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    MOC3011 EQUIVALENT Search Results

    MOC3011 EQUIVALENT Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TMP89FH46LDUG
    		Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP48-P-0707-0.50D Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FM46DUG
    		Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP48-P-0707-0.50D Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FS60UG
    		Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP64-P-1010-0.50D Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FH46DUG
    		Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP48-P-0707-0.50D Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FM46ADUG
    		Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP48-P-0707-0.50D Visit Toshiba Electronic Devices & Storage Corporation

    MOC3011 EQUIVALENT Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    MOC3011

    Abstract: E244343 OPTO631
    Contextual Info: Global Supplier of Optoelectronic Solutions MOC3011 ALL Product Lead Free, RoHs Compliant Schematic: UL # E244343 Features: 1. Compact dual-in-line package. 1 6 2 5 3 4 2. 250V peak blocking voltage. 3. 10mA max trigger current 3. Isolation voltage between input and output


    Original     		MOC3011 E244343 5300Vrms) OPTO631 MOC3011 E244343 OPTO631 PDF

    MDA920A4

    Abstract: full wave controlled rectifier using RC triggering circuit Triac motor speed control Speed control of dc motor using TL494 OPTO TRIAC moc 3041 CIRCUITS BY USING 2N6027 zero crossing opto diac sprague 11z13 MOC3011 soft start ua1016b
    Contextual Info: SECTION 6 APPLICATIONS Edited and Updated PORTION OF WAVEFORM APPLIED TO LOAD Because they are reliable solid state switches, thyristors have many applications, especially as controls. One of the most common uses for thyristors is to control ac loads such as electric motors. This can be done either by


    Original     		228A6FP MR506 MDA920A4 full wave controlled rectifier using RC triggering circuit Triac motor speed control Speed control of dc motor using TL494 OPTO TRIAC moc 3041 CIRCUITS BY USING 2N6027 zero crossing opto diac sprague 11z13 MOC3011 soft start ua1016b PDF

    moc3041 dimmer

    Abstract: tlp521 equivalent Application silicon bilateral switch light Dimmer QTC 4N35 Optocouplers QTC moc3023 dimmer MOC3011 optocoupler smd transistor b35 moc3042 KAQY212eh
    Contextual Info: Welcome to the Isocom Components information booklet! 4 Pin DIL & SMD Optocouplers 6 Pin DIL & SMD Optocouplers 8 Pin DIL & SMD Optocouplers 16 Pin DIL & SMD Optocouplers 8 & 16 Pin Symmetrical Terminal Configuration DIL & SMD Optocouplers Special Purpose 6 Pin DIL & SMD Optocouplers Triac & Schmitt Trigger


    Original     		Unbeata140 PAA150 LAA100 LAA110 LAA126 LAA127 LAA120 LAA125 LCB110 LCB111 moc3041 dimmer tlp521 equivalent Application silicon bilateral switch light Dimmer QTC 4N35 Optocouplers QTC moc3023 dimmer MOC3011 optocoupler smd transistor b35 moc3042 KAQY212eh PDF

    mcp3021z

    Abstract: P621GB DPC817B DPC-817B p621g P620GB p620-gb TLP622 621-4G Toshiba P521 Photocoupler
    Contextual Info: PHOTOCOUPLER CROSS REFERENCE For user’s convenience, the Sharp equivalents in comparison with the other m anufacturers’ products are suggested in this list. The data is prepared on the basis of main electrical and mechanical characteristics, however, Sharp assumes no responsibility for the actual use of the data and for the specifications of other


