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74ALVC125DC8 Integrated Device Technology Inc SOIC-14, Reel
74ALVC125DC Integrated Device Technology Inc SOIC-14, Tube
AM7202-25DC Rochester Electronics LLC FIFO, 1KX9, 25ns, Asynchronous, CMOS, CDIP28, 0.600 INCH, CERAMIC, DIP-28
AM27S02-25DC Rochester Electronics LLC Standard SRAM
AM27LS03-25DC Rochester Electronics LLC Standard SRAM
CY7C182-25DC Rochester Electronics LLC Cache SRAM, 8KX9, 25ns, CMOS, CDIP28, 0.300 INCH, CERDIP-28

AM100474-25DC datasheet (2)

Part ECAD Model Manufacturer Description Type PDF
AM100474-25DC AM100474-25DC ECAD Model Advanced Micro Devices 1024 x 4 IMOX ECL Bipolar RAM Scan PDF
AM100474-25DCB AM100474-25DCB ECAD Model Advanced Micro Devices 1024 x 4 IMOX ECL Bipolar RAM Scan PDF

AM100474-25DC Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: No file text available


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PDF Am100474 Am100474-15 Am100474-25 WF001173 TW000310 TC000225
cd4024

Abstract: No abstract text available
Text: No file text available


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PDF Am100474 Am100474-10 Am100474-15 Am100474-25 4096-bit 10-bit KS000010 cd4024
CD4024

Abstract: diagrams VW ecu 100474 LS000262
Text: No file text available


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PDF Am100474 1024x4 4096-bit 10-bit WF001173 TW000310 KS000010 CD4024 diagrams VW ecu 100474 LS000262
2000 - Not Available

Abstract: No abstract text available
Text: CHARACTERISTICS Frequency Range Duty Cycle Input Capacitance Input Resistance Full 25ЊC 25ЊC 25ЊC III III IV IV MCLK OUT JITTER (fMCLK Derived from PLL) 25ЊC IV N/A Full 25ЊC 25ЊC 25°C 25ЊC 25ЊC 25ЊC 25ЊC Full N/A III I I I IV IV IV IV III 25ЊC 25ЊC IV IV 59 54 dBc dBc 25ЊC IV 79 dBc Full Full Full Full III III III III N/A Full N/A N/A III N/A 8 3.5 Bits MHz ADC Cycles 25ЊC 25ЊC 25ЊC 25ЊC


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PDF 12-Bit 12-Bit, 10-Bit, AD9873 C01584â 100-Lead S-100C)
2001 - Not Available

Abstract: No abstract text available
Text: Codes Offset Error Gain Error1 Differential Nonlinearity (DNL)2 12 Full Full 25ЊC 25ЊC Full 25ЊC Full VI VI I I VI I VI THERMAL DRIFT Offset Error Gain Error1 Reference Full , Full 25ЊC Full Full IV IV VI I VI VI ENCODE INPUTS Internal Common-Mode Bias , Capacitance Full Full Full Full Full 25ЊC V V IV IV VI V DIGITAL INPUTS Input High , Test Level AD9433BSQ-105 Min Typ Max AD9433BSQ-125 Min Typ Max 25ЊC 25ЊC 25ЊC 25ЊC


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PDF AD9433
1998 - vei thermistor

Abstract: No abstract text available
Text: .55ЊC Suppressive current : Max.30A at 25ЊC The most suitable power thermistor for the above circuit is , : Intial resistance value in the circuit is 1 ohm (100V/100A) R25 : Rated zero-power resistance at 25ЊC , . If the maximum permissible current flows to a thermistor at 25ЊC , temperature of the thermistor rises to 200ЊC, (160ЊC). When ambient temperature is above 25ЊC , the maximum permissible current , ­ Residual resistance Test sample is applied the maximum rating current in air at 25ЊC for 1,000 hours


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PDF 3150K 2900K 3250K vei thermistor
2007 - Not Available

Abstract: No abstract text available
Text: 2.0dB at 25ЊC 2.3dB at Ϫ40ϳ85ЊC TBF-0816-245-R1 For Bluetooth, W-LAN 2450 2400ϳ2500 1.7dB at 25ЊC 1.9dB at Ϫ40ϳ85ЊC 20.0dB at 855ϳ955MHz 10.0dB at 2565ϳ2865MHz Type Application , Low High TBF-2012-245-R1 For Bluetooth, W-LAN 2450 2400ϳ2500 1.5dB at 25ЊC 1.6dB at Ϫ40Ï , 4900ϳ5950MHz 0.50dB at 25ЊC 0.8dB at Ϫ40ϳ85ЊC 0.80dB at 25ЊC 1.1dB at Ϫ40ϳ85ЊC 20dB at , 2450 2400ϳ2500 50⍀ 100⍀ 180Ï®10 deg 1.0dB Max. at 25ЊC 2.0 Max. 500mW Max. 25dB at


