Datasheet4U Logo Datasheet4U.com

TQM640002 - LNA-Filter Module

Description

TQM640002 RF front end module (FEM) is an active device for GPS applications (center frequency 1575.42 MHz).

It is designed for simultaneous GPS + voice in multi-function handsets.

Features

  • Low noise figure & high associated gain for high IP3 receiver stages for 1575 MHz NF = 1.56 dB; Gain=16 dB @ 1.8V No external matching components required Low current consumption & low voltage operation High immunity against inband compression due to out-of-band interferers during simultaneous GPS + voice operation Input and output internally pre-matched to 50 Ω Low cost miniature package 3 x 3 x.

📥 Download Datasheet

Datasheet Details

Part number TQM640002
Manufacturer TriQuint Semiconductor
File Size 730.15 KB
Description LNA-Filter Module
Datasheet download datasheet TQM640002 Datasheet

📁 Similar Datasheet

Other Datasheets by TriQuint Semiconductor
  • TQM613017 - PowerPadTM CDMA/AMPS Cellular Band PA/Duplexer Module
  • TQM613025 - CDMA Cellular Band PA/Duplexer Module
  • TQM613027 - CDMA Cellular Band PA/Duplexer Module
  • TQM613029 - CDMA PA-Duplexer Module
  • TQM616020 - WCDMA / HSUPA PA-Duplexer Module
  • TQM616025 - WCDMA / HSUPA PA-Duplexer Module
  • TQM616035 - WCDMA / HSUPA Band V&VI Power-PAD-Module
  • TQM626028L - WCDMA / HSUPA PA-Duplexer Module

Full PDF Text Transcription

Click to expand full text
www.DataSheet4U.com TQM640002 Data Sheet GPS LNA-Filter Receive Module Functional Block Diagram PON Vdd Features • • • • • • • • • • Low noise figure & high associated gain for high IP3 receiver stages for 1575 MHz NF = 1.56 dB; Gain=16 dB @ 1.8V No external matching components required Low current consumption & low voltage operation High immunity against inband compression due to out-of-band interferers during simultaneous GPS + voice operation Input and output internally pre-matched to 50 Ω Low cost miniature package 3 x 3 x 1.0 mm – suitable for low profile handset applications Power-up control for the LNA Designed to operate at 1.8V, with enhanced linearity performance at 2.
Published: |