    OCR Scan     		LP666J LP721 TLP721F LP731 TLP732 PC918 PC702V PC714V mcp3021z P621GB DPC817B DPC-817B p621g P620GB p620-gb TLP622 621-4G Toshiba P521 Photocoupler PDF

    thyristor 6-pulse full wave firing circuit

    Abstract: FOD4116 FOD4118 TRIAC FT 12 FOD4108 fod410 triac drive circuit FKPF12N80 MOC3011 triac MOC3011
    Contextual Info: FOD410, FOD4108, FOD4116, FOD4118 6-Pin DIP Zero-Cross Triac Drivers Features Description • 300mA on-state current The FOD410, FOD4108, FOD4116 and FOD4118 devices consist of an infrared emitting diode coupled to a hybrid triac formed with two inverse parallel SCRs which


    Original     		FOD410, FOD4108, FOD4116, FOD4118 300mA FOD4116 thyristor 6-pulse full wave firing circuit FOD4118 TRIAC FT 12 FOD4108 fod410 triac drive circuit FKPF12N80 MOC3011 triac MOC3011 PDF

    fod4116

    Abstract: FOD4118
    Contextual Info: FOD410, FOD4108, FOD4116, FOD4118 6-Pin DIP Zero-Cross Triac Drivers Features Description • 300mA on-state current The FOD410, FOD4108, FOD4116 and FOD4118 devices consist of an infrared emitting diode coupled to a hybrid triac formed with two inverse parallel SCRs which


    Original     		FOD410, FOD4108, FOD4116, FOD4118 300mA FOD4116 FOD4118 PDF

    triac MOC3011

    Contextual Info: FOD420, FOD4208, FOD4216, FOD4218 6-Pin DIP Triac Drivers Features Description • 300mA on-state current The FOD420, FOD4208, FOD4216 and FOD4218 devices consist of an infrared emitting diode coupled to a hybrid random phase triac formed with two inverse


    Original     		FOD420, FOD4208, FOD4216, FOD4218 300mA FOD4216 triac MOC3011 PDF

    MOC3011 equivalent

    Abstract: TRIAC FT 12 FKPF12N80 triac drive circuit thyristor 6-pulse full wave firing circuit FOD4208 Triac 1000 watt FOD420 FOD4216 FOD4218
    Contextual Info: FOD420, FOD4208, FOD4216, FOD4218 6-Pin DIP Triac Drivers Features Description • 300mA on-state current The FOD420, FOD4208, FOD4216 and FOD4218 devices consist of an infrared emitting diode coupled to a hybrid random phase triac formed with two inverse


    Original     		FOD420, FOD4208, FOD4216, FOD4218 300mA FOD4216 MOC3011 equivalent TRIAC FT 12 FKPF12N80 triac drive circuit thyristor 6-pulse full wave firing circuit FOD4208 Triac 1000 watt FOD420 FOD4218 PDF

    IRF1307

    Abstract: equivalent transistor 2N1711 COTO 0019 triac MOC3011 TIP 43c transistor
    Contextual Info: BACK a FEATURES –55؇C to +125؇C –67؇F to +257؇F Operation ؎1.0؇C Accuracy Over Temperature (typ) Temperature-Proportional Voltage Output User Programmable Temperature Trip Points User Programmable Hysteresis 20 mA Open Collector Trip Point Outputs


    Original     		TMP01* C1802b IRF1307 equivalent transistor 2N1711 COTO 0019 triac MOC3011 TIP 43c transistor PDF

    8-pin optoisolator

    Abstract: IRGBC Precision triac control thermostat equivalent transistor 2N1711 IL300XC TMP01F TMP01 TMP01EP TIP 43c transistor TMP01FJ
    Contextual Info: a FEATURES –55؇C to +125؇C –67؇F to +257؇F Operation ؎1.0؇C Accuracy Over Temperature (typ) Temperature-Proportional Voltage Output User Programmable Temperature Trip Points User Programmable Hysteresis 20 mA Open Collector Trip Point Outputs TTL/CMOS Compatible


    Original     		TMP01 8-pin optoisolator IRGBC Precision triac control thermostat equivalent transistor 2N1711 IL300XC TMP01F TMP01EP TIP 43c transistor TMP01FJ PDF

