TRANSISTOR AH01 Search Results

c5088 transistor

Abstract: transistor C3207 TLO84CN sec c5088 IN5355B D2817A C3207 transistor toshiba f630 TLO81CP MC74HC533N
Contextual Info: Transistor - Diode Cross Reference - H.P. Part Numbers to JEDEC Numbers Part Num. 1820-0225 1820-0240 1820-0352 1820-1804 1821-0001 1821-0002 1821-0006 1850-0062 1850-0064 1850-0075 1850-0076 1850-0093 1850-0099 1850-0126 1850-0137 1850-0150 1850-0151 1850-0154

BIT 3251

Abstract: A3250 A3250LUA A3251
Contextual Info: Data Sheet 27621.41 3250 AND 3251 PRELIMINARY INFORMATION PROGRAMMABLE, CHOPPERSTABILIZED, HALL-EFFECT SWITCHES subject to change without notice October 15, 2002 X The A3250 and A3251 are programmable Hall-effect switches for high-temperature applications. Each sensor consists of a single element, chopper-stabilized Hall-effect IC that can be programmed to the

BIT 3251

Contextual Info: Data Sheet 27621.41 3250 AND 3251 PRELIMINARY INFORMATION PROGRAMMABLE, CHOPPERSTABILIZED, HALL-EFFECT SWITCHES subject to change without notice October 4, 2002 X The A3250 and A3251 are programmable Hall-effect switches for high-temperature applications. Each sensor consists of a single element, chopper-stabilized Hall-effect IC that can be programmed to the

BIT 3251

Contextual Info: Data Sheet 27621.41 3250 AND 3251 PRELIMINARY INFORMATION PROGRAMMABLE, CHOPPERSTABILIZED, HALL-EFFECT SWITCHES subject to change without notice March 22, 2002 X The A3250 and A3251 are programmable switches that provide tooth/valley recognition in large gear-tooth sensing, high-temperature

electromagnetic sensor

Abstract: UA2732 BIT 3251 hall current sensor 3A
Contextual Info: Data Sheet 27621.41 3250 AND 3251 PRELIMINARY INFORMATION PROGRAMMABLE, CHOPPERSTABILIZED, HALL-EFFECT SWITCHES subject to change without notice April 23, 2002 X The A3250 and A3251 are programmable switches that provide tooth/valley recognition in large gear-tooth sensing, high-temperature

BIT 3251

Contextual Info: Data Sheet 27621.41 3250 AND 3251 PRELIMINARY INFORMATION PROGRAMMABLE, CHOPPERSTABILIZED, HALL-EFFECT SWITCHES subject to change without notice April 9, 2002 X The A3250 and A3251 are programmable switches that provide tooth/valley recognition in large gear-tooth sensing, high-temperature

A3422LKA

Abstract: A3425LK
Contextual Info: Data Sheet 27651.20 3425 X X DUAL, CHOPPER-STABILIZED, ULTRA-SENSITIVE, BIPOLAR HALL-EFFECT SWITCH 1 2 3 4 SUPPLY OUTPUT1 OUTPUT2 GROUND V CC Dwg. PH-017 Pinning is shown viewed from branded side. PRELIMINARY INFORMATION subject to change without notice

Contextual Info: Data Sheet 27651.20 3425 X X DUAL, CHOPPER-STABILIZED, ULTRA-SENSITIVE, BIPOLAR HALL-EFFECT SWITCH 1 2 3 4 SUPPLY OUTPUT1 OUTPUT2 GROUND V CC Dwg. PH-017 Pinning is shown viewed from branded side. PRELIMINARY INFORMATION subject to change without notice

MH-024-1

Abstract: A3422LKA A3425LK WH012
Contextual Info: Data Sheet 27651.20 3425 X X DUAL, CHOPPER-STABILIZED, ULTRA-SENSITIVE, BIPOLAR HALL-EFFECT SWITCH 1 2 3 4 SUPPLY OUTPUT1 OUTPUT2 GROUND V CC Dwg. PH-017 Pinning is shown viewed from branded side. PRELIMINARY INFORMATION subject to change without notice

BIT 3251

Contextual Info: Data Sheet 27621.41 3250 AND 3251 PRELIMINARY INFORMATION PROGRAMMABLE, CHOPPERSTABILIZED, HALL-EFFECT SWITCHES subject to change without notice August 13, 2002 X The A3250 and A3251 are programmable Hall-effect switches for high-temperature applications. Each sensor consists of a single element, chopper-stabilized Hall-effect IC that can be programmed to the

BIT 3251

Contextual Info: Data Sheet 27621.41 3250 AND 3251 PRELIMINARY INFORMATION PROGRAMMABLE, CHOPPERSTABILIZED, HALL-EFFECT SWITCHES subject to change without notice September 4, 2002 X The A3250 and A3251 are programmable Hall-effect switches for high-temperature applications. Each sensor consists of a single element, chopper-stabilized Hall-effect IC that can be programmed to the

Bipolar Hall

Abstract: diode zener ZD 621 A3422LKA A3425LK allegro dual hall sensor WH-012
Contextual Info: Data Sheet 27651.20 3425 X X DUAL, CHOPPER-STABILIZED, ULTRA-SENSITIVE, BIPOLAR HALL-EFFECT SWITCH 1 2 3 4 SUPPLY OUTPUT1 OUTPUT2 GROUND V CC Dwg. PH-017 Pinning is shown viewed from branded side. PRELIMINARY INFORMATION subject to change without notice

