MOTOROLA IC TRIAC Search Results

Contextual Info: MOTOROLA Order this document by MAC16C/D s e m ic o n d u c to r te c h n ic a l d a ta M AC16C Series Advance Information TRIACS Motorola preferred devices Silicon Bidirectional Thyristors TRIACS 16 AMPERES RMS 400 thru 800 VOLTS Designed primarily for full wave ac control applications, such as motor

motorola triac

Abstract: motorola triac driver MLEDC1000 MRDC600
Contextual Info: MOTOROLA H S E M IC O N D U C T O R TECHNICAL DATA MRDC600 Photo Detector C hip Triac Driver Output . designed for use with IRED MLEDC1000 to optically couple logic system s with power triacs to control equipment powered from 120 Vac and 240 Vac lines.

M0C2A60-5

Abstract: M0C2A-60 triac arc control
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MOC2A60-10 M0C2A60-5 Advance Information POWER OPTO Isolator M o to ro la P r « * r r * d O v v ic i« 2 Amp Zero-Cross Triac Output This device consists of a gallium arsenide infrared emitting diode optically coupled to

transistors BC 458

Abstract: TL431 TL431BCLP TL431BCD TL431ACLP TL431AILP TL431ILP TL431ACD TL431ACP TL431CDM
Contextual Info: g MOTOROLA TL431, A, B Series Programmable Precision References PROGRAMMABLE PRECISION REFERENCES The TL431, A, B integrated circuits are ihree-terminal programmable shunt regulator diodes. These monolithic IC voltage references operate as a low temperature coefficient zener which is programmable from Vref to 36 V

thyristor tic 44

Abstract: tic 223
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MAC08BT1 S eries * SO T-223 Triac Silicon Bidirectional Thyristors ' M o to r o la p r e fe rr e d d e v ic e s Designed for use in solid state relays, MPU interface, TTL logic and other light industrial or consumer applications. Supplied in surface mount package for use in

TL431

Abstract: TL431ACLP TL431AILP TL431ILP TL431IP TL431ACD TL431ACP TL431CP TL431CDM TL431IDM
Contextual Info: Order this document from TL431/D M MOTOROLA TL431, A, B Series Programmable Precision References The TL431, A, B integrated circuits are three-terminal programmable shunt regulator diodes. These monolithic IC voltage references operate as a low temperature coefficient zener which is programmable from Vref to 36 V

tl4311

Abstract: TL431IJG motorola TO92 triac Scr TL431 TL431CP TL431MJG TL431CLP TL431CJG motorola LED TO-92 TL431
Contextual Info: MOTOROLA SC TELECOM b5E » • b3b7SS3 SEMICONDUCTOR! TECHNICAL DATA T h e TL4 31, A, B in teg rated circ u its are th re e -te rm in a l p ro g ra m m a b le shun t re g u la to r dio d e s. T h e se m ono lith ic IC vo lta g e re fe re n ce s o p e ra te as a low

2594 M-5.0

Abstract: L431A TL4311JG IC LM 258 tl431 lm tl43 ic TL431IJG TL431 TL431 pac TL431CJ
Contextual Info: MOTOROLA TL431, A, B Series SEMICONDUCTOR TECHNICAL DATA Programmable Precision References T h e T L 4 3 1 , A, B in te g ra te d c irc u its are th re e -te rm in a l p ro g ra m m a b le shun t re g u la to r diodes. T h e se m on o lith ic IC v o lta g e re fe re n ce s o p e ra te as a low

diac SBS 14

Abstract: DIAC EQUIVALENT circuit DIAC 1n5760 DIAC EQUIVALENT SBS thyristor 1N5760 DIAC application MOTOROLA SCR CIRCUITS BY USING 2N6027 DIAC thyristor application
Contextual Info: MOTOROLA SEMICONDUCTOR r APPLICATION NOTE AN964 T rig g e r D esign Ideas for D iac Replacem ents INTRODUCTION T h e fam ily o f d e v ic e s d e sig n e d for controlling S C R s and triacs are called triggers. T h e m ore c o m m o n trigge rs are unijunction tra n sisto rs, p ro g ra m m a b le unijunction