    TEMPERATURE CONTROLLER

    Abstract: AD202 4-20ma equivalent transistor 2N1711 op177 558C TMP01 TMP01ES TMP01FJ TMP01FJ2 TMP01FP
    Contextual Info: a FEATURES –558C to +1258C –678F to +2578F Operation 61.08C Accuracy Over Temperature (typ) Temperature-Proportional Voltage Output User-Programmable Temperature Trip Points User-Programmable Hysteresis 20 mA Open Collector Trip Point Outputs TTL/CMOS Compatible


    Original     		1258C 2578F) TMP01 C00333 TEMPERATURE CONTROLLER AD202 4-20ma equivalent transistor 2N1711 op177 558C TMP01ES TMP01FJ TMP01FJ2 TMP01FP PDF

    pc111 optocoupler

    Abstract: qtc 2531 qtc 2630 qtc 2731 qtc 2530 qtc 2631 LH1571 PC123 optocoupler PC923 equivalent 74ol6000 equivalent
    Contextual Info: OPTOCOUPLERS CROSS REFERENCE INDEX 1. SHARP . 1 2. TOSHIBA . 2 3. SIEMENS. 6 4. QTC . 9


    Original     		UL1577 PS71XX-1A PS71XX-2A E72422 VDE0884 BS415 /EC55 BS7002 /EC950 SS-441-01-55 pc111 optocoupler qtc 2531 qtc 2630 qtc 2731 qtc 2530 qtc 2631 LH1571 PC123 optocoupler PC923 equivalent 74ol6000 equivalent PDF

    UJT-2N2646 PIN DIAGRAM DETAILS

    Abstract: speed control of dc motor using ujt scr c107m TRANSISTOR equivalent UJT pin diagram 2N2646 1000w inverter PURE SINE WAVE schematic diagram TY6008 triac ot 239 class d 1000w amplifier inverter welder 4 schematic thyristor zo 402
    Contextual Info: Theory and Applications Chapters 1 thru 9 Selector Guide Data Sheets Outline Dimensions and Leadform Options Index and Cross Reference E (g ) M OTOROLA THYRISTOR DATA Prepared by Technical Information Center This second edition of the Thyristor Data Manual has been revised extensively to reflect


    OCR Scan     		Semi260 TY510 TY6004 TY6008 TY6010 TY8008 TY8010 2N6394 MCR218-8 UJT-2N2646 PIN DIAGRAM DETAILS speed control of dc motor using ujt scr c107m TRANSISTOR equivalent UJT pin diagram 2N2646 1000w inverter PURE SINE WAVE schematic diagram TY6008 triac ot 239 class d 1000w amplifier inverter welder 4 schematic thyristor zo 402 PDF

    triac ZO 410 MF

    Abstract: General Electric SCR Manual, Fifth Edition, 1972 Westinghouse SCR handbook Triac motor speed control rca thyristor manual Acid Battery charger 48 volt circuit tl494 triac with snubber WESTINGHOUSE dc motor GE 752 2n6027 practical application circuits phase control using moc3020 schematic
    Contextual Info: Thyristor Theory and Design Considerations Handbook HBD855/D Rev. 0, Jun−2005 SCILLC, 2005 Previous Edition © 2000 as Excerpted from DL137/D “All Rights Reserved’’ http://onsemi.com 1 ABOUT THYRISTORS Thyristors can take many forms, but they have certain


