400MHZ TRANSCEIVER Search Results

92196a

Abstract: 0603HC-47NXJL
Contextual Info: RFPA3809 RFPA3809 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features   High Linearity: OIP3=49dBm 880MHz Low Noise: NF=3.1dB (2140MHz)  P1dB>29dBm  400MHz to 2700MHz Operation  Thermally Enhanced Slug

RFPA3809

Abstract: cap 18pF 50V 10 0603 X7R RFMD PA LTE fer bead PAF-S05
Contextual Info: RFPA3809 RFPA3809 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features   High Linearity: OIP3=49dBm 880MHz Low Noise: NF=3.1dB (2140MHz)  P1dB>29dBm  400MHz to 2700MHz Operation  Thermally Enhanced Slug

Contextual Info: RFPA3807 RFPA3807 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features  High Linearity: OIP3=46dBm at 880MHz  Low Noise: NF<4dB  Low DC Power: 5V, 90mA  400MHz to 2700MHz Operation  Thermally Enhanced Slug

Contextual Info: RFPA3807 RFPA3807 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features „ High Linearity: OIP3=43dBm at 880MHz „ Low Noise: NF<4dB „ Low DC Power: 5V, 90mA „ 400MHz to 2700MHz Operation „ Thermally Enhanced Slug

Contextual Info: RFPA3809 RFPA3809 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features  High Linearity: OIP3=49dBm 880MHz  Low Noise: NF=3.1dB (2140MHz)  P1dB>29dBm  400MHz to 2700MHz Operation  Thermally Enhanced Slug

wifi transceiver

Abstract: 860mhz rf amplifier circuit diagram 500R07S0R5 LQP15MN6N2B02D
Contextual Info: RFPA1012 RFPA1012 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package Style: DFN, 8-Pin, 2mm x 2mm Features 1 8 VBIAS Low Noise: NF = 3.5dB at 900MHz RFIN 2 7 RFOUT/VCC  Low DC Power: 5V, 90mA NC 3 400MHz to 2700MHz Operation

umk105cg101jv-f

Abstract: RF transceiver LTE RFPA3809 BLM18EG221SN1D AVX 0402 C0G PAF-S05-008 TAJA106K010R PAF-S05 CG180JV-F PA380X410
Contextual Info: RFPA3809 RFPA3809 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features   High Linearity: OIP3=49dBm 880MHz Low Noise: NF=3.1dB (2140MHz)  P1dB>29dBm  400MHz to 2700MHz Operation  Thermally Enhanced Slug

Contextual Info: RFPA3807 RFPA3807 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features  High Linearity: OIP3=46dBm at 880MHz  Low Noise: NF<4dB  Low DC Power: 5V, 90mA  400MHz to 2700MHz Operation  Thermally Enhanced Slug

Contextual Info: RFPA3807 RFPA3807 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features „ High Linearity: OIP3=43dBm at 880MHz „ Low Noise: NF<4dB „ Low DC Power: 5V, 90mA „ 400MHz to 2700MHz Operation „ Thermally Enhanced Slug

GRM1555C1H101JZ01D

Abstract: BLM18EG221SN1D PBC02SAAN RMC1/16JPTP PA380 UMK105BJ102KV-F RFPA3807 UMTS2100 l0402 GRM1555C1H101JZ
Contextual Info: RFPA3807 RFPA3807 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package: SOIC-8 Features  High Linearity: OIP3=46dBm at 880MHz  Low Noise: NF<4dB  Low DC Power: 5V, 90mA  400MHz to 2700MHz Operation  Thermally Enhanced Slug

WiFi transceiver

Abstract: 860mhz rf amplifier circuit diagram LQP15MN6N2B02D ERJ2RKF1000X 500R07S2R4
Contextual Info: RFPA1012 RFPA1012 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz to 2700MHz Power Amplifier Package Style: DFN, 8-Pin, 2mm x 2mm Features 1 8 VBIAS Low Noise: NF = 3.5dB at 900MHz RFIN 2 7 RFOUT/VCC  Low DC Power: 5V, 90mA NC 3 400MHz to 2700MHz Operation

860mhz rf amplifier circuit diagram

Abstract: wifi transceiver ERJ2RKF1000X lot date code panasonic ERJ lot date code panasonic Merix LQP15MN6N2B02D ERJ2GEJ202 GRM155R71H102KA01E RFPA1012
Contextual Info: RFPA1012 RFPA1012 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package Style: DFN, 8-Pin, 2mm x 2mm Features 1 8 VBIAS Low Noise: NF = 3.5dB at 900MHz RFIN 2 7 RFOUT/VCC  Low DC Power: 5V, 90mA NC 3 400MHz to 2700MHz Operation

