CT SB 3 Search Results

da210

Abstract: 436C 416C 119H DA119 DA122 DA203 DA204K DA204U DA210S
Contextual Info: W m Uj ¿H Ì & -f= ?0 S a -» s e ;*e sgse æ SSSSS SB SKJSS ¡5^ =1 æ « e æ v Z SB io * & S H’ f f i+ ’ i t ’ Ct pF » S f f t ’ i ï f £ .'S -'S .'S .'S *J ü « f l f « * * < * < « LO l+ ’ H - H - H-» WWW ü eo n n n lo -P IO U*5 LO LO IO

tl4941

Abstract: tl494 mosfet converter ic tl494 mosfet ic tl494 mosfet TL494 tl494 converter converter ic tl494 transistor tl494 tl494 design buz271
Contextual Info: Design Note 32 Issue 1 April 1996 A High Efficiency Constant Current Source for Battery Charging Applications FZT 949 68µH 2A 1k 2N3904 68µH 1N4148 OUTPUT 680R 1/2W 8 11 Vcc=20V +/-4V C1 C2 1000µF 40V 12 47k Comp 3 -ve 2 SB 340 Vcc CT 5 RT 6 1000µF 35V

119H

Abstract: 436C DA119 DA122 DA203 DA204K DA204U DA210S DA216 DA218S
Contextual Info: W m Uj ¿H Ì & -f= ?0 S a -» s e ;*e sgse æ SSSSS SB SKJSS ¡5^ =1 æ « e æ v Z SB io * & S H’ f f i+ ’ i t ’ Ct pF » S f f t ’ i ï f £ .'S -'S .'S .'S *J ü « f l f « * * < * < « LO l+ ’ H - H - H-» WWW ü eo n n n lo -P IO U*5 LO LO IO

DA203

Abstract: 119H 436C DA119 DA122 DA204K DA204U DA210S DA216 DA218S
Contextual Info: W m Uj ¿H Ì & -f= ?0 S a -» s e ;*e sgse æ SSSSS SB SKJSS ¡5^ =1 æ « e æ v Z SB io * & S H’ f f i+ ’ i t ’ Ct pF » S f f t ’ i ï f £ .'S -'S .'S .'S *J ü « f l f « * * < * < « LO l+ ’ H - H - H-» WWW ü eo n n n lo -P IO U*5 LO LO IO

cd 1191

Abstract: 119H 436C DA119 DA122 DA203 DA204K DA204U DA210S DA216
Contextual Info: W m Uj ¿H Ì & -f= ?0 S a -» s e ;*e sgse æ SSSSS SB SKJSS ¡5^ =1 æ « e æ v Z SB io * & S H’ f f i+ ’ i t ’ Ct pF » S f f t ’ i ï f £ .'S -'S .'S .'S *J ü « f l f « * * < * < « LO l+ ’ H - H - H-» WWW ü eo n n n lo -P IO U*5 LO LO IO

Contextual Info: P.C.B. LAYOUT CIRCUIT DIAGRAM <D <D T ole ran ces: < 10m m : > 10m m : Date 07/07 Nam e dr TSSE 633 SB-RA-1HW C o n ta ct rating 11/07 dr M od ifica tions Date Nam e knitter-switch 30 11 87 Page 1/2 Specifications: Contact rating: Contact resistance: Insulation resistance:

DA218S

Abstract: da 1191 da203 368b 416C ci 415A DA-203X 119H 436C DA119
Contextual Info: W m Uj ¿H Ì & -f= ?0 S a -» s e ;*e sgse æ SSSSS SB SKJSS ¡5^ =1 æ « e æ v Z SB io * & S H’ f f i+ ’ i t ’ Ct pF » S f f t ’ i ï f £ .'S -'S .'S .'S *J ü « f l f « * * < * < « LO l+ ’ H - H - H-» WWW ü eo n n n lo -P IO U*5 LO LO IO