    Original     		HBD855/D Jun-2005 DL137/D triac ZO 410 MF General Electric SCR Manual, Fifth Edition, 1972 Westinghouse SCR handbook Triac motor speed control rca thyristor manual Acid Battery charger 48 volt circuit tl494 triac with snubber WESTINGHOUSE dc motor GE 752 2n6027 practical application circuits phase control using moc3020 schematic PDF

    triac driver opto moc3021

    Abstract: coto relay 8ch pnp DARLINGTON TRANSISTOR ARRAY "transistor count" adm485 schematic diagram for heater power controller ir sensor interface with 8051 opto-isolator h11l1 array C2063 temperature sensor interface with 8051 8ch DARLINGTON TRANSISTOR ARRAY
    Contextual Info: a FEATURES –55؇C to +125؇C –67؇F to +257؇F Operation ؎1.0؇C Accuracy Over Temperature (typ) Temperature-Proportional Voltage Output User Programmable Temperature Trip Points User Programmable Hysteresis 20 mA Open Collector Trip Point Outputs TTL/CMOS Compatible


    Original     		TMP01 triac driver opto moc3021 coto relay 8ch pnp DARLINGTON TRANSISTOR ARRAY "transistor count" adm485 schematic diagram for heater power controller ir sensor interface with 8051 opto-isolator h11l1 array C2063 temperature sensor interface with 8051 8ch DARLINGTON TRANSISTOR ARRAY PDF

    C2074

    Abstract: irf1305 controlling heater with triac TIP110 equivalent equivalent transistor 2N1711 coto dip relay MOC3021 APPLICATION CIRCUITS MOC3021 8pin OP193 OP284
    Contextual Info: FEATURES Temperature Sensor Includes 100 Ω Heater Heater Provides Power IC Emulation Accuracy ؎3°C typ. from ؊40°C to ؉100°C Operation to ؉150°C 5 mV/°C Internal Scale-Factor Resistor Programmable Temperature Setpoints 20 mA Open-Collector Setpoint Outputs


    Original     		TMP12* C2074 irf1305 controlling heater with triac TIP110 equivalent equivalent transistor 2N1711 coto dip relay MOC3021 APPLICATION CIRCUITS MOC3021 8pin OP193 OP284 PDF

    equivalent transistor 2N1711

    Abstract: fpm 250 airflow MOC3021 APPLICATION CIRCUITS COTO reed relay MOC3021 8pin diagram for heater power controller using triac coto relay 4000 series COTO 0430 MOC3021 equivalent MOC3021 application note
    Contextual Info: BACK FEATURES Temperature Sensor Includes 100 Ω Heater Heater Provides Power IC Emulation Accuracy ؎3°C typ. from ؊40°C to ؉100°C Operation to ؉150°C 5 mV/°C Internal Scale-Factor Resistor Programmable Temperature Setpoints 20 mA Open-Collector Setpoint Outputs


    Original     		TMP12* C2074-10-10/95 equivalent transistor 2N1711 fpm 250 airflow MOC3021 APPLICATION CIRCUITS COTO reed relay MOC3021 8pin diagram for heater power controller using triac coto relay 4000 series COTO 0430 MOC3021 equivalent MOC3021 application note PDF

    equivalent transistor 2N1711

    Abstract: MOC3021 application MOC3021 2N1711 AD8402 IN4001 IRGBC40S OP113 OP193 OP284
    Contextual Info: a FEATURES Temperature Sensor Includes 100 ⍀ Heater Heater Provides Power IC Emulation Accuracy ؎3 Typ from –40؇C to +100؇C Operation to 150؇C 5 mV/؇C Internal Scale-Factor Resistor Programmable Temperature Setpoints 20 mA Open-Collector Setpoint Outputs


    Original     		PDF

    in9148

    Abstract: MOC301 proximity sensor interfacing with 8051 MOC3021 APPLICATION CIRCUITS K1953 coto 8051 ADT14 ADT14GS N-16 OP295
    Contextual Info: a Quad Setpoint, Programmable Temperature Monitor and Controller ADT14 FEATURES Four Programmable Temperature Setpoints Programmable Thermal Hysteresis Accuracy ؎3؇C Typ from –40؇C to +125؇C Temperature Output Scale Factor = 5 mV/K Resistor Programmable Temperature Setpoints


