RFOS6012 Search Results

VCO-102

Abstract: NBB-502 spf-5189 RF5643wda cxe-2089
Contextual Info: RFMD Product Selection Guide 2011 - 2012 Multiple Markets. Multiple Choices. One RFMD. ® Multiple Markets. Multiple Choices. One RFMD . ® RFMD® is a global leader addressing the RF industry’s complex challenges by delivering a broad portfolio of high

Rfmd hybrid optical receiver module

Abstract: RFOS6013 photodiod modules 21725mhz ZL75
Contextual Info: RFOS601X RFOS601X 45MHz to 1200MHz GaAs Optical Receiver 45MHz to 1200MHz GaAs OPTICAL RECEIVER Package: SOT-115J BIAS +VB Features „ „ „ „ „ „ OUTPUT Superior Return Loss Performance Extremely Low Distortion Optimal Reliability Very Low EINC 31dB A/W Minimum at

Integrated Synthesizers with Mixers

Abstract: Digital Step Attenuators 3G/4G Power Amplifiers CATV Amplifiers CATV Hybrid Amplifier Modules Gain Blocks Linear Amplifiers Low Noise Amplifiers Variable Gain Amplifiers WiFi Power Amplifiers
Contextual Info: RFMD PRODUCT SELECTION GUIDE 2013-2014 Amplifiers Attenuators Modulators Switches Upconverters/Downconverters Voltage-Controlled Oscillators Synthesizers CATV Amplifiers and Tuners High Reliability Components Components for Cellular Applications Open Foundry Services

72125

Contextual Info: RFOS601X 45-1200MHZ GAAS OPTICAL RECEIVER Package: SOT-115J Features • Superior Return Loss Performance  Extremely Low Distortion  Optimal Reliability  Very Low EINC  30.0 dB A/W Minimum at 1200MHz  250mA Max. at 24VDC BIAS +VB OUTPUT OPTICAL INPUT

Contextual Info: RFOS601X RFOS601X 45MHz to 1200MHz GaAs Optical Receiver 45MHz to 1200MHz GaAs OPTICAL RECEIVER Package: SOT-115J BIAS +VB Features ̈ ̈ ̈ ̈ ̈ ̈ OUTPUT Superior Return Loss Performance Extremely Low Distortion Optimal Reliability Very Low EINC 31dB A/W Minimum at

Contextual Info: RFOS601X RFOS601X GaAs Optical Receiver 45MHz to 1200MHz Package: SOT-115J RFOS601X is a hybrid high dynamic range optical receiver module. Two of the module pins are for connection to 24V DC , one for amplifier supply voltage, the other for the PIN diode bias.