Contextual Info: 7 8 CD I Csl . o m iS 6 2 a te NOTES * 1. 5 I 0 8 9 — 05 , 5 l0 9 0 - * * 0 0 A P P L I C A B L E HOUSING : 5 I0 89— 05 , 5 1090— 0 0 2 . fetSI M A T ER IA L 1.8 5 S E CT. A - A S E CT. B -B 5 0 3 7 2 - 8 100 SB tt± iT ANGLE WIRE RANGE IQ { iU r 30

Contextual Info: îrd A N G IE AMERICAN PROJECTION DIMENSIONS IN INCHES. DIMENSIONS THUS [ 675 (77/?) DO NOT SCALE PRINT ] IN MM. 130 3,3 ¡0 5 \Z.66 •/+0 -U S SB-CT/ON V.V 3,33. S C A Í - 6 ./ STUD H cLt -//i 3, 0°>lS/A. (70 SU/T -fcS 4 /9 I40 13,55 -m \/ 4>9S no 431

Contextual Info: 7 THIS JÊL DRAWING C O P Y R IG H T 15 U N P U B L IS H E D . RELEASED 19 BY AMP IN COR PO RA TE D. ALL FOR PUBLICATION R IG H T S , 6 4 5 2 3 19 LOC R ES ER V ED . DF DI ST REVISIONS AO DESCRIPTION G 2 . 886 [73.30] ADD -8 DER 0600-8286-99 2-99 CT 5G SB"

JE 33

Contextual Info: — 70 — H A f 3 r*, B 1 3 8 4 T L (2 0W, B T L mmmwi. • 1 3.2 v « ¥ « 1* 5 SB :4n ■ * fc * S ?S CT a — 2 5 °C) w m • o cL - e ffifflsM ■\ m m : 0 .0 5 % typ ( f = 1 k Hz, IB ^ V CCSU VcCHS V CCOP tijtl 3W ) •Pull-back S A S O e S B i

JII6342

Abstract: NJU6342 NJU6342H NJUB342H NJUB342XE NJUG342 NJUG342H NJUG342XC
Contextual Info: N JU 6342'>U -X 1 ' 7 ' f X M J U B 3 4 Z -> U -X i, /\*-y 7 7 I CT' , EC Lfê 12 0 M H z S T 7 '> y , T - 1 * ^ 7 7 7 Y =7 ^ - y ~ S \ W i h ^ ' f T . r — l ' 7 - f 7 T - h A ' . > 7 7 t ,i l ê t l , f T (Ï l ì ? JU* < > ¡/T'tH * 1C h fl-SB nj bÊ

BB811

Abstract: marking 2x AG74
Contextual Info: DEVELOPMENT DATA b b SB T E M □G 74 2 7 G 065 ISIC3 BB811 T h is data sheet c o n ta in s advance in fo rm a tio n and s p e c ific a tio n s are su bje ct to change w it h o u t nottce NAPC/PHILIPS SEniCOND b3E D FOR DETAILED INFORMATION SEE THE LATEST ISSUE OF HANDBOOK SC01 OR DATASHEET

Contextual Info: m 00 o tps I '-Jt Si >J f t u v_ 8 X TB Vw_ 3 Si S& X 111 -ffiH 8 sfi it Si Si » m Si t f m 31 a m s S —h o. r~h Si f Si Si gB c;/ St gfl 31 11 31 m Sb Hi Q ri m ri ri r i r i at > at unr ® c~ <~ /ftm 355 rS c Pin rN 5t m ' A m <h CT S Dim eX cex m]

Contextual Info: > sMM I CD I o a DWG. NO. SD-52742-*0 DIMENSIONS IN METRIC DO NOT SCALE DRAWING co CD 2.4±0.1 co o > -j —J 2531 5*4 iw+ cn CT> cn tji • fc:iT#2 i®*>«ini!a>qis ic o 'ja g sB B S ta ia a i c» ^ f - ' i i s s B i a t B 08 0 . ± . OJ 2-)J- 5V1 "K~ I iTzJp'KIi® 1 I I’4+11!