    Original     		ADT14 C3067 16-Lead R-16A) in9148 MOC301 proximity sensor interfacing with 8051 MOC3021 APPLICATION CIRCUITS K1953 coto 8051 ADT14 ADT14GS N-16 OP295 PDF

    op2976

    Abstract: A7812 AD202 4-20ma SSM-2143 c3067 coto 8051 op177 ADT14 ADT14GP N-16
    Contextual Info: a Quad Setpoint, Programmable Temperature Monitor and Controller ADT14 FEATURES Four Programmable Temperature Setpoints Programmable Thermal Hysteresis Accuracy ؎3؇C Typ from –40؇C to +125؇C Temperature Output Scale Factor = 5 mV/K Resistor Programmable Temperature Setpoints


    Original     		ADT14 ADT14 16-Lead R-16A) C3067 op2976 A7812 AD202 4-20ma SSM-2143 coto 8051 op177 ADT14GP N-16 PDF

    AD202 4-20ma

    Abstract: K1953 in9148 T4 MOC3021 AD654
    Contextual Info: BACK a Quad Setpoint, Programmable Temperature Monitor and Controller ADT14 FEATURES Four Programmable Temperature Setpoints Programmable Thermal Hysteresis Accuracy ؎3؇C Typ from –40؇C to +125؇C Temperature Output Scale Factor = 5 mV/K Resistor Programmable Temperature Setpoints


    Original     		ADT14 ADT14 16-Lead R-16A) AD202 4-20ma K1953 in9148 T4 MOC3021 AD654 PDF

    optocoupler 2705

    Abstract: AN-3006 CNY 817 AN-3004 FOD3180 fod3180 applications mct 3021 FOD073L POWER MOSFET DRIVE semiconductors cross reference
    Contextual Info: optocoupler selection guide Saving our world, 1mW at a time www.fairchildsemi.com introduction Fairchild semiconductor is a leader in the design and production of optocouplers. We offer a broad range of package platforms and incorporate various combinations of input and output configurations. our offerings include


    Original     		PDF

    MOC3040 equivalent

    Abstract: MOC3043 equivalent H21A1 PINS MOC3031 equivalent MOC3040 and applications H22B1 equivalent ISP817 IS606 moc3040 ISP521-1
    Contextual Info: PHOTO TRANSISTOR General Purpose 4 and 6 Pin Packages; 6 Pin DIP - Safety Approvals: UL, CSA, VDE 0884, BSI, NEMKO, DEMKO, SEMKO, and FIMKO *Note 1 Part Number Features H24A1 Current Transfer Ratio IF = 10mA Min % Isolation Test Voltage (KV) Continuous Forward


    Original     		H24A1 H24A2 H24A3 H24A4 H11A1 H11A2 H11A3 H11A4 H11A5 ISRX166012 MOC3040 equivalent MOC3043 equivalent H21A1 PINS MOC3031 equivalent MOC3040 and applications H22B1 equivalent ISP817 IS606 moc3040 ISP521-1 PDF

    TIP 43c transistor

    Abstract: irf1303 0280 130 026 MOC9011 TEMPERATURE CONTROLLER op177 2N1711 close reference Analogue devices OP177 TMP01 TMP01FSZ
    Contextual Info: Low Power Programmable Temperature Controller TMP01 FUNCTIONAL BLOCK DIAGRAM FEATURES VREF 1 R1 2.5V TEMPERATURE SENSOR AND SENSOR VOLTAGE REFERENCE SET 2 HIGH R2 SET 3 LOW 7 OVER WINDOW COMPARATOR 6 UNDER R3 GND 4 5 VPTAT HYSTERESIS GENERATOR TMP01 APPLICATIONS


    Original     		TMP01 D00333-0-7/09 TIP 43c transistor irf1303 0280 130 026 MOC9011 TEMPERATURE CONTROLLER op177 2N1711 close reference Analogue devices OP177 TMP01 TMP01FSZ PDF