The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LM3550SP/NOPB Texas Instruments A Flash LED Driver with Automatic Vf and ESR Detection for Mobile Camera Systems 20-UQFN -30 to 85
LM3550SPX/NOPB Texas Instruments A Flash LED Driver with Automatic Vf and ESR Detection for Mobile Camera Systems 20-UQFN -30 to 85
TCFS-12-19B-020-25BW (538371-000) TE Connectivity Ltd Heat Shrinkable Cable Kits and Assemblies; TCFS-12-19B-020-25BW ( Raychem )
TCFS-24-19C-020-25BH (242483-000) TE Connectivity Ltd Heat Shrinkable Cable Kits and Assemblies; TCFS-24-19C-020-25BH ( Raychem )
TCFS-20-19B-020-25BE (792861-000) TE Connectivity Ltd Heat Shrinkable Cable Kits and Assemblies; TCFS-20-19B-020-25BE ( Raychem )
TCFS-36-19B-020-25BH (751007-000) TE Connectivity Ltd Heat Shrinkable Cable Kits and Assemblies; TCFS-36-19B-020-25BH ( Raychem )

TEA 2025B equivalent Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1994 - TEA 2025B equivalent

Abstract: 2025B TEA2025B TEA 2025B TEA2025D tea2025b amplifiers sub 9v 9V bridge capacitors poliester tea2025b amplifiers sub tea2025
Text: amplifiers similar to TEA 2025B need external resistors between DC outputs and ground in order to optimize the pop on/off performance and crossover distortion. Figure 9 The TEA 2025B solution allows to


Original
PDF TEA2025B TEA2025D TEA2025B/D TEA 2025B equivalent 2025B TEA2025B TEA 2025B TEA2025D tea2025b amplifiers sub 9v 9V bridge capacitors poliester tea2025b amplifiers sub tea2025
2003 - tea2025b

Abstract: 2025B TEA2025B - STEREO AUDIO AMPLIFIER - STMicroelectronics tea2025 TEA2025B CIRCUIT APPLICATION TEA 2025B equivalent 6V H bridge tea2025b amplifiers sub 9v TEA2025D tea2025b amplifiers sub
Text: Most amplifiers similar to TEA 2025B need external resistors between DC outputs and ground in order to , 1 and to connect to ground the pin 7. The TEA 2025B solution allows to save components because


Original
PDF TEA2025B TEA2025D TEA2025B/D tea2025b 2025B TEA2025B - STEREO AUDIO AMPLIFIER - STMicroelectronics tea2025 TEA2025B CIRCUIT APPLICATION TEA 2025B equivalent 6V H bridge tea2025b amplifiers sub 9v TEA2025D tea2025b amplifiers sub
TEA2025B

Abstract: No abstract text available
Text: F l = 80 Hz. BRIDGE MODE Figure 7 Pop Noise Most amplifiers similar to TEA 2025B need , a capacitor to pin 1 and to connect to ground the pin 7. The TEA 2025B solution allows to save


OCR Scan
PDF TEA2025B TEA2025D ERDIP12 TEA2025B/D 100nF 15jlF TEA2025B
1994 - 2025B

Abstract: TEA2025B tea2025b amplifiers sub tea 1778 TEA2025B CIRCUIT APPLICATION SO20 TEA2025D tea2025b amplifiers sub 9v
Text: similar to TEA 2025B need external resistors between DC outputs and ground in order to optimize the pop , to ground the pin 7. The TEA 2025B solution allows to save components because of such resistors


Original
PDF TEA2025B TEA2025D TEA2025B/D 2025B TEA2025B tea2025b amplifiers sub tea 1778 TEA2025B CIRCUIT APPLICATION SO20 TEA2025D tea2025b amplifiers sub 9v
2025B

Abstract: TEA2025B TEA2025B CIRCUIT APPLICATION tea2025b amplifiers sub 9v tea2025 tea 2025b D94AU120 TEA 2025B equivalent tea2025b amplifiers sub TEA2025D
Text: TEA 2025B need external resistors between DC outputs and ground in order to optimize the pop on/off performance and crossover distortion. Figure 9 The TEA 2025B solution allows to save components because


Original
PDF TEA2025B TEA2025D TEA2025B/D 2025B TEA2025B TEA2025B CIRCUIT APPLICATION tea2025b amplifiers sub 9v tea2025 tea 2025b D94AU120 TEA 2025B equivalent tea2025b amplifiers sub TEA2025D
2010 - TEA2025B