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PDF TBF0510 TBF1608 TBF2012 TBF1608 2500MHz 5950MHz 6000MHz 7500MHz 3820MHz
1998 - thermistor NTC 5D-11

Abstract: ntc 5D-11 thermistor 4D-22 5d-11 ntc NTC 3D-22 NTC 2.5D -15 NTC 10D-9 NTC 8d-13 NTC Thermistor 10D-9 5D-11
Text: 1.0 Maximum rating current at 25ЊC (A) 5.4 4.7 3.9 4.1 3.8 3.1 2.8 3.4 2.7 1.9 3.3 2.6 2.4 2.2 1.7 1.4 Maximum enegy J (W-s) Maximum rating current at 25ЊC (A) 2 , ,600 2,200 1,900 R25 : Rated zero-power resistance value at 25ЊC . B value : determined by rated zero-power resistance at 25ЊC and 85ЊC. Residual resistance is the maximum value when maximum , ¾25 Shape W : Washer type Resistance at 25ЊC : 4⍀ L ␾ 0.8 Tin-plated copper wire Washer


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PDF B25/85 3D-22 4D-22 6D-22 4D-18 5D-18 8D-18 10D-18 5D-13 8D-13 thermistor NTC 5D-11 ntc 5D-11 thermistor 4D-22 5d-11 ntc NTC 3D-22 NTC 2.5D -15 NTC 10D-9 NTC 8d-13 NTC Thermistor 10D-9 5D-11
2003 - Not Available

Abstract: No abstract text available
Text: DC Leakage ␮A @ 25ЊC Max DF ESR % @ + 25ЊC ⍀ @ + 25ЊC 120 Hz 100 kHz Max Max 3 , KEMET Part Number DC DF ESR Leakage % @ + 25ЊC ⍀ @ + 25ЊC 120 Hz 100 kHz ␮A @ 25ЊC Max , Number DC DF ESR Leakage % @ + 25ЊC ⍀ @ + 25ЊC ␮A @ 25ЊC 120 Hz 100 kHz Max Max Max , + 25ЊC ⍀ @ + 25ЊC ␮A @ 25ЊC 120 Hz 100 kHz Max Max Max 25 Volt Rating at +85ЊC (17 Volt


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PDF 535BAAC Sn/10Pb
1998 - 5r110 thermistor

Abstract: 5R110
Text: : Rated zero-power resistance value at 25ЊC . B value : determined by rated zero-power resistance at 25ЊC , 25ЊC : 5.1⍀ Mark D H0 5R110 1N Taping T 3.0 min. 3.0 min. d d 2. Clinch , at 25ЊC (A) 4.6 3.6 3.3 3.6 3.1 2.6 7.4 6.4 5.6 5.7 4.5 4.1 11.9 8.6 8.3 7.4 6.5


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PDF B25/85 M5R107 M8R207 M10007 M12007 M16007 M22007 M2R210 M3R010 M3R910 5r110 thermistor 5R110
2006 - Not Available

Abstract: No abstract text available
Text: can offer Ϯ2% tolerance for a resistance value at 25ЊC . HT series (SMD Thermistor) is not only , only Shape Rated zero-power resistance at 25ЊC 103 : 10ϫ103⍀ Mark 1.6Ϯ0.15 1.7 Tin , ) Approx. Approx. Rated maximum power dissipation (at 25ЊC )(mW) Category temp. range(ЊC) Ϫ50ϳϩ125 1.0 8.0 5.0 Ϫ50ϳϩ100 Ϫ50ϳϩ125 : Rated zero-power 25ЊC , Ϯ and *1 R


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PDF 503HT 104HT 302HT 502HT 103HT 203HT 303HT
1998 - Not Available

Abstract: No abstract text available
Text: Unless otherwise specified,all values of B are determined from measurements made at 25ЊC and 85ЊC. The temperature coefficient of resistance ␣ is expressed in the follow ing equation: ␣ϭϪ B2 ϫ100 (%/ ЊC) T 1 Ϫ1 T1 T2 RaϭRb exp B 100k Resistance(⍀) ЉThermistorЉ is the generic name given to thermally sensitive resistors. Negative temperature coefficient thermistor is , of 25ЊC B constant is value calculated from the resistance values at 25ЊC and 85ЊC. Where: Ra