Motorola TE 2556

Abstract: LOUDSPEAKER AMPLIFIER Motorola smps AGC MOTOROLA TCA3385
Contextual Info: M MOTOROLA - M C 34216 Product Preview Program m able Telephone Line In te rfa c e C ircuit w ith Loudspeaker A m plifier The MC34216 is developed (or use in telephone applications where besides the standard telephone functions also the group listening-in feature

AM97C11CN

Abstract: AM9711CN LM378 equivalent SVI 3102 b LM1850 National Semiconductor LM2706 320l 78l05 lm1900 SVI 3105 B mc1458cp1 sgs
Contextual Info: Edge Index by Function 2 l e i . Voltage Regulators Voltage References Operational Amplifiers/Buffers Instrumentation Amplifiers Voltage Comparators Analog Switches Sample and Hold A to D, D to A 8 Industrial/Automotive/Functional Blocks 9 Audio, Radio and TV Circuits

HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E

Abstract: hall effect sensor GH SC-59 HALL EFFECT Loctite 406 LT HALL SENSOR to-92 hall sensor Ultrasonic welding circuit
Contextual Info: GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING by Peter J. Gilbert Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical effect is combined with modern integrated circuit IC

HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E

Abstract: GH sc-59 to-92 hall sensor ultrasonic range meter IC Ultrasonic welding circuit transistor Common collector configuration thermoset plastics Application Note 27703 HALL EFFECT TO 92 leadframe
Contextual Info: GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING by Peter J. Gilbert Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical effect is combined with modern integrated circuit IC

Loctite 406

Abstract: HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E Injection mold foam Ultrasonic welding generator FLEX THERMOSET COMPOUND N140 AH010 N140 ALLEGRO
Contextual Info: Application Note 27703.1† GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING by Peter J. Gilbert Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical

N140 ALLEGRO

Abstract: Ultrasonic welding generator Allegro Hall-Effect ICs GH SC-59 Loctite 406 pressure low die bond sensor RTV HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E FLEX THERMOSET COMPOUND TO-236A TRA-CON
Contextual Info: Application Note 27703.1‡ GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING by Peter J. Gilbert Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical

N140 ALLEGRO

Abstract: HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E Allegro Hall-Effect ICs Ultrasonic welding generator GTS2000
Contextual Info: Application Note 27703.1B GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical effect is combined with modern integrated circuit IC

a103 636 transistor

Abstract: MIPS32 cache LSI Rapidchip K9CFG CFG102 ARM926 ARM926EJ-S DB04-000094-02 Preliminary Gflx-r RapidChip Cell Technology Data infiniband PHY
Contextual Info: DATASHEET RapidChip Integrator Platform ASIC Family July 2004 Preliminary DB08-000237-02 This document is preliminary. As such, it contains data derived from functional simulations and performance estimates. LSI Logic has not verified either the functional descriptions, or the electrical and mechanical specifications using

gigablaze

Abstract: 11-G02 TRANSISTOR A98 0.18-um CMOS technology multiplexer data sheet LSI gigablaze LSI gigablaze serdes MIPS32 RC11XT404 lsi asic databook RC11XT432
Contextual Info: ADVANCE DATASHEET RapidChip Xtreme Platform ASIC Family July 2004 DB08-000245-00 This document is advance. As such, it describes a product under development. This information is intended to help you evaluate the product. LSI Logic reserves the right to change or discontinue this proposed product without notice.

uv flame sensor

Abstract: CDF-AEC-Q100-008 CDF-AEC-Q100-003 hall effect 4 pin out hall effect sensor 4 pin ATS665LSG SILICON HALL-EFFECT IC RPM
Contextual Info: PRELIMINARY INFORMATION subject to change without notice July 2, 2003 1 2 3 4 Pin 1 = Supply Pin 2 = Output Pin 3 = Test Pin 4 = Ground Dwg. AH-013 ABSOLUTE MAXIMUM RATINGS at TA = 25°C Supply Voltage, VCC . 26.5 V Reverse Supply Voltage, VRCC . -18 V

hall effect 4 pin out

Abstract: 3 terminal hall effect sensor 4 pin hall sensor hall sensor 4-pin 3 PIN hall effect sensor hall current sensor 3A hall effect sensor 4 pin 4-pin linear hall IC hall effect sensor Hall Effect 3 pin
Contextual Info: Technical Paper STP 00-1 PRODUCT DESCRIPTION Technical Advances in Hall-Effect Sensing by Joe Gilbert Introduction B +V For more than two decades Hall-effect technology has provided solutions for reliable solid-state magnetic switching and linear magnetic sensing. Evolutionary

CDF-AEC-Q100-003

Abstract: ATS665LSG
Contextual Info: PRELIMINARY INFORMATION subject to change without notice August 28, 2002 1 2 3 4 Pin 1 = Supply Pin 2 = Output Pin 3 = Test Pin 4 = Ground Dwg. AH-013 ABSOLUTE MAXIMUM RATINGS at TA = 25°C Supply Voltage, VCC . 26.5 V* Reverse Supply Voltage, VRCC . -18 V