6216 IC Search Results

UNR6213

Abstract: 621-D UNR6211 UNR6212 UNR6214 UNR6215 UNR6216 UNR6217 UNR6218 621f
Contextual Info: Transistors with built-in Resistor UNR6211/6212/6213/6214/6215/6216/6217/ 6218/6219/6210/621D/621E/621F/621K/621L UN6211/6212/6213/6214/6215/6216/6217/6218/6219/ 6210/621D/621E/621F/621K/621L Unit: mm 6.9±0.1 (4.0) (0.7) 2.5±0.1 (0.8) For digital circuits

MA 6216

Contextual Info: Transistors with built-in Resistor UNR6211/6212/6213/6214/6215/6216/6217/ 6218/6219/6210/621D/621E/621F/621K/621L UN6211/6212/6213/6214/6215/6216/6217/6218/6219/ 6210/621D/621E/621F/621K/621L Unit: mm 6.9±0.1 (4.0) (0.7) 2.5±0.1 (0.8) For digital circuits

Contextual Info: OPM 3000 CMB_PDS_105-3000.A01 OPM 3000 Opacity/Dust Density Monitor The OPM 3000 Opacity/Dust Density Monitor is a high-performance opacity monitoring system with double-pass transmissometer. Features Sensors Standard n USEPA ASTM D 6216 and 40 CFR 60 PS-1 grade

2048x8 RAM

Abstract: 6216 static ram
Contextual Info: GEC PLESSEY m a 6H 6/6216 Radiation Hard 2048x8 Bit Static RAM S10307FDS Issue 1.5 O ctober 1990 Features • 3pm CMOS-SOS technology • Latch up free • Fast access time 110ns MA6116 and 85ns (MA6216) typical • Total dose 1.5x10s rad (Si) • Transient upset 5x1010 rad (Si) /sec

6216 sram

Abstract: 6216 ram XC6200 da-15 pinout IC 4013E 6216 static ram pin diagram of IC 4013 n w56 transistor ic w53 S41 sensor
Contextual Info: DATASHEET R XC6200 Development System January 28, 1998 Version 1.2 Table of Contents FEATURES . 3 DESCRIPTION. 4

microcontroller based overvoltage and under voltage relays

Abstract: microcontroller based overcurrent relay linear solenoid valve circuit diagram microcontroller based sensor circuits P-DSO-20-12 solenoid valve pump 6143D inductive sensor oscillator circuit relay driver P-MQFP-64-11
Contextual Info: PRODUCT BRIEF System-IC Valve Control Yaw and Acceleration Sensors opt. for ESP Inductive or Hall Sensor TLE 494x Inductive or Hall Sensor TLE 494x Inductive or Hall Sensor TLE 494x Inductive or Hall Sensor TLE 494x Communication CAN/LIN TLE 6250; TLE 6287

6080WA

Abstract: 6418 tube 6111WA 5965 tube 5R4WGB 6080wa tube 6336 tube 5886 subminiature tube 6L6WGB IC 7400 SERIES book
Contextual Info: CONTENTS - T U N G - S O L - MILITARY AND INDUSTRIAL TUBE TYPE SECTION Page Contents Contents Contents Standard Electron Tubes Military and Industrial Tube Type Preface Series Regulator Tubes 0B2 0B2 0B2

TO-257AB

Contextual Info: T e m ic 2N7090 P-Channel Enhancement-Mode Transistor Product Summary V BR DSS OO ' ri)S(on) (Q ) I d (A) 0.80 -5 .7 -2 0 0 TO-2S7AB Hermetic Package S Q o Case Isolated Ô D G D S P-Channel M OSFET Top View

vehicle Speed detection sensor

Abstract: electronic vehicle stability control inductive wheel speed sensor interface hall current sensor 3A BTS6143D wheel speed sensor interface TLE7229 "steering Angle Sensor" TLE494x TLE6287
Contextual Info: ABS - Anti Locking Brake System ABS - Anti-locking Brake System - process wheel speed input - control valves and pump motor - reduce brake pressure to avoid wheel locking - fail safe state outlet valves closed, inlet valves open Resources: – – – –

Contextual Info: T e m ic 2N7090 Siliconix_ P-Channel Enhancement-Mode Transistor Product Summaiy V BR DSS (V) r DS(on) ( ß ) I d (A) -2 0 0 0.80 - 5 .7 TO-257AB H erm etic Package S 9 O C ase iso lated O D UUU G D S Tbp View P-C hannel M O S F E T Absolute Maximum Ratings (Tc = 25 °C Unless Otherwise Noted)

101088

Contextual Info: DO NOT SCALE DIMENSIONS TH IR D METRIC IN mm ANGLE PROJECTION NOT E S: A CONNECTOR IS DESIGNED FOR FLAT RIBBON CABLE ON 1,27 CENTERS. FOR CABLE REQUIREMENTS SEE APPLICATION SPECIFICATION 114-19008. A INDICATION OF FIRST CABLE POSITION REFERRING TO CORRESPONDING