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PDF
2002 - Not Available

Abstract: No abstract text available
Text: % Dimension 2125 : Fig1 1608: Fig2 Chip thermistor Rated zero-power resistance at 25ЊC 10K:10kâ , resistance value at 25ЊC . *2 B value : determined by rated zero-power resistance at 25ЊC and 85ЊC. *3


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PDF 10KC15-2125-3P 10KC15-1608-1P 10KC15-1608-2P 10KC15-1608-3P 3435KÏ
2000 - Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS All specifications are typical at nominal line, 75% load and 25ЊC . Efficiency: Hold-up time , 115 VAC, or 100 amps at 264VAC at 25ЊC cold start 3000 VAC from input to output 1500 VAC from , Ϫ20ЊC to +85ЊC 100,000 hours minimum at full load at 25ЊC ambient Meets conducted and radiated


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PDF CUP70 CISPR22 500uS
2001 - ZC930

Abstract: ZV931
Text: amb = 25ЊC SOT23 P tot 330 mW Power dissipation at T amb = 25ЊC SOD323 P tot 330 mW Power dissipation at T amb = 25ЊC SOD523 P tot 250 mW -55 to +150 ЊC


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PDF ZC930, ZMV930, ZV931 200pA) ZV931 ZC930
1998 - Not Available

Abstract: No abstract text available
Text: CHIP TYPE THERMISTOR Chip THERMISTOR Part number 1K C 5 -2040 Dimension aÏ«b (2.0mmÏ«4.0mm) Dimension d (0.5mm) Chip thermistor Rated zero-power resistance at 25ЊC 10K:10k⍀ Precautions Dimensions Electrode b ␾1.5 Ï©0.1 Ϫ0 4.0Ï®0.1 4.0Ï®0.1 0.2Ï®0.05 3.5Ï®0.05 8.0Ï®0.3 a 1.75Ï®0.1 A Type Taping Some types can be taped in the following shape : 1Ï®0.2 , 500C5-2039 1KC5-2040 2KC5-2020 5KC5-2012 10KC5-2038 20KC5-2019 25 at 25ЊC and 85ЊC. B Type(dÏ


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PDF 3000pcs/reel 3250KÏ 3400KÏ 3500KÏ 3850KÏ 500C5-2039 1KC5-2040 2KC5-2020 5KC5-2012 10KC5-2038
2001 - ZC829ATA

Abstract: No abstract text available
Text: T amb = 25ЊC SOT23 P tot 330 mW Power dissipation at T amb = 25ЊC SOD323 P tot 330 mW Power dissipation at T amb = 25ЊC SOD523 P tot 250 mW -55 to +150 ЊC


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PDF ZC829, ZMV829 ZV831, ZDC833 200pA) ZC829ATA
2002 - Not Available

Abstract: No abstract text available
Text: Current@V GS =10V; T A = 25ЊC (b)(d) @V GS =10V; T A = 25ЊC (b)(d) @V GS =10V; T A = 25ЊC (a)(d) ID


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PDF ZXMC4559DN8 ZXMC4559DN8TA
2002 - Not Available

Abstract: No abstract text available
Text: GS =10V; T A = 25ЊC (b)(d) @V GS =10V; T A = 25ЊC (b)(d) @V GS =10V; T A = 25ЊC (a)(d) ID 4.7


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PDF ZXMC4559DN8 ZXMC4559DN8TA
2006 - TX1824

Abstract: No abstract text available
Text: dBc PIN =35dBm, 25%DC TX1- ANT, 3f0 70 78 dBc PIN =35dBm, 25%DC TX1 - ANT, 4f0 - 12.75GHz 70 95 dBc PIN =35dBm, 25%DC Parameter Max. Unit Condition GSM850/900 , 41 dB TX1=824MHz to 915MHz TX2 - ANT, 2f0 67 84 dBc PIN =32dBm, 25%DC Isolation Harmonics TX2- ANT, 3f0 67 76 dBc PIN =32dBm, 25%DC TX2 - ANT, up to 12.75GHz 67 99 dBc PIN =32dBm, 25%DC VSWR Prelim DS100922 1.5 7628 Thorndike Road


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PDF RF8888 SP10T 17GHz 91GHz 17GHz DS100922 TX1824
2006 - Coexistence of GSM, WCDMA and LTE

