02.10.2020 Aufrufe

10-2020

Fachzeitschrift für Hochfrequenz- und Mikrowellentechnik

Fachzeitschrift für Hochfrequenz- und Mikrowellentechnik

MEHR ANZEIGEN
WENIGER ANZEIGEN

Erfolgreiche ePaper selbst erstellen

Machen Sie aus Ihren PDF Publikationen ein blätterbares Flipbook mit unserer einzigartigen Google optimierten e-Paper Software.

RF & Wireless<br />

Richardson Electronics<br />

Enhances Think Tank with<br />

Qorvo Design Innovations<br />

in Millimeter-wave MMICs<br />

High Linearity,<br />

Low-Threshold, Dual PIN<br />

Limiter Diode Module<br />

RFMW announced design and sales support<br />

for a new DSA from pSemi. The PE436<strong>10</strong><br />

digital step attenuator supports a wide frequency<br />

range from 9 kHz to 13 GHz with<br />

6-bit control using 0.5 or 1 dB steps. The<br />

attenuator is capable of maintaining 0.5 dB<br />

and 1 dB monotonicity throughout a 31.5<br />

dB attenuation range with glitch-safe attenuation<br />

state transitions. Maximum insertion<br />

loss is 3 dB and the device supports<br />

parallel and serial programming interfaces<br />

with serial addressability. The PE436<strong>10</strong><br />

is available in a 4 x 4 mm package which<br />

requires no external blocking capacitors if<br />

0 V DC is present on the RF ports.<br />

■ RFMW<br />

info@rfmw.com<br />

www.rfmw.com<br />

Richardson Electronics, Ltd. announced<br />

its support of Qorvo’s design innovations<br />

in millimeter-wave MMICs by<br />

enhancing the Richardson Electronics’<br />

Think Tank with new resources. Utilizing<br />

its experienced sales team, Richardson<br />

Electronics will provide design-in<br />

support, systems integration, and prototype<br />

design through its existing global<br />

infrastructure, along with key marketing<br />

initiatives. Richardson Electronics<br />

– Power & Microwave Technologies<br />

was recently approved as a Qorvo die<br />

movement facility.<br />

The Richardson Electronics global<br />

sales team provides technical support<br />

of Qorvo’s proven millimeter-wave<br />

solutions for a broad range of applications,<br />

including aerospace and defense.<br />

New product releases, technical articles,<br />

design tools, and product catalogs add<br />

to this support and can be found on the<br />

Richardson Electronics’ Think Tank<br />

webpage, where engineers can learn<br />

about Qorvo’s disruptive technologies<br />

and design innovations.<br />

“We are pleased to support Qorvo’s<br />

design innovations in millimeter-wave<br />

MMICs, in particular, die MMICs,”<br />

stated Greg Peloquin, Executive Vice<br />

President of Richardson Electronics’<br />

Power & Microwave Technologies<br />

group. “Qorvo continues to lead the<br />

industry with die and packaged products<br />

that offer superior performance,<br />

such as positive gain slope distributed<br />

amplifiers. With Richardson Electronics’<br />

recent approval to handle die MMICs,<br />

we are ready to serve customers with<br />

deep technical support to help expedite<br />

new design projects.”<br />

Richardson Electronics provides a broad<br />

range of Qorvo products, including<br />

the most advanced high-performance<br />

components. To learn more, visit the<br />

Qorvo ThinkTank or the Qorvo Supplier<br />

homepage.<br />

■ Richardson Electronics Ltd.<br />

www.rellpower.com<br />

Skyworks introduced a high linearity, lowthreshold,<br />

dual PIN limiter diode module<br />

that addresses the growing need for receiver<br />

protection in cellular infrastructure<br />

(including 5G) and microwave radio communications.<br />

The SKY16603-632LF is a<br />

fully integrated module comprised of two<br />

PIN limiter diodes and two DC blocking<br />

caps designed for use as a passive receiver<br />

protector in wireless systems up to 6 GHz.<br />

Targeted for cellular infrastructure base station,<br />

repeater, and wireless backhaul OEMs,<br />

it can also be used in broad market wireless<br />

systems including VSAT, S-band radar, military<br />

communications transceivers, jammers,<br />

GPS, test instruments, automotive and Wi-Fi<br />

applications. The SKY16603-632LF features<br />

high linearity and low insertion loss,<br />

capable of handling <strong>10</strong>0 Watt pulsed power<br />

in an extremely compact, 2-pin leadless surface-mount<br />

package.<br />

■ Skyworks Solutions, Inc.<br />

www.skyworksinc.com<br />

Digital Attenuator offers<br />

Flexible Step Size<br />

Pigtail Cable Assemblies<br />

Support In-circuit Testing<br />

RFMW announced design and sales support<br />

for SMA terminated coaxial pigtail<br />

cable assemblies from P1dB. The P1CA-<br />

SAFPT-047SR-2-12G is one of a family of<br />

pigtail cables that include semi-rigid, conformable<br />

and jacketed conformable cable<br />

styles. P1dB pigtails are commonly used<br />

to inject or sample RF signals during prototyping<br />

or testing of RF circuits by simply<br />

soldering the unterminated cable end<br />

onto a pin, copper trace or test pad. Configured<br />

with SMA Female connectors, P1dB<br />

pigtails are available in a variety of coax<br />

cable diameters such as .020, .034, .047,<br />

.085 and .141. The P1CA-SAFPT-047SR-<br />

2-12G cables are 0.047 inch outer diameter<br />

and are <strong>10</strong>0% tested to ensure performance.<br />

This pigtail assembly measures 2 inches in<br />

length and is rated to 12 GHz with a maximum<br />

SWR of 1.4.<br />

■ RFMW<br />

info@rfmw.com<br />

www.rfmw.com<br />

Dual-Channel FEM supports<br />

39 GHz Phased Array 5G NR<br />

RFMW announced design and sales support<br />

for a mmWave front end module from<br />

Qorvo. The QPF4005 offers dual channel,<br />

multi-function (LNA, TR switch and PA)<br />

capability in a single GaN MMIC operating<br />

from 37 to 40.5 GHz. The receive path<br />

(LNA+TR SW) provides 15 dB of gain and<br />

72 hf-praxis <strong>10</strong>/<strong>2020</strong>

Hurra! Ihre Datei wurde hochgeladen und ist bereit für die Veröffentlichung.

Erfolgreich gespeichert!

Leider ist etwas schief gelaufen!