M4T MIXER Search Results

SM4T mixer

Abstract: sm4t load insensitive mixer sm4t m4t made M4T mixer
Contextual Info: Load Insensitive Mixer M4T/SM4T V3 Features • • • • • • Product Image LO 1 to 3400 MHz RF 1 to 3400 MHz IF 1 to 2000 MHz LO Drive +10 dBm nominal Insensitive to VSWR Mismatch High Intercept +18 dBm (typ) Description The M4T is a termination insensitive mixer, designed for use in

Contextual Info: M4T Load Insensitive Mixer Rev. V3 Features • • • • • • Product Image LO 1 to 3400 MHz RF 1 to 3400 MHz IF 1 to 2000 MHz LO Drive +10 dBm nominal Insensitive to VSWR Mismatch High Intercept +18 dBm (typ) Description The M4T is a termination insensitive mixer, designed for use in

SM4T mixer

Abstract: sm4t
Contextual Info: M4T/SM4T LOAD INSENSITIVE MIXER •LO 1 TO 3400 MHz RF 1 TO 3400 MHz ·IF 1 TO 2000 MHz ·LO DRIVE =10 dBm nominal ·INSENSITIVE TO SYSTEM MISMATCH ·HIGH INTERCEPT +18 dB (TYP.) ·AVAILABLE IN SURFACE MOUNT Specifications (Rev. Date: 10/01)* Characteristics

SM4T mixer

Abstract: sm4t WJ M4T
Contextual Info: UjJ M4T / SM4T LOAD INSENSITIVE MIXER ♦ ♦ ♦ ♦ ♦ ♦ ♦ LO 1 TO 3400 MHz RF IF 1 TO 2000 MHz LO DRIVE +10 dBm NOMINAL INSENSITIVE TO SYSTEM MISMATCH HIGH INTERCEPT +18 dB (TYP.) AVAILABLE IN SURFACE MOUNT MIL-M-28837 EQUIVALENT LEVEL SCREENING

cv 2663

Abstract: 2322 712 83
Contextual Info: MTE J> • SCIENTIFIC/ MINI-CIRCUITS aotaail DDD1313 M4T « S C C very low distortion T - 74-09-07 Frequency Mixers ^ LEVEL 'I7S + 17dBm LO, up to + /l4 d B m RF TUF-2H ZFM-2H computer-automated performance data typical production unit / for d a ta of other models consult factory

SM4T mixer

Abstract: sm4t
Contextual Info: M4T/SM4T LOAD INSENSITIVE MIXER • LO 1 TO 3400 MHz · RF 1 TO 3400 MHz · IF 1 TO 2000 MHz · LO DRIVE: +10 dBm NOMINAL · INSENSITIVE TO SYSTEM MISMATCH · HIGH INTERCEPT +18 dB (TYP.) Specifications (Rev. Date: 6/02)* Characteristics Typical SSB Conversion Loss & SSB Noise Figure (max.)

M38UC

Abstract: Stellex M38UC SM4T mixer M38UC-150 a56 transistor 952 STELLEX SFD25 M38DC-400 transistor MY51 transistor MY52 M38UC-400
Contextual Info: M/A-COM, Inc. 1011 Pawtucket Blvd. Lowell, MA 01853-3295 RF and Microwave Products North America MSBU Component Operations Tel: 800.366.2266 Fax: 800.618.8883 Europe/Africa/Middle East Tel: 44.1344.869.595 Fax: 44.1344.300.020 Asia/Pacific Tel: 81.44.844.8296

MAAM-008863

Abstract: MAMU-009156 transistor MY52 200W MOSFET POWER AMP transistor MY51 GPS Antenna AT65 MA4ST350 MADR-007690-DR0002 a74 sot-89 SM4T mixer
Contextual Info: Corporate Headquarters Richardson Electronics 40W267 Keslinger Road P.O. Box 393 LaFox, IL USA 60147-0393 Phone: 1 800 737-6937 630-208-3637 Fax: (630) 208-2550 Internet: www.rell.com Email: Canada Brampton, Ontario Torod, Norway 1 (800) 737-6937 Latin America

smr-3822

Abstract: x-band power transistor 50W SMR-5550 x-band mmic lna HF multicoupler GAAS FET AMPLIFIER x-band 10w x-band microwave fet SM4T mixer PALLET FM AMPLIFIER 300 WATTS x-band limiter
Contextual Info: final covers_2008.qxd 5/8/08 3:20 PM Page 1 We work with you The M/A-COM brand of radio frequency RF and microwave components is one of the broadest lines of reliable components for the wireless telecom, automotive, aerospace and military industries. From semiconductors to components, to subsystems and small systems, there are many new M/A-COM

PH1819-60

Abstract: SMR-5550 SMR-5550i smr-3822 HF multicoupler transistor MY51 GPS Antenna AT65 TU-3840 Wideband ELINT Tuner agastat 2400 x-band power transistor 50W
Contextual Info: We work with you RF & Microwave Product Solutions June 2006 M/A-COM, Inc., a business unit of Tyco Electronics, is an established industry leader in the design, development, and manufacture of radio frequency RF , microwave and millimeter wave semiconductors, components and technologies

Contextual Info: C L 5 5 0 /C L 5 6 0 JPEG C o m p ressio n P ro c e s s o r U s e r’s M an u al % C-Cube M icro s y s te m s lTbHHb*! 0 0 0 0 6 2 2 • This document is preliminary. The specifications contained herein are derived from functional specifications and performance estimates, and