Abstract: MICRO TX1 HDR2X3 RF8888 LTE filter band 13 tx-2 GSM900 GSM1800 SP10T rf GSM low pass filter
Text: Typ. TX1 - ANT, 2f0 70 83 dBc PIN =35dBm, 25%DC TX1- ANT, 3f0 70 78 dBc PIN =35dBm, 25%DC TX1 - ANT, 4f0 - 12.75GHz 70 95 dBc PIN =35dBm, 25%DC Parameter , , 2f0 67 84 dBc PIN =32dBm, 25%DC TX2- ANT, 3f0 67 76 dBc PIN =32dBm, 25%DC TX2 - ANT, up to 12.75GHz 67 99 dBc PIN =32dBm, 25%DC Isolation Harmonics VSWR


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PDF RF8888 SP10T 17GHz 91GHz 17GHz DS100922 Coexistence of GSM, WCDMA and LTE MICRO TX1 HDR2X3 RF8888 LTE filter band 13 tx-2 GSM900 GSM1800 rf GSM low pass filter
2002 - Not Available

Abstract: No abstract text available
Text: Precautions 3.5Ϯ0.05 Rated zero-power resistance at 25ЊC 10K:10k⍀ 2Ϯ0.05 Electrode b d , value*2 Ϫ 3250KϮ5% 3500KϮ5% 3850KϮ5% 25 at 25ЊC and 85ЊC. 13 SeMitec Ishizuka


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PDF 3250KÏ 3400KÏ 3500KÏ 3850KÏ 500C5-2039 1KC5-2040 2KC5-2020 5KC5-2012 10KC5-2038 20KC5-2019
CY7C425

Abstract: CY7C420 CY7C429-30DC CY7C421-40DC CY7C42I-25JI IDT7201 GY7C425-40JC CY7C429-30PC 40DMB CY7C424-65DMB
Text: CY7C420-20PC P15 25 CY7C420- 25DC D16 Commercial CY7C420-25PC P15 CY7C420-25DI D16 Industrial CY7C420 , -20LC L55 CY7C421-20PC P21 CY7C421—20VC V21 25 CY7C421- 25DC D22 Commercial CY7C421-25JC J65 , Code Package type Operating Range 20 CY7C424-20DC D16 Commercial CY7C424-20PC P15 25 CY7C424- 25DC D16 , CY7C425-20VC V21 25 C77C425- 25DC D22 Commercial CY7C425-25JC J65 CY7C425-25I.C L55 CY7C425-25PC P21 , €”20DC D16 Commercial CY7C428-20PC P15 25 CY7C428- 25DC D16 Commercial CY7C428-25PC P15 CY7C428-25DI D16


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PDF CY7C420, CY7C421 CY7C424, CY7C425 CY7C428Â CY7C429 333-MHz 300-mil outpCY7C429 CY7C420 CY7C429-30DC CY7C421-40DC CY7C42I-25JI IDT7201 GY7C425-40JC CY7C429-30PC 40DMB CY7C424-65DMB
CY7C425

Abstract: C4206 1DT7201 CY7C429-20DC CY7C420
Text: Information Speed (ns) 20 25 Ordering Code CY7C420-20DC CY7C420-20PC CY7C420- 25DC CY7C420-25PC CY7C420 , Code CY7C421-20DC CY7C421-20JC CY7C421-20LC CY7C421-20PC CY7C421- 20VC CY7C421- 25DC CY7C421 , -20PC CY7C424- 25DC CY7C424-25PC CY7C424-25DI CY7C424-25PI CY7C424-25DMB 30 CY7C424- 30DC CY7C424-30PC CY7C424 , Package Ordering Code CY7C425- 20DC CY7C425- 20JC CY7C425- 20I.C CY7C425-20PC CY7C425-20VC C77C425- 25DC , Speed (ns) 20 Ordering Code CY7C429-20DC CY7C429-20JC CY7C429-20LC CY7C429-20PC CY7C429-20VC CY7C429- 25DC


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PDF CY7C420, CY7C421 CY7C424, CY7C425 CY7C428* CY7C429 T-46-35 C4206 1DT7201 CY7C429-20DC CY7C420
2001 - Not Available

Abstract: No abstract text available
Text: 0.95 V T J = 25ЊC , I S =3.7A, V GS =0V Reverse Recovery Time (3) t rr 24.5 ns T J = 25ЊC , I F =3.7A, di/dt= 100A/␮s Reverse Recovery Charge (3) Q rr 19.1 nC V DS =25V, V


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PDF ZXM64N035L3 4N035
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