moc3063 application note

Abstract: moc3061 application note application notes MOC3062 MOC3061 3016 thyristor MOC3062 mercury wetted relay IEC-204 moc3062 inductive VDE0832
Contextual Info: • MOTOROLA m S E M IC O N D U C T O R rt TECHNICAL DATA / M OC3061 M O C3062 M O C 3063 6 -P in D IP O p to is o la to r s Triac Driver Output Th e se devices co n sist of gallium arsenide infrared emitting diodes optically coupled to m onolithic silicon detectors perform ing the functions of Zero Voltage C ro ssin g bilateral

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MOC3081 MOC3082 MOC3083 6-Pin D IP O p to iso la to rs Triac Driver Output T h e se d evice s co n sist of g alliu m a rsen id e in frared em itting d io d es op tica lly co upled to m o n o lith ic silico n d etectors p erform ing the fun ctio n s of Zero V oltage C ro ssin g bilateral

MQC3062

Abstract: application notes MOC3062 MOC3Q63 motorola 3062
Contextual Info: MOTOROLA SEM ICONDUCTOR TECHNICAL DATA MOC3061 MOC3062 MOC3063 6-Pin DIP Optoisolators Triac Driver Output These devices co nsist o f g a lliu m arsenide in fra re d e m ittin g diodes o p tic a lly c o u p le d to m o n o lith ic silico n d e te cto rs p e rfo rm in g th e fu n c tio n s o f Zero V oltage C rossing bila tera l

application note an-780a

Abstract: motorola AN-780A AN-780A Motorola Application Note AN-780A AN-780A MOC3011 AN 780a Note AN-780A an780a MOC30* inductive MOC3Q11
Contextual Info: MOTOROLA SE M IC O N D U C T O R TECHNICAL DATA 6 -P in D IP O p to is o la to r s Triac Driver Output T h e se d e vices co n sist of g a lliu m -a rse n id e infrared em itting d iod e s, optically co up led to silicon bilateral sw itch an d are d e sig n e d for ap p lication s req u iring isolated triac trig­

MOC3061

Abstract: moc3063 application note MOC3062 moc3062 inductive MOTOROLA SCR driver motorola triac driver VDE0160 VDE0832 VDE0833 VIOC3041
Contextual Info: MOTOROLA •i SEMICONDUCTOR TECHNICAL DATA MOC3061 MOC3062 MOC3063 6-Pin DIP Optoisolators Triac Driver Output These devices co n sist o f g a lliu m arsen id e in fra re d e m ittin g d io d e s o p tic a lly c o u p le d to m o n o lith ic silico n d e te cto rs p e rfo rm in g th e fu n c tio n s o f Zero V o lta g e C rossing b ila te ra l

TDA1085A

Abstract: universal motor speed control wash "universal motor speed controller" universal motor speed controller motor controller with TDA1085 TDA1085 Triac TDA motorola triac phase angle controller full wave triac speed controller closed loop universal motor SPEED
Contextual Info: MOTOROLA S E M IC O N D U C T O R TECHNICAL DATA UNIVERSAL MOTOR SPEED CONTROLLER T h e T D A 1 0 8 5 A has all th e necessary fu nctio ns fo r th e speed control o f universal ac/dc m o tors in an o p e n or closed loop co n fig u ratio n . A d d itio n a lly it has th e facility-for d efinin g th e initial

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Photo Detector Chip T ria c D river Output . . . d e s ig n e d fo r use w ith IRED M LED C1000 to o p tic a lly c o u p le lo g ic sy s te m s w ith p o w e r tria cs to co ntro l e q u ip m e n t p ow ered fro m 120 V a c and 240 V a c lines.

