FMS2003QFN-1 - High Power Reflective GaAs SP4T Switch

Filtronic

General Description

The FMS2003QFN is a low loss, high power and linear single pole four throw Gallium Arsenide antenna switch designed for use in mobile handset applications.

Key Features

3x3x0.9mm Packaged pHEMT Switch NiPdAu finish for Military and High reliability.

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FMS2003QFN-1 high power reflective gaas sp4t switch by Filtronic - Datasheet Preview

Datasheet Details

Part number	FMS2003QFN-1
Manufacturer	Filtronic
File Size	183.29 KB
Description	High Power Reflective GaAs SP4T Switch
Datasheet	FMS2003QFN-1 Datasheet

Other Datasheets by Filtronic

Part Number	Description
FMS2003ES1	SP4T Reflective pHEMT MMIC Switch
FMS2001ES1	Low Loss SPDT Reflective pHEMT MMIC Switch
FMS2001QFN	SPDT Reflective pHEMT MMIC Switch
FMS2002ES1	SP3T Reflective pHEMT MMIC Switch
FMS2002QFNES1	SP3T Reflective pHEMT MMIC Switch
FMS2006	DC- 6 GHz SPDT WLAN GaAs Low Loss Switch
FMS2007	DC-6GHz DPDT Diversity Switch
FMS2007QFN	DC-6GHz DPDT Diversity Switch
FMS2010	SP6T GaAs Multi-Band GSM Antenna Switch
FMS2011	SP6T GaAs Multi-Band GSM Antenna Switch

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

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Preliminary Data Sheet 2.1 FMS2003QFN-1 High Power Reflective GaAs SP4T Switch Features: ♦ ♦ ♦ ♦ ♦ ♦ ♦ 3x3x0.9mm Packaged pHEMT Switch NiPdAu finish for Military and High reliability applications Excellent low control voltage performance Excellent harmonic performance under GSM/DCS/PCS/EDGE power levels High isolation: >30dB at 0.9GHz Low Insertion loss: 0.5dB at 0.9GHz Low control current Functional Schematic ANT RF1 RF2 RF3 RF4 Description and Applications: The FMS2003QFN is a low loss, high power and linear single pole four throw Gallium Arsenide antenna switch designed for use in mobile handset applications. The die is fabricated using the Filtronic FL05 0.5µm switch process technology, which offers excellent performance optimised for switch applications.