XQFN24 Search Results

tx2/rx2

Abstract: CXM3560XR SP10T
Contextual Info: SP10T Antenna Switch for GSM/UMTS Dual Mode Handsets CXM3560XR Description The CXM3560XR is SP10T antenna switch for GSM/UMTS dual mode handsets. The CXM3560XR has a 1.8V CMOS compatible decoder. The Sony GaAs junction gate pHEMT JPHEMT MMIC process is used for low insertion loss and high linearity.

Contextual Info: NXP analog switches NX3 & NX5 families Low power, low ohmic switches for analog and digital switching NXP offers best in class low RON analog switches that are suitable for a variety of analog and digital switching needs including audio, USB, power, video, data, camera signal switching, baseband data

Contextual Info: SP10T Antenna Switch for GSM/UMTS Dual Mode Handsets CXM3567XR Description The CXM3567XR is SP10T antenna switch for GSM and UMTS dual mode handsets. The CXM3567XR has a 1.8 V CMOS compatible decoder. The Sony GaAs junction gate pHEMT JPHEMT MMIC process is used for low insertion loss and high linearity.

Contextual Info: SP8T Antenna Switch for GSM/UMTS Dual Mode Handsets CXM3539XR Description The CXM3539XR is SP8T antenna switch for Triple bands GSM and Triple bands UMTS dual mode handsets. The CXM3539XR has a 1.8V CMOS compatible decoder. The Sony GaAs junction gate pHEMT JPHEMT MMIC process is used for low insertion loss and high linearity.

Contextual Info: NX3DV642 3-lane high-speed MIPI compatible switch Rev. 1 — 20 August 2012 Product data sheet 1. General description The NX3DV642 is a high-speed triple-pole double-throw differential signal switch. The device is optimized for switching between two MIPI devices, such as cameras or LCD

RX2 DIAGRAM

Abstract: RX2 pin DIAGRAM ic RX2 datasheet RX2 ic RX-3 PCB GSM ANTENNA 24PIN CXG1224XR GSM1800 GSM1900
Contextual Info: SP4T+SP4T Antenna Switch for GSM/UMTS Preliminary Preliminary CXG1224XR Description The CXG1224XR is a high power SP4T+SP4T antenna switch for GSM/UMTS applications. The low insertion loss on transmit means increased talk time as the Tx power amplifier can be operated at a lower output level.

F18-F19

Contextual Info: SP8T Antenna Switch for GSM/UMTS Dual Mode Handsets CXM3539XR Description The CXM3539XR is SP8T antenna switch for Triple bands GSM and Triple bands UMTS dual mode handsets. The CXM3539XR has a 1.8V CMOS compatible decoder. The Sony GaAs junction gate pHEMT JPHEMT MMIC process is used for low insertion loss and high linearity.

ttl to mipi

Abstract: MIPI TO TTL sot1310 mo288 1D1N
Contextual Info: NX3DV642 3-lane high-speed MIPI compatible switch Rev. 1 — 20 August 2012 Product data sheet 1. General description The NX3DV642 is a high-speed triple-pole double-throw differential signal switch. The device is optimized for switching between two MIPI devices, such as cameras or LCD

SP10T

Abstract: SRF501 CXM3560XR
Contextual Info: GSM／UMTS Dual Mode 携帯端末用SP10Tアンテナスイッチ CXM3560XR 概要・用途 CXM3560XRは，4バンドのGSMとUMTSデュアルモードハンドセット用SP10Tアンテナスイッチです。 1.8VのCMOS互換デコーダを内蔵しています。

CXM3567XR

Abstract: SP10T cxm* sony
Contextual Info: SP10T Antenna Switch for GSM/UMTS Dual Mode Handsets CXM3567XR Description The CXM3567XR is SP10T antenna switch for GSM and UMTS dual mode handsets. The CXM3567XR has a 1.8 V CMOS compatible decoder. The Sony GaAs junction gate pHEMT JPHEMT MMIC process is used for low insertion loss and high linearity.

sp8t rf switch

Abstract: CXM3539XR SP8T antenna switch XQFN24
Contextual Info: SP8T Antenna Switch for GSM/UMTS Dual Mode Handsets CXM3539XR Description The CXM3539XR is SP8T antenna switch for Triple bands GSM and Triple bands UMTS dual mode handsets. The CXM3539XR has a 1.8V CMOS compatible decoder. The Sony GaAs junction gate pHEMT JPHEMT MMIC process is used for low insertion loss and high linearity.

CXM3560XR

Abstract: SP10T
Contextual Info: SP10T Antenna Switch for GSM/UMTS Dual Mode Handsets CXM3560XR Description The CXM3560XR is SP10T antenna switch for GSM/UMTS dual mode handsets. The CXM3560XR has a 1.8V CMOS compatible decoder. The Sony GaAs junction gate pHEMT JPHEMT MMIC process is used for low insertion loss and high linearity.