917MHZ Search Results

KESTX01

Abstract: KESTX02
Contextual Info: KESTX01/KESTX02 At 900MHz Application Note AN4807 The KESTX01 and KESTX02 are designed for use in the 290-470MHz region, with a push-pull output stage designed to reduce second harmonic emissions when a suitable balanced output circuit is used. There is a

KESTX01

Contextual Info: KESTX01/KESTX02 At 900MHz Application Note AN4807 - 1.5 January 1998 The KESTX01 and KESTX02 are designed for use in the 290-470MHz region, with a push-pull output stage designed to reduce second harmonic emissions when a suitable balanced output circuit is used. There is a

DFYH7836MHDJAC

Abstract: DFYH7815MHDJAA DFYFB1G54THHAA DFYK61G95 dfyk61g95lbncb DFYG7836MLEJAA DFYk61g95lbnba DFYH7836MGCJAH DFYH7836MHDJAA DFYH7836MHDJAB
Contextual Info: Filters for Communication Equipment 03.02.28 Antennas/Duplexers Dielectric Duplexers GIGAFILr o 800/900MHz 23 Through Holes 8.25 3 6 31 1 8.25 2.5 2.75 11.5 1 2.75 4max. 3.25 1 RX 3 3 4.3 ANT 2.5 2.6 3.8 TX 1.9 14 2.4 3.25 1.25 2 1.5 2 3 2 2.5 Land Resist

2SA601

Abstract: TlO31
Contextual Info: Philips Semiconductors Product specification Low-voltage LNA and mixer-1 GHz SA601 PIN C O N FIG U R A TIO N DES C R IPTIO N FEATURES The SA601 is a combined RF amplifier and mixer designed for high-performance low-power communication systems from 800-1200MHz. The low-noise preamplifier

Contextual Info: WfflGECPLESSEY DS3540-1.1 F1003, F1152 & F1282 R9 WAVEGUIDE COMPONENTS FOR MICROWAVE HEATING SYSTEMS This data sheet describes a range of high power components in R9 WG 4, W R 975 for use in microwave industrial heating systems at 896MHz and 915MHz. T yp e N u m b er

EMK107BJ104KA

Abstract: GRM39C0G101J50 MAX2622 MAX2622EVKIT MAX2623 MAX2623EVKIT MAX2624 MAX2624EVKIT 8561E
Contextual Info: 19-1528; Rev 0; 8/99 MAX2622/MAX2623/MAX2624 Evaluation Kits Features ♦ Easy Evaluation of MAX2622/MAX2623/MAX2624 ♦ +2.7V to +3.3V Single-Supply Operation ♦ RF Output Matched to 50Ω ♦ All Critical Peripheral Components Included The MAX2622 EV kit is assembled with the MAX2622

Zener diode smd marking S4

Abstract: DIAC DB2 melf ZENER diode COLOR BAND gps 1575R melf ZENER diode COLOR CODE LTWC455E zener smd marking 931 1575R SR360* EQUIVALENT Tuning Fork Crystal 40khz
Contextual Info: . COMPANY PROFILE Shenzhen Luguang Electronic Technology CO.,LTD.is a high-tech enterprise,which is specializing in R&D,manufacturing,and selling of various piezoelectric materials,piezoelectric frequency components, diodes,transistors,modules,digital television receivers,wireless controllers,etc.

ph 4531 diode

Abstract: pcd80 FAR-F5CH-915M00-L2JW 1.1428 2WAY A 4714 8 PIN diode MARKING CODE 917 FAR-F5CH-940M50-L2MD-T FAR-F5CH-820M00-L2FM FAR-F5CH-820M00-L2FV
Contextual Info: February 1997 Edition 1.0 DATA SHEET ASSP Mobile Communication Systems Piezoelectric SAW BPF 700 to 1000MHz F5CH Series (L2 Type) DESCRIPTION The F5CH series of SAW bandpass filters apply to the frequency range 700-1000MHz. The SAW filters are fabricated on a lithium tantalate

KESTX01

Abstract: KESTX02 41dBm
Contextual Info: KESTX01/KESTX02 At 900MHz Application Note AN4807 - 1.5 January 1998 The KESTX01 and KESTX02 are designed for use in the 290-470MHz region, with a push-pull output stage designed to reduce second harmonic emissions when a suitable balanced output circuit is used. There is a

FR 9120

Abstract: DFCB35G80LBHAA DFCH31G54HDJAA DFCB21G57LDJ DFCB25G80LBHAB DFY*902 DFCB25G80 lj229 400MHz filters DFCB31G84LB
Contextual Info: Filters for Communication Equipment Antennas/Duplexers Dielectric Duplexers ' 800/900MHZ Pass Band Tx S purious (Tx) Part Number DFYH7815MHDJAA DFYG7836MLEJAA DFYG7836MLEJAB DFYH7836MHCJAA DFYH7836MHDJAA DFYH7836MHDJAB DFYK7836MLDJAC DFYK7836MLEJAA DFYH7836MHDJAC

DFCB35G80LBHAA

Abstract: DFCB21G57LDJAB murata dfch
Contextual Info: Filters for for Communication Communication Equipment Filters Equipment Antennas/Duplexers Dielectric Duplexers o 800/900MHz 23 Through Holes 8.25 3 6 31 1 8.25 2.5 2.75 11.5 2.75 1 1.25 2 1.5 4max. 3.25 1 RX 3 3 4.3 ANT 2.5 2.6 3.8 TX 1.9 14 2.4 3.25 2 3 2