Contextual Info: Alle Bechle inrbehallen/ i l l tights ttstttti 3 T Kennzeichnung fur 0 , 75mm id e n tifica tio n for 0,75am id e n tifica tio n tor 0,75m 1 B u c h s e n k o n lo k l female contact Si i 1Ik o n lo k t male con to d B e s l e l l-Nummer / partno v e rs ilb e rl

motorola 6820

Abstract: motorola 7852 motorola 8026 motorola ST 1076 trw 7730 6840 1 motorola ic 8279
Contextual Info: MOTOROLA SC 1EE D I b3t.7ESM GGfifiMGl 3 | XSTRS/R F MOTOROLA S E M IC O N D U C T O R TECHNICAL DATA TRW 53001 Se rie s The RF Line M ic r o w a v e Linear P o w e r T ra n sisto rs 7.5 TO 8.5 dB 1 TO 3 GHz 0.8 W ATT M ICRO W AVE LINEAR POWER T R A N SIST O R S

Transistor BSX 62-16

Contextual Info: ESC D • 023Sb05 Q Q Q M û n T H S I E â { NPN Silicon Planar Transistors BSX62 -BSX63 - SIEMENS AKTIEN6ESELLSCHAF -BSX 62 and BSX 63 are epitaxial NPN silicon planar transistors in TO 39 case 5 C 3

IH6216CPI

Abstract: DG507 S14B s24b IH6216 s25b AD7507 HI507 IH6216CDI IH6216MDI
Contextual Info: IH6216 8-Channel Differential C M O S A n alog M ultiplexer OffffiEÜ^DIL FEATURES GENERAL DESCRIPTION • Pin compatible with HI507, DG507 & AD7507 • ± 11V analog signal range • r o s o n < 700 ohms over full signal and temperature range • Break before make switching

Transistor BSX 63-10

Abstract: Transistor BSX 62-16 transistor 7g Q60218-X62-B Q60218-X62-D Q60218-X63-B Q60218-X63-C bsx 30 dem 6216 BSX 39
Contextual Info: IMPN -T ransisto ren fü r I\IF-Endstufen und S ch alteran w en d u n g BSX 62 BSX 63 BSX 62 und BSX 63 sind epitaktische NPN-Siiizium-Planar-Transistoren im Gehäuse 5 C3 DIN 41 873 TO-39 . Der Kollektor ist mit dem Gehäuse elektrisch verbunden. Die Transistoren

ba 4916

Abstract: 6A16 ic rom 2816 2316 rom ma 6116 f6 HP 4716 ss 6616 9316 ROM EA 7316 c516
Contextual Info: MITSUBISHI MICROCOMPUTERS M35054-XXXFP/M35055-XXXFP SCREEN CHARACTER and PATTERN DISPLAY CONTROLLERS DESCRIPTION PIN CONFIGURATION TOP VIEW CP1 TESTA CS SCK SIN AC • Screen composition . 24 characters ✕ 10 lines, • •

Transistor BSX 63-10

Abstract: Transistor BSX 62-16 BSX62 Q60218-X62-B BSX63 Q60218-X62-C Q60218-X62-D Q60218-X63-B Q60218-X63-C
Contextual Info: BSX 62, BSX 63 NPN transistors for AF output stages and switching applications B S X 62 and B S X 63 are epitaxial silicon NPN planar transistors in a case 5 C 3 DIN 41873 TO -39 . The collector is electrically connected to the case. The transistors are particularly suitable for A F output stages and as a medium-power switch.

Teledyne Relays

Abstract: X03281 TRIAC control triac power control 6211
Contextual Info: B'ilTbb'i G000b52 7bS SSE » ELESYNE SOLID STATE TSS WTELEDYNE SOLID STATE HIGH VOLTAGE SOLID STATE AC R ELA Y OPTICALLY ISOLATED 15 THRU 40 A/480 Vac FEA TU R ES ELECTRICAL SPECIFICATIONS 25‘ C U NLESS OTHERWISE SPECIRED • High input/output isolation ( 3 7 5 0 Vrm s)

ir62

Contextual Info: » International IÖ R Rectifier Prelim inary Data Sheet 6.056A IR6 2 1 6 INTELLIGENT HIGH SIDE MOSFET POWER SWITCH Features • Current Limit tor Short Circuit Protection • Over-Temperature Protection ■ Active Output Negative Clamp ■ Reverse Battery Protection

Contextual Info: Preliminary Data Sheet 6 .0 5 6 A International I R Rectifier IR6216 INTELLIGENT HIGH SIDE MOSFET POWER SWITCH Features • • • • • • • • • • Current Limit for Short Circuit Protection Over-Temperature Protection Active Output Negative Clamp

6216 static ram

Abstract: T800 equivalent
Contextual Info: Œ \ H A R R HM-8816H I S S E M I C O N D U C T O R 16K x 8 High Speed Asynchronous CMOS Static RAM Module January 1992 Features Description • Low Standby Supply C u rre n t.800|iA • Low Operating Supply C urrent. 400mA

ss 6616

Abstract: 9316 ROM transistor A916 IC B316 transistor d716 b816 BA 8A16 8316 rOM transistor B616 b716 transistor
Contextual Info: MITSUBISHI MICROCOMPUTERS M35053-XXXSP/FP SCREEN CHARACTER and PATTERN DISPLAY CONTROLLERS DESCRIPTION FEATURES • • • • • • • • • • • • • • • • • • APPLICATION TV, VCR, Movie REV.1.1 CP1 ← TESTA CS SCK SIN AC → → ↔

ss 6616

Abstract: transistor b616 a416 transistor HP 4716 EF16 F016 M35053-XXXFP M35053-XXXSP 626H 8D-16
Contextual Info: To all our customers Regarding the change of names mentioned in the document, such as Mitsubishi Electric and Mitsubishi XX, to Renesas Technology Corp. The semiconductor operations of Hitachi and Mitsubishi Electric were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog