TM5138PM Search Results

FP5138

Contextual Info: RF AMPLIFIER MODEL TM5138PM Available as: Features TM5138PM, 4 Pin TO-8 T4 TN5138PM, 4 Pin Surface Mount (SM3) FP5138PM, 4 Pin Flatpack (FP4) BX5138PM, Connectorized Housing (H1) Typical Intermodulation Performance at 25 ºC ! Superior Phase Noise ! High Output Power: +23 dBm Typical

Contextual Info: Available as: RF AMPLIFIER MODEL TM5138PM Features • ■ ■ ■ ■ Typical Intermodulation Performance at 2 5 0 C High Gain: 20.5 dB Typical High Power: +24 dBm Typical Low Noise: 2.0 dB Typical Operating Temp. - 55 °C to +85 °C Environmental Screening Available

PN5138P

Contextual Info: Available as: RF AMPLIFIER MODEL TM5138PM Features TM5138PM, 4 Pin TO-8 T4 TN5138PM, 4 Pin Surface Mount (SM3) FP5138PM, 4 Pin Flatpack (FP4) BX5138PM, Connectorized Housing (H1) PN5138PM, Reduced Size Surface Mount (SM11) Typical Intermodulation Performance at 25 º C

WATKINS JOHNSON mixer

Abstract: vari-l 1785 TETRA etch magnum microwave Magnum Microwave mixer BD256 WATKINS JOHNSON design of Circular Patch Antenna in ISM Band Avantek mixer BPD5-0767-072SA
Contextual Info: There is a new leader and source for your RF & microwave systems and components … Spectrum Microwave. Combining the people, products and technologies from FSY Microwave, Salisbury Engineering, Q-Bit, Magnum Microwave, Radian Technologies and Amplifonix into a single

AC2092

Abstract: AC2091 TM6010 AVANTEK utc5 TM721 MWA120 MWA230 TL9014 GPD462 mwa110
Contextual Info: RF & Microwave Amplifiers Spectrum Microwave, a world class leader in amplifier technology, is your full service partner for high performance amplification requirements. Following the successful heritage firms of Amplifonix and Qbit, Spectrum Microwave continues to broaden its technology base

AVANTEK uto-509

Abstract: TMS15SPM UTO509 ISOLA DE 156
Contextual Info: Phase Noise A Brief Discussion What is it? Every signal has phase noise to some degree, sometimes it is seen as jitter of some kind, but simply put, it is unwanted noise on both side of the carrier signal caused by random variations of the frequency and phase of the carrier. Even the best crystal oscillators and signal generators