Datasheet4U Logo Datasheet4U.com

CXG1194UR - SP4T Antenna Switch

Datasheet Summary

Description

The CXG1194UR is a high power SP4T antenna switch for GSM applications.

The low insertion loss on transmit means increased talk time as the Tx power amplifier can be operated at a lower output level.

Features

  • Insertion loss (Tx): 14 pin UQFN (Plastic) 0.35dB (Typ. ) at 34dBm (GSM900) 0.45dB (Typ. ) at 32dBm (GSM1800).
  • Small package size: 14-pin UQFN (2.5mm × 2.5mm × 0.6mm (Max. )).

📥 Download Datasheet

Datasheet preview – CXG1194UR

Datasheet Details

Part number CXG1194UR
Manufacturer Sony Corporation
File Size 87.70 KB
Description SP4T Antenna Switch
Datasheet download datasheet CXG1194UR Datasheet
Additional preview pages of the CXG1194UR datasheet.

📁 Similar Datasheet

Other Datasheets by Sony Corporation
  • CXG1194XR - SP4T Antenna Switch
  • CXG1190AEQ - GSM/ UMT DUAL MODE SWITCH
  • CXG1192UR - SP3T X 2 Antenna Switch
  • CXG1195XR - High Power SP5T Antenna Switch MMIC
  • CXG1198AEQ - SP8T GSM/UMTS Dual Mode Antenna Switch
  • CXG1199UR - High-Frequency SPDT Switch
  • CXG1101TN - SP3T Antenna Switch for TDMA800/1900/AMPS800 Triple Mode Application
  • CXG1108K - Power Amplifier Module for JCDMA

Full PDF Text Transcription

Click to expand full text
CXG1194UR SP4T Antenna Switch for GSM Description The CXG1194UR is a high power SP4T antenna switch for GSM applications. The low insertion loss on transmit means increased talk time as the Tx power amplifier can be operated at a lower output level. Onchip logic reduces component count and simplifies the PCB layout by allowing direct connection of the switch to digital baseband control lines with the CMOS logic levels. This switch is SP4T, one antenna can be routed to either of the 2Tx or 2Rx ports. It requires 2 CMOS control lines. The Sony GaAs JPHEMT MMIC process is used for low insertion loss. Features • Insertion loss (Tx): 14 pin UQFN (Plastic) 0.35dB (Typ.) at 34dBm (GSM900) 0.45dB (Typ.) at 32dBm (GSM1800) • Small package size: 14-pin UQFN (2.5mm × 2.5mm × 0.6mm (Max.
Published: |