PIN VOLTAGE OF IC 393 Search Results

B1337

Contextual Info: Advance Information WB1337X ill# ICW 0RKS Dual Serial Input PLL with 550MHz Prescalers Features Figure 1 IC W O R KS BiCMOS process Pin Diagram Operating voltage 2.7V to 5.5V v cc2 v cc1 Operating frequency to 550MHz with inputs of -1 5 d B m and VCC of 3.0V

Contextual Info: Preliminary WB1337X ill# ICW 0RKS Dual Serial Input PLL with 550MHz Prescalers Features Figure 1 IC W O R KS BiCMOS process Pin Diagram Operating voltage 2.7V to 5.5V v cc2 v cc1 Operating frequency to 550M H zw ith inputs of -2 5 d B m and VCC of 3.0V V P2

B1337

Abstract: WB1337XG-TR
Contextual Info: Advance Information WB1337X ill# ICW 0RKS Dual Serial Input PLL with 550MHz Prescalers Features Figure 1 • IC W O R KS BiCMOS process Pin Diagram • Operating voltage 2.7V to 5.5V V P1 D0 PLL1 • Lock detect feature • Power-down mode VCC2 VP2 v cc1 • Operating frequency to 550MHz with inputs of -1 5 d B m and

Contextual Info: DS1611 P R O D U C T P R E V IE W S1611 Programmable System D Monitor DALLAS se m ic o n d u c to r FEA TU R ES PIN ASSIGNMENT • Monitors tolerance of up to four different supply volt­ ages, between 2.7V to 18V CLK C 1 DQ C 2 • Provides six programmable voltage monitoring out­

eeprom read

Abstract: 2BL4 20-PIN DDI0111 DS1611
Contextual Info: D S I 611 P R O D U C T P R E V IE W D S I 611 Program m able System Monitor D A L L A S s e m ic o n d u c t o r FEATURES PIN ASSIGNMENT • Monitors tolerance of up to four different supply volt­ ages, between 2.7V to 18V • Provides six programmable voltage monitoring out­

Contextual Info: H8/3937R, H8/3937 Series TFP-100G User System Interface Cable HS3937ECN61H for E6000 Emulator User’s Manual HS3937ECN61HE(B) Cautions 1. Renesas neither warrants nor grants licenses of any rights of Renesas’s or any third party’s patent, copyright, trademark, or other intellectual property rights for information contained in

H8/3937

Abstract: IC149-100-054-B51
Contextual Info: H8/3937R H8/33937 Series TFP-100B User System Interface Cable HS3937ECH61H for E6000 Emulator User’s Manual HS3937ECH61HE(B) Cautions 1. Renesas neither warrants nor grants licenses of any rights of Renesas’s or any third party’s patent, copyright, trademark, or other intellectual property rights for information contained in

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Dual 4 -S ta g e Binary Ripple Counter M C54/74H C 393 High-Performance Silicon-Gate CMOS J SUFFIX CERAM IC PACKAGE CASE 6 3 2 -0 8 The MC54/74HC393 is identical in pinout to the LS393. The device inputs are compatible with standard CMOS outputs; with pullup resistors, they are

CTN391

Abstract: CTN392 CTN393
Contextual Info: Continental Device India Limited An ISO/TS16949 and ISO 9001 Certified Company NPN SILICON PLANAR EPITAXIAL TRANSISTORS CTN391, 392, 393 TO-237 Plastic Package CBE Designed for High Voltage Video Amplifier in Television Receivers ABSOLUTE MAXIMUM RATINGS Ta=25ºC

M27C101

Abstract: IC51-0422-393 IC59-4206-G4 R4945 R4945A 13C0016
Contextual Info: PCA7450FP PCA7450SP PROM Programming Adapters for M3715xEFFP/M3715xEFSS/M3715xERSS User's Manual Rev. 1.00 July 1, 2003 REJ10J0189-0100Z * IC51-0422-393 and IC59-4206-G4 are products of Yamaichi Electronics Co., Ltd. * R4945 and R4945A are trademarks of Advantest Corporation.

Contextual Info: A I R C H S eptem ber 1983 I L D Revised February 1999 s e m ic o n d u c t o r MM74HC393 Dual 4-Bit Binary Counter as well as pin equivalent to the 74LS 393. All inputs are pro­ tected from dam age due to static discharge by diodes to V Cq and ground.

MAX910

Abstract: MAX911 MAX910CAG MAX910CNG MAX910CWG
Contextual Info: 19-3937; Rev 1; 10/94 > i/i >j x i >i/i High-Speed, Threshold-Programmable Voltage Comparators The M A X 91 0/M A X 911 are the first h ig h -sp e e d com p ara to rs to in clu d e an 8 -b it DAC w ith vo lta g e refere nce to set the in pu t threshold voltage. The M AX910 has a TTL co m p a tib le ou tput

M5M27C101

Abstract: M27C101 IC51-0422-393 M37272E8FP M37272EFFP R4945 R4945A
Contextual Info: PCA7427G02 PROM Programming Adapter for M37272E8/EFFP User's Manual Rev.1.00 September 1, 2003 REJ10J0248-0100Z * IC51-0422-393 is a product of Yamaichi Electronics Co., Ltd. * R4945 and R4945A are trademarks of Advantest Corporation. Keep safety first in your circuit designs!