Abstract: TEA 2025B equivalent tea20256 TEA2025 TEA2025B applications 2025B tea2025b amplifiers sub 9v TEA2025D013TR Small Outline SO-12 tea2025 application
Text: similar to TEA 2025B need external resistors between DC outputs and ground in order to optimize the pop on/off performance and crossover distortion. Figure 13. The TEA 2025B solution allows to save


Original
PDF TEA2025 PowerDIP16 TEA2025B TEA2025D TEA2025D013TR TEA2025B/D TEA2025B TEA 2025B equivalent tea20256 TEA2025 TEA2025B applications 2025B tea2025b amplifiers sub 9v TEA2025D013TR Small Outline SO-12 tea2025 application
TEA 2025B

Abstract: TEA2025B 2025B
Text: to TEA 2025B need exter nal resistors between DC outputs and ground in order to optimize the pop on , ground the pin 7. The TEA 2025B solution allows to save compo nents because of such resistors (800 ohm , RL a.22ur,C2 IN.2 » - \y 7 6 TEA 2825B 3 2 mb ¿ ¡ S . 15 J* U F 5 C1 T ^ r C7


OCR Scan
PDF TEA2025B TEA2025D TEA2025B TEA2025D TEA2025B/Dis TEA 2025B 2025B
2010 - TEA2025

Abstract: No abstract text available
Text: FL = 80 Hz. 2ΠC OUT ⋅ R L 3.5 Pop Noise Most amplifiers similar to TEA 2025B need external , distortion. Figure 13. The TEA 2025B solution allows to save components because of such resistors (800


Original
PDF TEA2025 TEA2025B/D PowerDIP16 TEA2025
Maste 002

Abstract: 74LVQ273 74LVQ273M 74LVQ273T LVQ273 S020
Text: Material Copyrighted By Its Respective Manufacturer 74LVQ273 INPUT AND OUTPUT EQUIVALENT CIRCUÌ INPUT O , diagram has not be used to esimate propagation delays 2/10 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te , ) Vin from 0.8V to 2V r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/10 This Material Copyrighted , SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ273 , fin = 10 MHz 30 PF 1) Cpd is defined as the value of the IC's internal equivalent capacitance


OCR Scan
PDF 74LVQ273 LVQ273 P013L Maste 002 74LVQ273 74LVQ273M 74LVQ273T S020
lcx245

Abstract: ic top 246 yn S020
Text: This Material Copyrighted By Its Respective Manufacturer LCX245 INPUT AND OUTPUT EQUIVALENT , @(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer LCX245 RECOMMENDED , @9G[ te ® 3/8 This Material Copyrighted By Its Respective Manufacturer LCX245 AC ELECTRICAL , is defined as the value of the IC's internal equivalent capacitance which is calculated from the , TEST tpLH, tpHL tpZL, tpLZ tpZH, tPHZ SWITCH Open 6V GND Cl = 50 pF or equivalent (includes jig


OCR Scan
PDF LCX245 P013L lcx245 ic top 246 yn S020
Maste 002

Abstract: KHN 10 74LVQ174 74LVQ174M 74LVQ174T LVQ174 TSSOP16
Text: Copyrighted By Its Respective Manufacturer 74LVQ174 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION , esimate propagation delays 2/10 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material , SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/10 This Material Copyrighted By Its Respective Manufacturer , ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ174 AC , MHz 23 PF 1) Cpd is defined as the value of the IC's internal equivalent capacitance which is


OCR Scan
PDF 74LVQ174 LVQ174 P013H TSSOP16 Maste 002 KHN 10 74LVQ174 74LVQ174M 74LVQ174T
KHN 10

Abstract: 74LVQ00 74LVQ00M 74LVQ00T TSSOP14 truth table NAND gate 74
Text: Material Copyrighted By Its Respective Manufacturer 74LVQ00 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN , guaranteed: 1,2V to 3.6V 2/8 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By , ™ets@(iL[ieirffl@9G[ te ® 3/8 This Material Copyrighted By Its Respective Manufacturer 74LVQ00 AC , IC's internal equivalent capacitance which is calculated from the operating current consumption , @9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ00 TEST CIRCUIT Vcc O PULSE