45 E 57 20 - C1V

Contextual Info: HFA3761 Semiconductor 400MHz AGC and Quadrature IF Demodulator January 1998 Description Features • Integrates all IF and AGC Receive Functions The HFA3761 is a highly integrated baseband converter for quadrature demodulation applications. The HFA3761 400MHz

demodulator frequency

Abstract: 4236 8 pin ic hfa3424 ic 7800 pin configuration HFA3524 HFA3661 HFA3663 HFA3664 HFA3761 HFA3761IN
Contextual Info: HFA3761 TM Data Sheet July 1999 400MHz AGC and Quadrature IF Demodulator • Integrates all IF and AGC Receive Functions • Broad Frequency Range . . . . . . . . . . 10MHz to 400MHz • I/Q Amplitude and Phase Balance . . . . 0.2dB, 2 Degrees • 5th Order Programmable

88MHZ

Abstract: SSB Modulator SSB Modulator application note hfa3424 HFA3524 HFA3661 HFA3761 HFA3763 HFA3763IN HFA3925
Contextual Info: HFA3763 TM Data Sheet June 1999 FN4237.4 400MHz Quadrature Modulator and AGC Features The HFA3763 is a highly integrated baseband converter for quadrature modulation applications. The HFA3763 400MHz quadrature modulator and AGC is one of the seven chips in the

Contextual Info: HFA3761 Data Sheet July 1999 400MHz AGC and Quadrature IF Demodulator • Integrates all IF and AGC Receive Functions The HFA3761 is a highly integrated baseband converter for quadrature demodulation applications. The HFA3761 400MHz AGC and quadrature IF demodulator is one of the

HFA3524

Abstract: HFA3661 HFA3663 HFA3664 HFA3761 HFA3761IN HFA3763 HFA3925 Quadrature Demodulator
Contextual Info: HFA3761 Data Sheet July 1999 400MHz AGC and Quadrature IF Demodulator • Integrates all IF and AGC Receive Functions The HFA3761 is a highly integrated baseband converter for quadrature demodulation applications. The HFA3761 400MHz AGC and quadrature IF demodulator is one of the

Contextual Info: RF6549 RF65492.7V to 4.4V, 915MHz Transmit/Receive Module; Thru Mode 400MHz to 928MHz 2.7V TO 4.4V, 915MHz TRANSMIT/RECEIVE MODULE; THRU MODE 400MHz to 928MHz GND Features Tx Output Power: 27dBm SW2_OUT GND PA1_IN GND PA1_OUT GND 29 28 27 1 26 PA1 25 N/C 24

DS110401

Abstract: ERJ-2RKF7500X 500R07S2R2 500R14N 64-DPCH-1C RFPA2189TR7 ECJ1VB1H102K MPSS100-2C MPSS100-2-C RFPA2189SQ
Contextual Info: RFPA2189 RFPA2189 GaAs HBT Power Amplifier 0.5W, 400MHz to 2700MHz GaAs HBT POWER AMPLIFIER 0.5W, 400MHz to 2700MHz Package: SOT-89 GND 4 Features  -60dBc ACPR at 16dBm WCDMA  0.5W Output Power P1dB  Excellent Linearity to DC Power Ratio  NF=3.0dB at 880MHz

Contextual Info: HFA3763 Data Sheet June 1999 400MHz Quadrature Modulator and AGC Features The HFA3763 is a highly integrated baseband converter for quadrature modulation applications. The HFA3763 400MHz quadrature modulator and AGC is one of the seven chips in the PRISM full duplex chip set see Typical Application

Contextual Info: RFPA1012 RFPA1012 GaAs HBT 400MHz to 2700MHz Power Amplifier GaAs HBT 400MHz TO 2700MHz POWER AMPLIFIER Package Style: DFN, 8-Pin, 2mm x 2mm Features High Linearity: OIP3 = 44dBm at 900MHz  Low Noise: NF = 3.5dB at 900MHz  Low DC Power: 5V, 90mA 

Contextual Info: RFPA2189 RFPA2189 GaAs HBT Power Amplifier 0.5W, 400MHz to 2700MHz GaAs HBT POWER AMPLIFIER 0.5W, 400MHz to 2700MHz Package: SOT-89 GND 4 Features  -60dBc ACPR at 16dBm WCDMA  0.5W Output Power P1dB  Excellent Linearity to DC Power Ratio  NF=3.0dB at 880MHz

ERJ-2RKF7500X

Abstract: RFPA2189 MARKING RM* dbm sot89 ERJ-2GEJ392
Contextual Info: RFPA2189 RFPA2189 GaAs HBT Power Amplifier 0.5W, 400MHz to 2700MHz GaAs HBT POWER AMPLIFIER 0.5W, 400MHz to 2700MHz Package: SOT-89 GND 4 Features  -60dBc ACPR at 16dBm WCDMA  0.5W Output Power P1dB  Excellent Linearity to DC Power Ratio  NF=3.0dB at 880MHz

Contextual Info: MICRF230 400MHz to 450MHz ASK/OOK Receiver with RSSI and Squelch General Description Features The MICRF230 is a 400MHz to 450MHz superheterodyne, image-reject, RF receiver with automatic gain control, ASK/OOK demodulator, analog RSSI output, and integrated squelch features. It only requires a crystal and a