mode<br />
& Multi-carrier receivers, 4.5G<br />
(LTE Advanced) and 5G band<br />
42 & 43.<br />
■ RFMW<br />
www.rfmw.com<br />
hf-praxis 3/<strong>2021</strong> 59