OCR Scan
PDF 74LVQ00 LVQ00 P013G TSSOP14 KHN 10 74LVQ00 74LVQ00M 74LVQ00T truth table NAND gate 74
74LVQ74

Abstract: KHN 10 74LVQ74M 74LVQ74T TSSOP14
Text: Manufacturer 74LVQ74 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION INPUT O- ,Vcc GND GND OUTPUT , 2/10 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective , @9G[ te ® 3/10 This Material Copyrighted By Its Respective Manufacturer 74LVQ74 DC SPECIFICATIONS , (Vld), 0V to threshold (Vihd). f=1MHz 4/10 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This , fiN = 10 MHz 33 PF 1) Cpd is defined as the value of the IC's internal equivalent capacitance


OCR Scan
PDF 74LVQ74 LVQ74 doubl19 P013G TSSOP14 74LVQ74 KHN 10 74LVQ74M 74LVQ74T
SC092

Abstract: 74LVQ374 74LVQ374M 74LVQ374T LVQ374 S020
Text: AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION c [■Vcc vcc J INPUT Î-i I t OUTPUT Ì i à , ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ374 ABSOLUTE , guaranteed: 1,2V to 3.6V r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/10 This Material Copyrighted By , ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ374 AC , defined as the value of the IC's internal equivalent capacitance which is calculated from the operating


OCR Scan
PDF 74LVQ374 LVQ374 P013L SC092 74LVQ374 74LVQ374M 74LVQ374T S020
KHN 10

Abstract: 74LVQ02 74LVQ02M 74LVQ02T TSSOP14
Text: Copyrighted By Its Respective Manufacturer 74LVQ02 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION , ) Vin from 0.8V to 2V 2/8 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By , SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/8 This Material Copyrighted By Its Respective Manufacturer , IC's internal equivalent capacitance which is calculated from the operating current consumption , @9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ02 TEST CIRCUIT Vcc O PULSE


OCR Scan
PDF 74LVQ02 LVQ02 P013G TSSOP14 KHN 10 74LVQ02 74LVQ02M 74LVQ02T
74LVQ373

Abstract: 74LVQ373M 74LVQ373T LVQ373 S020 sc094
Text: Copyrighted By Its Respective Manufacturer 74LVQ373 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION c , ^_^_^_^_^_2_^_^ QO Q1 Q2 Q3 04 Q5 Q6 Q7 2/10 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material , SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/10 This Material Copyrighted By Its Respective Manufacturer , (Vld), 0V to threshold (Vihd). f=1MHz 4/10 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This , 's internal equivalent capacitance which is calculated from the operating current consumption without load


OCR Scan
PDF 74LVQ373 LVQ373 P013L 74LVQ373 74LVQ373M 74LVQ373T S020 sc094
74LVQ573

Abstract: 74LVQ573M 74LVQ573T LVQ573 S020
Text: Copyrighted By Its Respective Manufacturer 74LVQ573 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION c , ^_^_^_^_^_^_^_^y QO Q1 Q2 Q3 04 Q5 Q6 Q7 2/9 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material , from 0.8V to 2V r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/9 This Material Copyrighted By Its , SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ573 , defined as the value of the IC's internal equivalent capacitance which is calculated from the operating


OCR Scan
PDF 74LVQ573 LVQ573 P013L 74LVQ573 74LVQ573M 74LVQ573T S020
74ACT32

Abstract: 74ACT32B 74ACT32M ACT32
Text: : 74ACT32B 74ACT32M operation similar to equivalent Bipolar Schottky TTL. The internal circuit is composed , This Material Copyrighted By Its Respective Manufacturer 74ACT32 INPUT AND OUTPUT EQUIVALENT CIRCUà , ) Vi N from 0.8 V to 2.0 V 2/7 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material , 30 PF 1) Cpd is defined as the value of the IC's internal equivalent capacitance which is , ) r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/7 This Material Copyrighted By Its Respective


OCR Scan
PDF 74ACT32 ACT32 P001A P013G 74ACT32 74ACT32B 74ACT32M
74AC74

Abstract: SC0946 74AC74B AC74
Text: power applications mantaining high speed operation similar to equivalent Bipolar SchottkyTTL. All , OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION INPUT O- ,Vcc GND GND OUTPUT —O PIN No SYMBOL NAME , Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74AC74 , @(iL[ieirffl@9G[ te ® 3/11 This Material Copyrighted By Its Respective Manufacturer 74AC74 DC , @(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74AC74 AC ELECTRICAL


