Richardson Electronics Ltd. announced the availability of a new K-Band silicon SATCOM Rx quad-core integrated circuit from Anokiwave Inc.

The highly-integrated AWS-0102is intended for satellite communications applications. The device supports four dual-polarization radiating elements with full programmable polarization flexibility. It provides 22 dB gain with a noise figure of 3.4 dB. Additional features include gain compensation over temperature and temperature reporting.

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The new IC offers ESD protection on all pins, operates from +1.8 V, and is packaged in a 56-lead, 7 mm x 7 mm PQFN for easy installation in planar phased array antennas.

“The AWS-0102 is another example of how Anokiwave is opening new markets for AESA multi-element beam forming ICs,” said Chris Marshall, Vice President Global Sales of Richardson Electronics’ Power & Microwave Technologies group. “Our global, highly-technical sales team is eager to promote this device and the entire series of Anokiwave Silicon AESA Quad Core ICs to existing and prospective customers.”

Robert Donahue, Anokiwave CEO, added, “This latest product release is the second in our series of Silicon AESA Quad Core ICs that we believe will set a new standard in the industry for AESA multi-element beam forming ICs, as Anokiwave continues to innovate and deliver parts that will revolutionize multiple markets with affordable solutions.”

Additional key features of the AWS-0102 include:

  • Flexible polarization (RHCP, LHCP, linear)
  • 5-bit phase control (LSB=11.25°)
  • 5-bit gain (LSB=0.5 dB, DR=15.5 dB)
  • 0.3 W DC power

To find more information, please visit the AWS-0102 product detail page at rellpower.com. The device is also available by calling 1-800-348-5580, emailing rellpower@rell.com, or visiting Local Sales Support to locate worldwide sales engineers. To learn about additional Anokiwave products, please visit the Anokiwave storefront. Playback of an Anokiwave webinar, “Highly Integrated Silicon ICs – A Disruptive Technology for Phased Arrays,” is also available online until March 30, 2016.