•−•  ••−•    −•−•  •−  ••−•  •
RF Cafe Morse Code >Hear It<

Job Board

About RF Cafe™


RF Cafe Software

RF Cascade Worbook
 RF Cascade Workbook 2005 - RF Cafe
Calculator Workbook
RF Workbench
Smith Chart™ for Visio
Smith Chart™ for Excel
RF & EE Symbols Word
RF Stencils for Visio

Your RF Cafe
Progenitor & Webmaster

Click here to read about RF CafeKirt Blattenberger

Carpe Diem!
(Seize the Day!)

5th MOB:
My USAF radar shop

Airplanes and Rockets:
My personal hobby website

Equine Kingdom:
My daughter Sally's horse riding website

Hittite Press Release - October 22, 2010

Hittite's Three New Active Multipliers Generate LO Signals from 6 to 31 GHz!

SMT Multipliers Are Ideal for Military and Microwave Radio Subsystems

Click to visit the Hittite website

Chelmsford, MA, October 22, 2010 – Hittite Microwave Corporation, the world class supplier of complete MMIC based solutions for communication & military markets, announces the release of three new GaAs pHEMT based Active Multipliers which are ideal for automotive radar, microwave radio, medical, military, SatCom and Sensor applications from 6 to 31 GHz.

The HMC917LP3E is a x4 Active Frequency Multiplier which provides an output frequency range of 6 to 10 GHz, while the HMC916LP3E is a x3 Active Frequency Multiplier with an output frequency range of 8 to 16 GHz. When driven by +5 dBm signals, these compact multiplier MMICs deliver +2 dBm of output power, and exhibit additive SSB (single sideband) phase noise as low as -152 dBc/Hz at 100 kHz offset from the carrier. The HMC917LP3E and the HMC916LP3E are housed in footprint compatible, RoHS compliant 3x3 mm leadless QFN SMT packages, and consume between 83 and 91 mA from a single +5 V supply.

The HMC942LP4E is a high power x2 Active Frequency Multiplier which provides an output frequency range of 25 to 31 GHz. When driven by a +4 dBm signal, this powerful multiplier delivers output power as high as +21 dBm, and maintains an outstanding -55 dBc of fundamental signal isolation at the output port. This high performance Ka-band multiplier is housed in a convenient RoHS compliant 4x4 mm leadless QFN SMT package, and consumes only 214 mA from a single +4.5 V supply.

The HMC917LP3E, HMC916LP3E and HMC942LP4E can be used in LO multiplier chains in point-to-point and VSAT radios, while yielding reduced parts count and reduced PCB area compared to traditional discrete design approaches. These low noise multipliers are ideal for driving the LO port of many of Hittite’s high performance mixer and converter products, and complement Hittite’s broad line of active and passive multipliers with output frequencies to 90 GHz.

Samples and evaluation PC boards for all SMT packaged products are available from stock and can be ordered via the company’s e-commerce site or via direct purchase order. Released data sheets are available on-line at www.hittite.com.

About Hittite
Hittite Microwave Corporation is an innovative designer and manufacturer of analog and mixed-signal ICs, modules, subsystems and instrumentation for digital, RF, microwave and millimeterwave applications covering DC to 110 GHz. Our RFIC/MMIC products are developed using state-of-the-art GaAs, GaN, InGaP/GaAs, InP, SOI, SiGe, CMOS and BiCMOS semiconductor processes utilizing MESFET, HEMT, pHEMT, mHEMT, HBT and PIN devices. Our custom and standard products support a wide range of wireless / wired communications and radar applications for Automotive, Broadband, Cellular/4G, Fiber Optics, Microwave & Millimeterwave Communications, Military, Test & Measurement, and Space markets.

Beth McGreevy
MarCom Manager
Hittite Microwave Corporation
20 Alpha Road
Chelmsford, MA 01824
Phone: 978-250-3343
Fax: 978-250-3373
sales@hittite.com www.hittite.com

Posted  10/26/2010

Try Using SEARCH to Find What You Need.  >10,000 Pages Indexed on RF Cafe !

Copyright 1996 - 2016
Webmaster:  Kirt Blattenberger, BSEE - KB3UON
Family Websites:  Airplanes and Rockets | Equine Kingdom

All trademarks, copyrights, patents, and other rights of ownership to images
and text used on the RF Cafe website are hereby acknowledged.