000MN Search Results

Contextual Info: The NC series of thin-film capacitors has the advantage of increased performance and smaller size when compared with its thick-film counterparts. These chips are available in sizes down to 20 mil square and in capacitances up to 1000 pF. These chips are manufactured using state-of-the-art thin-film techniques, are 100%

Contextual Info: T H I R DA N G L EP R O J E C T I O NI ALTERATION I S S U E CAPACITANCE F 中 ITEM CODE ECWF21050A H 21250A 1 / H H { { H 1 / 1 / H H 21550A 218S0A 22250A 22750 A 1 . 1 . 1 . 1 . 2 . 2 . 2 5 8 2 7 23350 A 23950A 3 .3 3 .9 24750 A 25650A 26850A 4 .7 5 .6

RMG 30

Contextual Info: Hybrid and HDI Chip Components Chip Capacitors Features EFT produces a line o f thin-film capacitors w hich have the advantages of sm aller size, increased perform ance, and com patible chip and w ire assem bly when com pared to their thick-film counter­

WHV 182 J

Contextual Info: TH IRÒ A N G LE P R O JE C T IO N IT E M A L T E R A T 1ON CODE ECWH20 102 // 20 1 12 ( // 20 122 ( n 20132( // 20 152 ( // 20 162 ( // 20 182 ( a 20202( // 20222 ( U 20242( u 20272( // 20302 ( // 20332 ( n 20362( // 20392 ( // 20432 ( // 20472 ( // 2 0 5 12(

ncc capacitor

Contextual Info: ELECTRICAL CHARATERISTICS Peak voltage at +25°C NCA/NCB/NCC 1.5 x working voltage Dissipation factor, 1 kHz, 1 Vrms, +25°C The shaded area represents the top bonding pad, the alloyed backside of the chip constitutes the other capacitor connection. 0.05% MNOS

8102HV

Abstract: U8222
Contextual Info: THIRD ANGLE PROJECTION | IT EM CODE ECWH 8 102 u 8 1 12 ( // 8 122 { // 8 132 ( // 8 152 ( // 8 162 ( // 8 182 ( n 8202( U 8222( U 8242( // 8272 ( // 8302 ( // 8332 ( // 8362 ( n 8392( // 8432 { // 8472 { // 85 12 ( // 8562 ( // 8622 ( H 8682( // 8752 (

Contextual Info: Hybrid and HDI Chip Components “N C”Series Chip Capacitors Features NC series wire-bondable thin film silicon capacitor chips provide excellent performance, small size, and versatility making them the desired choice for hybrid + HDI assemblies. Capacitance values available extend