Contextual Info: TPS3836xxx TPS3837xxx TPS3838xxx www.ti.com SLVS292C – JUNE 2000 – REVISED JANUARY 2006 NanoPower Supervisory Circuits FEATURES • • • • • • • DESCRIPTION Supply Current: 220 nA typical Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V

TPS383xK33

Contextual Info: TPS3836xxx TPS3837xxx TPS3838xxx www.ti.com SLVS292C – JUNE 2000 – REVISED JANUARY 2006 NanoPower Supervisory Circuits FEATURES • • • • • • • DESCRIPTION Supply Current: 220 nA typical Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V

Contextual Info: TPS3836xxx TPS3837xxx TPS3838xxx www.ti.com SLVS292C – JUNE 2000 – REVISED JANUARY 2006 NanoPower Supervisory Circuits FEATURES • • • • • • • DESCRIPTION Supply Current: 220 nA typical Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V

TPS3838K33DBVT

Abstract: MSP430 TPS3836E18DBVR TPS3836E18DBVRG4 TPS3836E18DBVT TPS3836E18DBVTG4 TPS3836K33 MSP430 pin diagram
Contextual Info: TPS3836xxx TPS3837xxx TPS3838xxx www.ti.com SLVS292C – JUNE 2000 – REVISED JANUARY 2006 NanoPower Supervisory Circuits FEATURES • • • • • • • DESCRIPTION Supply Current: 220 nA typical Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V

Contextual Info: TPS3836xxx TPS3837xxx TPS3838xxx www.ti.com SLVS292C – JUNE 2000 – REVISED JANUARY 2006 NanoPower Supervisory Circuits FEATURES • • • • • • • DESCRIPTION Supply Current: 220 nA typical Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V

SOT-173 package

Contextual Info: TPS3836xxx TPS3837xxx TPS3838xxx www.ti.com SLVS292C – JUNE 2000 – REVISED JANUARY 2006 NanoPower Supervisory Circuits FEATURES • • • • • • • DESCRIPTION Supply Current: 220 nA typical Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V

TPS3836H30-Q1

Abstract: HPA00531DBVR MSP430 TPS3836E18DBVR TPS3836E18DBVRG4 TPS3836K33 TS SOT23 TPS3838E18-Q1 TPS3836J25-EP TPS3836K33-Q1
Contextual Info: TPS3836 TPS3837 TPS3838 www.ti.com SLVS292D – JUNE 2000 – REVISED AUGUST 2007 NanoPower Supervisory Circuits FEATURES DESCRIPTION 1 • Supply Current: 220 nA typical • Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V • Power-On Reset Generator With Selectable

TPS3838E18-Q1

Abstract: TPS3836J25-EP TPS3836K33-Q1 TPS3838J25-Q1 TPS3836J25-Q1 TPS3838L30-Q1 TPS3838K33-Q1 TPS3836H30-Q1
Contextual Info: TPS3836 TPS3837 TPS3838 www.ti.com SLVS292D – JUNE 2000 – REVISED AUGUST 2007 NanoPower Supervisory Circuits FEATURES DESCRIPTION 1 • Supply Current: 220 nA typical • Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V • Power-On Reset Generator With Selectable

TPS3836H30-Q1

Abstract: TPS3838E18-Q1 TPS3836J25-EP TPS3836K33-Q1 TPS3838J25-Q1 TPS3836J25-Q1 TPS3838L30-Q1 TPS3838K33-Q1
Contextual Info: TPS3836 TPS3837 TPS3838 www.ti.com SLVS292D – JUNE 2000 – REVISED AUGUST 2007 NanoPower Supervisory Circuits FEATURES DESCRIPTION 1 • Supply Current: 220 nA typical • Precision Supply Voltage Supervision Range: 1.8 V, 2.5 V, 3.0 V, and 3.3 V • Power-On Reset Generator With Selectable