moc3081 application note

Abstract: moc3081 moc3083 application MOC3083 MQC3082 MOC3082 led driver 800 volts triac scr schematic MOC3081 MOTOROLA MOC3031
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MOC3081 MOC3082 MOC3083 6-P in D IP O p to is o la to rs T ria c D river O utput T h e s e d e v ic e s c o n s is t o f g a lliu m a r s e n id e in fr a r e d e m it tin g d io d e s o p t ic a lly c o u p le d to m o n o lit h ic s ilic o n d e te c to rs p e r f o r m in g th e f u n c tio n s o f Z e ro V o lta g e C r o s s in g b ila te r a l

m0c3031

Abstract: scr optoisolator motorola triac driver moc3031 Application triac triggering circuit VDE01 MOC3031 MOC3032 VDE0160 VDE0832
Contextual Info: MOTOROLA wmSEMICONDUCTOR TECHNICAL DATA M O C3031 M O C 3032 M O C 3033 6-Pin D IP O p to iso la to rs Triac Driver Output T h e se d e v ice s co n sist of g a lliu m a rse n id e in frare d e m ittin g d io d es o p tica lly co u p led to a m o n o lith ic silico n d etector p erfo rm in g the fu n ctio n o f a Ze ro V o lta g e c ro ssin g b ilate ral

motorola triac driver

Abstract: triac driver output motorola triac MLEDC1000 MRDC800 triac Motorola
Contextual Info: MOTOROLA il S E M IC O N D U C T O R TECHNICAL DATA M R D C 800 P h o to D e te c to r C h ip Triac Driver Output . . d e sig n e d for u se w ith IR E D M L E D C 1 0 0 0 to optically co u p le lo gic s y s t e m s with p o w e r triacs to control e q u ip m e n t p ow ered from 120 V a c a n d 240 V a c lines.

moc3041 application note

Abstract: MOC3042 AN moc3041 MOTOROLA MOC3041 motorola triac MOC3042 motorola triac driver VDE0160 VDE0832 VDE0833
Contextual Info: MOTOROLA mm SE M IC O N D U C TO R TECHNICAL DATA M O C 3041 M O C 3042 M O C 3043 6-P in D IP O p to is o la to rs T ria c D river O u tp u t These d evices co n s is t o f g a lliu m arsen id e in fra re d e m ittin g d io d e s o p tic a lly c o u p le d to

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MRDC800 Photo D etector Chip T ria c D river O utput . . . d e s ig n e d fo r u se w ith IRED M LED C1000 to o p tic a lly c o u p le lo g ic sy s te m s w ith p o w e r tria cs to c o n tro l e q u ip m e n t p o w e re d fro m 120 V a c an d 240 V a c lines.

Contextual Info: MOTOROLA SEM ICO NDUCTO R TECHNICAL DATA M O C 3031 M O C 3032 M O C 30 33 6-P in D IP O p to is o la to rs Triac Driver Output These d evices co nsist o f g a lliu m arsenide infra re d e m ittin g d io d e s o p tic a lly c o up le d to a m o n o lith ic silico n d e te cto r p e rfo rm in g th e fu n c tio n o f a Zero V oltage cro ssin g b ila te ra l

nt 101 thermostat

Abstract: motorola UAA1016B UAA1016B triac BT162 motorola application notes uaa1016b triac analog control for inductive loads BT162-600 thermostat NT 101 bt162 BT162600
Contextual Info: Order this document by UAA1016B/D UAA1016B Zero Voltage Controller The UAA1016B is designed to drive triacs with the Zero Voltage technique which allows RFI free power regulation of resistive loads. It provides the following features: • • • • • •

nt 101 thermostat

Abstract: UAA1016B motorola application notes uaa1016b thermostat NT 101 three phase ntc triac heater control motorola UAA1016B
Contextual Info: Order this document by UAA1016B/D UAA1016B Zero Voltage Controller The UAA1016B is designed to drive triacs with the Zero Voltage technique which allows RFI free power regulation of resistive loads. It provides the following features: • Proportional Temperature Control over an Adjustable Band