OCR Scan
PDF 74AC74 P001A P013G 74AC74 SC0946 74AC74B AC74
74LVQ04

Abstract: KHN 10 74LVQ04M 74LVQ04T TSSOP14
Text: 74LVQ04 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION INPUT O- ,Vcc GND "H GND OUTPUT —O , guaranteed: 1,2V to 3.6V 2) Vin from 0.8V to 2V 2/8 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This , to threshold (ViHD).,f=1MHz. r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/8 This Material , MHz 29 PF 1) Cpd is defined as the value of the IC's internal equivalent capacitance which is , /8 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective


OCR Scan
PDF 74LVQ04 LVQ04 P013G TSSOP14 74LVQ04 KHN 10 74LVQ04M 74LVQ04T
74AC574

Abstract: 74AC574B 74AC574M AC574 DIP20 S020
Text: technology. It is ideal for low power applications mantaining high speed operation similar to equivalent , By Its Respective Manufacturer 74AC574 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION c , Q5 Q6 Q7 2/10 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its , r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/10 This Material Copyrighted By Its Respective , loaded. 4/10 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its


OCR Scan
PDF 74AC574 AC574 P001J P013L 74AC574 74AC574B 74AC574M DIP20 S020
74ACT04

Abstract: 74ACT04B 74ACT04M ACT04
Text: operation similar to B M (Plastic Package) (Micro Package) ORDER CODES : 74ACT04B 74ACT04M equivalent , Manufacturer 74ACT04 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION INPUT O- ,Vcc GND "H GND , 5.5 V 8 1) Vi N from 0.8 V to 2.0 V 2/7 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This , Capacitance (note 1) 5.0 37 PF 1) Cpd is defined as the value of the IC's internal equivalent , lcc/n (per circuit) r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/7 This Material Copyrighted By


OCR Scan
PDF 74ACT04 ACT04 P001A P013G 74ACT04 74ACT04B 74ACT04M
74ACT02

Abstract: 74ACT02B 74ACT02M ACT02
Text: : 74ACT02B 74ACT02M operation similar to equivalent Bipolar Schottky TTL. The internal circuit is composed , Material Copyrighted By Its Respective Manufacturer 74ACT02 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN , ) Vi N from 0.8 V to 2.0 V 2/7 r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material , ) 5.0 47 PF 1) Cpd is defined as the value of the IC's internal equivalent capacitance which is , ) r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/7 This Material Copyrighted By Its Respective


OCR Scan
PDF 74ACT02 ACT02 P001A P013G 74ACT02 74ACT02B 74ACT02M
74LVQ574

Abstract: 74LVQ574M 74LVQ574T LVQ574 S020
Text: EQUIVALENT CIRCUÌ PIN DESCRIPTION c [■Vcc vcc J INPUT Î-i I t OUTPUT Ì i À GND 11— â , @9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ574 ABSOLUTE MAXIMUM RATINGS , guaranteed: 1,2V to 3.6V r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/10 This Material Copyrighted By , ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74LVQ574 AC , defined as the value of the IC's internal equivalent capacitance which is calculated from the operating


OCR Scan
PDF 74LVQ574 LVQ574 P013L 74LVQ574 74LVQ574M 74LVQ574T S020
ic data AC273

Abstract: sc1046 74AC273 74AC273B 74AC273M AC273 DIP-20
Text: 74AC273M operation similar to equivalent Bipolar Schottky TTL. Information signals applied to D inputs , Manufacturer 74AC273 INPUT AND OUTPUT EQUIVALENT CIRCUÌ PIN DESCRIPTION INPUT O- ,Vcc GND "H GND , from30% to 70%of Vcc r=T SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® 3/10 This Material Copyrighted By , SGS-THOMSON Vf ™ets@(iL[ieirffl@9G[ te ® This Material Copyrighted By Its Respective Manufacturer 74AC273 , defined as the value of the IC's internal equivalent capacitance which is calculated from the operating


OCR Scan
PDF 74AC273 AC273 SO-20 P013L ic data AC273 sc1046 74AC273 74AC273B 74AC273M DIP-20
Supplyframe Tracking Pixel