Product Detail

XX1010-QT
Doubler
The XX1010-QT is a 14.625-15.0 / 29.25-30.0 GHz GaAs MMIC doubler that integrates a gain stage, passive doubler and driver amplifier onto a single device. This device has a self-biased architecture requiring a single positive supply (+4.5V) only and integrated on-chip bypassing and DC blocking capacitors eliminating the need for any external components. This device uses InGaAs pHEMT device technology, and is based upon electron beam lithography to ensure high repeatability and uniformity. The XX1010-QT has integrated ESD structures for protection and comes in a low cost 3 mm QFN package. The device is well suited for millimeter wave Point-to-Point Radio, LMDS, SATCOM and VSAT applications.
Features
  • Integrated Gain, Doubler and Driver Stages
  • RoHS* Compliant
  • 260°C Reflow Compatible
  • Lead-Free 3 mm 16-Lead QFN Package
  • 100% RF, DC and Output Power Testing
  • On-Chip ESD Protection
  • 30 dBc Fundamental Suppression
  • +20 dBm Output Saturated Power
  • Integrated Bypassing Capacitor
  • +4.5 V Single Positive Bias
Applications
  • Wireless Networking and Communication
Specifications
  • Mulitply Factor: 2 
  • Input Power: 3 dBm
  • Bias: 4.5 
  • Output Power: 20 dBm
  • Min Input Frequency: 14,625 MHz
  • Max Input Frequency: 15,000 MHz
  • Min Vtune: 29,250 
  • Min Output Frequency: 29,250 MHz
  • Max Vtune: 30,000 
  • Max Output Frequency: 30,000 MHz
Package
  • 3mm PQFN-16LD
Package Category
  • Plastic Surface Mount
Marking
  • X1010
Lead Finish
  • 100% matte tin plate followed by a post-plating annealing of 1 hr at 150 C
Part Number Package MACOM Richardson RFPD DigiKey Mouser Rell
XX1010-QT-0G00
MMIC, SMD, DBLR, QFN(3X3),
3MM PQFN-16LD Inquire
XX1010-QT-EV1
EVAL, XX1010-QT-0G0x
3MM PQFN-16LD Inquire

Favorite Parts

Log in to MyMACOM to save your favorite parts.

Recently Viewed

  • No Recent Parts found!

Technical Resources

Resources

Support

Live Chat

Start Conversation Now

×

Is this a technical or general inquiry?

Recent Searches

X

By continuing to use this site you consent to the use of cookies in accordance with our Cookie Policy