2860HZ Search Results

ACF7328C

Contextual Info: G LN LK A L INSTRUMENT ACF7328C 2800Hz Band Pass Filter FEATURES • OdB In s e rtio n Loss ■ ■ ■ ■ Low Power D issipation N arrow Band W idth H igh O ut of Band Attenuation Can be operated w ith single-ended pow er system PA CK A G E IN F O R M A T IO N

x-ray inverter

Abstract: apc inverter circuit diode IO 35L avo 7145 samsung tv 37 ti aih 10 35L V6 v6425
Contextual Info: KA2153 LINEAR INTEGRATED CIRCUIT VIDEO-CHROMA DEFLECTION SYSTEM FOR A COLOR TV NTSC 42 DIP The KA2153 combines the video-chroma sub-system and the deflection combination on a single monolithic Integrated circuit to provide a color television video-chroma deflection system.

band pass active filters

Abstract: ACF7328C
Contextual Info: ACF 7328C 2800Hz Band Pass Filter FEATURES • ■ ■ ■ • OdB In se rtio n Loss Low Pow er D issip a tio n N a rro w Band W idth H ig h O ut o f B and A tte n u a tio n Can be o p e ra te d w ith sin g le -e n d e d pow er system D ES C R IPTIO N T he ACF 7328C is a linear h y b rid band pass RC a ctive filte r The

10 35L V6

Abstract: apc inverter circuit ka2153 x-ray inverter 10 35L V8 kps6 10 35L CAP 500KHZ 58MHZ diode v6 33
Contextual Info: KA2153 LINEAR INTEGRATED CIRCUIT VIDEO-CHROMA DEFLECTION SYSTEM FOR A COLOR TV NTSC 42 DIP The KA2153 combines the video-chroma sub-system and the deflection combination on a single monolithic Integrated circuit to provide a color television video-chroma deflection system.

Contextual Info: KA2153 LINEAR INTEGRATED CIRCUIT VIDEO-CHROMA DEFLECTION SYSTEM FOR A COLOR TV NTSC The KA2153 com b in e s th e video-chrom a sub-system and the d e fle c tio n c o m b in a tio n on a sin g le m o n o lith ic inte grated c irc u it to provide a c o lo r tele visio n video-chrom a d e fle c tio n system .

Contextual Info: GENLRAl INST RUMI N'T ACF7328C 2800Hz Band Pass Filter FEATURES • ■ ■ ■ ■ PACKAGE INFORMATION PIN CONFIGURATION OdB Insertion Loss Low Power D issipation N arrow Band W idth H igh O ut o f Band A ttenuation Can be operated w ith single-ended power system