CAPACITOR 10k 3KV

Abstract: transistor 2n7002 P05NZ-054 MAX8729 MAX8729EVKIT C0603C104K3RAC C0603C105K8RAC C1608X7R1E104K C3216X7R1E225K 1348-T006
Contextual Info: 19-3933; Rev 0; 1/06 MAX8729 Evaluation Kit The MAX8729 evaluation kit EV kit is an assembled and tested PC board that demonstrates the MAX8729 low-cost multiple CCFL backlight controller. Lamp brightness is adjustable by an on-board potentiometer. Features

Contextual Info: Revised March 1999 S E M I C O N D U C T O R TM General Description The V H C 393 is an advanced high speed C M OS 4-bit Binary C ounter fabricated w ith silicon gate C M OS te ch n ol­ ogy. It achieves the high speed operation sim ilar to equiva­ lent Bipolar Schottky TT L w hile m aintaining th e CM OS low

2N3419

Contextual Info: INCH-POUND The documentation and process conversion measures necessary to comply with this document shall be completed by 5 December 2013. MIL-PRF-19500/393L 5 September 2013 SUPERSEDING MIL-PRF-19500/393K 3 February 2012 PERFORMANCE SPECIFICATION SHEET SEMICONDUCTOR DEVICE, TRANSISTOR, NPN, SILICON POWER,

octal tube socket

Abstract: thyratron tube thyratron tube operation I960 thyratron thyratrons 5824 B7-12
Contextual Info: TENTATIVE DATA 393A ,- TUMO-SOL \ THYRATRON ARGON AN D M ERC UR Y VAPO R F IL A M E N T 2.5±0.125 V O LT S 7 AMP. MOUNTING POSITION V E R T IC A L , BASE DOWN BOTTOM VIEW MEDIUM SHELL OCTAL 7 PIN BASE GLASS BULB T H E 393A IS A T H R E E E L E C T R O D E , ARGON AN D M E R C U R Y -V A P O R F IL L E D TH Y R A TR O N

Contextual Info: ADVANCED DATASHEET - 03/02/99 Subject to change without notice T H R E E P H A S E PO W E R M OS F E T CO N TRO LLER The A3932SEQ is a three-phase brushless DC motor controller. The A 3932’s high current gate drive capability allows driving of a wide range of

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Dual 4 -B it Binary Ripple Counter M C 74VH C 393 The MC74VHC393 is an advanced high speed CMOS dual 4 -b it binary ripple counter fabricated with silicon gate CMOS technology. It achieves high speed operation similar to equivalent Bipolar Schottky TTL while maintaining

393S

Abstract: M74HC393N 74HC393M 74HC393N 74H 14D 393SJ
Contextual Info: A I R C H S eptem ber 1983 I L D Revised February 1999 s e m ic o n d u c t o r MM74HC393 Dual 4-Bit Binary Counter as well as pin e quivalent to the 74LS 393. All inputs are pro­ tected from dam age due to static discharge by diodes to V c c and ground.

MAX910CNG

Abstract: RB640 MAX911 MAX910 MAX910CWG TTL comparator MAX910CAG
Contextual Info: >i/»jxiyi/i 19-3937; Rev 1; 10/94 High-Speed, Threshold-Programmable Voltage Com parators G e n e ra l D e s c rip tio n T h e M A X 9 1 0 /M A X 9 1 1 a re th e firs t h ig h -s p e e d c o m p a ra to rs to in c lu d e an 8 -b it D A C w ith v o lta g e re fe re n c e to set th e in p u t

1393s

Abstract: an6913
Contextual Info: COMPARATORS , ANI 393 AN6914) AN 1393S (AN6914S) .AN6913 ANI 393 (AN6914 ANI 393S (AN6914S) ,AN691 3 Dual Comparators • Outline The AN1393(AN6914), the AN1393S (AN6914S)., and the AN6913 are dual (voltage) com parators with wide range of operating supply voltages.

Contextual Info: r iC R iM P HOUSING TERM INAL AND WAFER .3937.314" 10mm/8mm 1080 SERIES CRIMP TERMINAL HOUSING SPECIFICATION * Current Rating: 5 A * Withstanding Voltage: 1500 VAC ( 1 min.) * Insulation Resistance: 1000 M il min. * Contact Resistance: ^ 0 m fi max. * Operating Temperature:

NTHS0603N02N1002J

Abstract: laptop charger ALL LAPTOP CHARGER POWER NTC 0706 electronic laptop charger circuit laptop charger datasheet LTC4001 laptop battery connector Laptop battery pcb
Contextual Info: advertisement Handheld High Power Battery Charger Design Note 393 Mark Gurries Introduction As the performance of many handheld devices approaches that of laptop computers, design complexity also increases. Chief among them is thermal management—how do you meet increasing performance demands while keeping