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Part Manufacturer Description Datasheet BUY
KGF20N05D Intersil Corporation N-Channel 5.5V Dual Power MOSFET visit Intersil
KGF16N05D-400 Intersil Corporation N-Channel 5.5V Dual Power MOSFET visit Intersil
ICL3207CAZ-T Intersil Corporation Low Power, +3V To +5.5V, 250kbps, RS-232 Transmitters/Receivers; SOIC24, SSOP24; Temp Range: See Datasheet visit Intersil Buy
ICL3217CAZ-T Intersil Corporation Low Power, +3V To +5.5V, 250kbps, RS-232 Transmitters/Receivers; SOIC24, SSOP24; Temp Range: See Datasheet visit Intersil Buy
ICL3224CAZ-T Intersil Corporation 1µA, +3V to +5.5V, 250kbps, RS-232 Transceivers with Enhanced Automatic Powerdown; SSOP20; Temp Range: See Datasheet visit Intersil Buy
ICL3226IAZ Intersil Corporation 1µA, +3V to +5.5V, 250kbps, RS-232 Transceivers with Enhanced Automatic Powerdown; SSOP16; Temp Range: See Datasheet visit Intersil Buy

gc 5.5V .22f

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Converters UNITS Volts Volts Volts Volts °C PARAMETERS Operating Temp. Range, Case ADS-947MC, GC ADS Datel
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ADS-947 ADS947 ADS-947MC-31122 ADS-947ME ADS-947ME-QL ADS-947GC

ADS-947MC

Abstract: ADS-947ME PARAMETERS Operating Temp. Range, Case ADS-947MC, GC ADS-947ME, GE, QL Thermal Impedance Tjc Tca
Datel
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ADS-947GE CLC402 gc 5.5V .22f 74HCT573 74HCT86 ADS-946 24-PIN ADS-B947 HS-24 MIL-STD-883

GRM32ER11

Abstract: GC 5.5V 0.33F /ERH ! 15 16 17 18 19 20 / Type GC (UL, IEC6038414 X1/Y2) Type GD (IEC6038414 Y3 , GR M 4 F H ER GQ GM GN LL GJ GA GC M A M L C M 6 2 3 P M LWESL LWESL 250V , GC GD GF DC4V DC6.3V DC10V DC16V DC25V DC50V DC100V DC200V DC250V DC300V DC500V DC630V DC1kV DC2kV DC3.15kV AC250V X2AC250V Type GB X1/Y2AC250V Type GC Y3AC250V Type GD Y2, X1
muRata
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GRM32ER11 GC 5.5V 0.33F GRM188B31E474KA75 GRM32EB30J476ME16 GC 5.5V 0.22F B13101 C02J11 C02-11 GRM15/18/21/31 GRM32/43/55 GRM03 GRM03/15

Actel pdf on sram

Abstract: pwm controller 1.5V Vcc Support Hotline (TEL) 800-820-7963 Bangalore GC, Esquire Center #9 M.G. Road Bangalore 560001 (TEL
Intersil
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Actel pdf on sram pwm controller 1.5V Vcc application PWM on fpga 6216 sram ISL6420A ISL6455 SE-182 LC-071

boots regulator 6 volts

Abstract: ISL8101 ASIA China Technical Support Hotline (TEL) 800-820-7963 Bangalore GC, Esquire Center #9 M.G. Road
Intersil
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boots regulator 6 volts ISL8101 LD 33 regulator ISL65426 ISL8009A ISL8010

Tower Pro MG 90

Abstract: CoolRunner Technical Support Hotline (TEL) 800-820-7963 Bangalore GC, Esquire Center #9 M.G. Road Bangalore
Intersil
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XC9500 ISL8013 ISL8014 ISL8120 Tower Pro MG 90 CoolRunner EL7554 ISL6442 LC-053

4316

Abstract: Dynamics Processors 's voltage input VinC and output VoutC in dBV, respectively. GC is the compressor's signal path gain in dB; in Figure 15, GC is determined by the ratio of R2 to R1 as in Equation 4 and is 0dB. KC is the linear , pre-emphasis networks. GC is expressed in the equation below, G C = 20 log 10 R 2 sC 10 (R 6 +R 7 )+1 R1 , is still valid, but both the signal path gain GC and the detector reference level RMS0C become , network ensures that GE is complementary to the encoder GC over frequency. Because an identical
THAT
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THAT4316 4316 Dynamics Processors 4301 4315 4305 2180 Series QSOP-16

p41m1

Abstract: .84 GC Mode , .2 ADDR.1 GC (FF) ENS2 (FE) STA (FD) STO (FC) PWDI SI (FB) AA (FA) (F9) PI2C2 PSEL2 (F8) PI2C1 (F7) - , .0 ADDR.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 ADDR.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC
Winbond Electronics
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p41m1 W79E659A/W79L659A

p41m1

Abstract: W79E658A40FL .85 GC Mode , .0 ADDR.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 ADDR.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC , .6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 ADDR.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC (EF) (E7) ENS1
Winbond Electronics
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W79E658A40FL W79E658A/W79L659A

DCP12

Abstract: p41m1 .86 GC Mode , .6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC (FF) ENS2 (FE) STA (FD) STO (FC) PWDI SI (FB) AA (FA) (F9) PI2C2 , .7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 ADDR.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC (EF) (E7
Winbond Electronics
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DCP12 W79E633A40PL W79E633A/W79L633A

ISL8104

Abstract: EL7554 ) I2CLK.7 I2DAT.7 (BF) P2S P1M2.7 P1M1.7 P0M2.7 P0M1.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC (CE
Intersil
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ISL8104 EL7566 24v 12v 20A regulator isl8121 Altera CPLD cross reference ISL88021/22 LC-055

824A

Abstract: C6H I2ADDR I2C address1 C1H ADDR.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC
Winbond Electronics
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824A W79E825A/824A/823B/822B
Abstract: ) I2CLK.7 I2DAT.7 (BF) P2S P1M2.7 P1M1.7 P0M2.7 P0M1.7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC (CE Winbond Electronics
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W79E825/824/823/822

822 sop20

Abstract: .5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC (CF) (CE) ENS1 (CD) STA (CC) STO (CB) SI (CA) AA ENTI (C9) DIV4 (C8) TIF
Winbond Electronics
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822 sop20

W79E804ASG

Abstract: y 803A .7 ADDR.6 ADDR.5 ADDR.4 ADDR.3 ADDR.2 ADDR.1 GC xxxxxxx0B (CE) ENS1 (CD) STA (CC) STO
Winbond Electronics
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W79E804ASG y 803A W79E804ADG W79E804A/803A/802A

b 803a

Abstract: 803A Q ERA/ERD/ERF/ERH ! 14 15 16 17 18 19 20 AC250V GC UL,IEC60384-14 X1/Y2 GD IEC60384 , GR M 4 F ER H A D GQ GM GN LL GJ GA GC M A M L M 6 2 3 P M ESL AC250Vr.m.s. M w 18 , 3 ! ! C02C2.pdf 04.2.10 y 0G 0J 1A 1C 1E 1H 2A 2D 2E YD 2H 2J 3A 3D 3F E2 GB GC , .15kV AC250V X2AC250V GB X1Y2AC250V GC Y3AC250V GD Y2AC250V GF u 3 pF "R" R50 1R0 100 103 0.5pF
Winbond Electronics
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b 803a 803A
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