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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
SCT3030AR SCT3030AR ECAD Model ROHM Semiconductor 650V, 70A, 4-pin THD, Trench-structure, Silicon-carbide (SiC) MOSFET
SCT3060AR SCT3060AR ECAD Model ROHM Semiconductor 650V, 39A, 4-pin THD, Trench-structure, Silicon-carbide (SiC) MOSFET
SCT3105KL SCT3105KL ECAD Model ROHM Semiconductor 1200V, 24A, THD, Trench-structure, Silicon-carbide (SiC) MOSFET
SCT3017AL SCT3017AL ECAD Model ROHM Semiconductor 650V, 118A, THD, Trench-structure, Silicon-carbide (SiC) MOSFET
SCT3030KL SCT3030KL ECAD Model ROHM Semiconductor 1200V, 72A, THD, Trench-structure, Silicon-carbide (SiC) MOSFET
SCT3080AL SCT3080AL ECAD Model ROHM Semiconductor 650V, 30A, THD, Trench-structure, Silicon-carbide (SiC) MOSFET

fairchild semiconductors Datasheets Context Search

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2011 - Not Available

Abstract: No abstract text available
Text: -323 Multicomp D3 diodes general-purpose rectifier; 1N4007 - Fairchild Semiconductors D4 diodes general-purpose rectifier; 1N4007 - Fairchild Semiconductors D5 diodes general-purpose rectifier; 1N4007 - Fairchild Semiconductors D6 diodes general-purpose rectifier; 1N4007 - Fairchild Semiconductors D7 fast recovery diode; 1 A; 600 V; 1N4937 - Fairchild Semiconductors , recovery diode; 1 A; 600 V; 1N4937 - Fairchild Semiconductors D12 general purpose; switching


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PDF UM10499 UBA20260 UBA20260, UBA20260
1n52408

Abstract: 1N52428 zener SFC2311 78M12HM 21L02A 54175 IRS 9530 transistor 10116dc BB105G 962PC
Text: Contents Fairchild Semiconductors Ltd. 0 Solid State Scientific Inc. Diodes Ltd. Thomson , catalogue. 4 Fairchild Semiconductors Ltd. Semiconductors Fairchild Semiconductors Ltd ORDERING , (LICI -2 0°C to +85°C -5 5 °C to +125°C 7 Fairchild Semiconductors Ltd. Diodes and , c tifie rs 8 Fairchild Semiconductors Ltd Computer Diodes (By Ascending trr) Glass Package , -35 9 Fairchild Semiconductors Ltd. Diodes Computer Diodes (By Ascending *rr) Glass Package


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PDF 301PT1115 302PT1115 303PT1115 311PT1110 312PTI110 319PTI110 327PTI110 351PT1115 353PT1115 1n52408 1N52428 zener SFC2311 78M12HM 21L02A 54175 IRS 9530 transistor 10116dc BB105G 962PC
fairchild 2102

Abstract: 2102DC a1024 Static Random Access Memory 32X32
Text:  Fairchild Semiconductors Semiconductors MOS-Random Access Memory 21021024 x 1 Static Random Access Memory GENERAL DESCRIPTION The 2102 Is a 1024 word by a bit static random access memory manufactured with Fairchild 's N-channel ion-implanted isoplanar process. The 2102 requires a single 5V power supply and is fully TTL compatible on a y. input and output. The chip select pin provides a three-state output which allows OR-tieing of outputs and individual package selection. FEATURES Fast access version


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PDF 350ns 450ns) 32x32 2102DC fairchild 2102 a1024 Static Random Access Memory
2011 - Not Available

Abstract: No abstract text available
Text: Semiconductors D4 diodes general-purpose rectifier; 1N4007 - Fairchild Semiconductors D5 diodes general-purpose rectifier; 1N4007 - Fairchild Semiconductors D6 diodes general-purpose rectifier; 1N4007 - Fairchild Semiconductors D7 fast recovery diode; 1 A; 600 V; 1N4937 - Fairchild Semiconductors D8 not mounted - - D9 fast recovery diode; 1 A; 600 V; 1N4937 - Fairchild Semiconductors D12 diodes general-purpose rectifier; 200 V; 200 mA - NXP


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PDF UM10498 UBA20261/2 UBA20261, UBA20262,
741p

Abstract: 741TC 741pc 741HC fairchild 741 na741 liA741 741hm HC 741 JA741
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s - Operational Amplifiers liA741 Frequency Compensated Operational Amplifier GENERAL DESCRIPTION The j»A741 is a high performance monolithic operational amplifier constructed using the Fairchild Planar* epitaxial process. It is intended for a wide range of analog applications. High common mode voltage range and absence of 'latch-up' tendencies make the nA741 ideal for use as a voltage follower. The high gain and wide range of operating


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PDF liA741 nA741 35825F 35826D 35827B 35828X 35829R 741EHC* 741TC 5830A 741p 741TC 741pc 741HC fairchild 741 741hm HC 741 JA741
710HC

Abstract: 710DC fairchild 710DC 358546 710hm 710DM FAIRCHILD PLANAR 710c fairchild semiconductors
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s - Voltage Comparators jaA710 High Speed Differential Comparator GENERAL DESCRIPTION The *iA710 Is a differential voltage comparator intended for applications requiring high accuracy and fast response times. It is constructed on a single silicon chip using the Fairchild Planar* epitaxial process. The device is useful as a variable threshold Schmitt trigger, a pulse height discriminator, a voltage comparator in high-speed A/D converters, a memory sense


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PDF jaA710 iA710 710DC 35852X 710DM 35853R 710HC 35855E fairchild 710DC 358546 710hm FAIRCHILD PLANAR 710c fairchild semiconductors
1458

Abstract: 1458c MC1458G MC1458CG MC1558G 1458 amplifier 1458g 1558G MC1458CP MC1458CP1
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s- Operational Amplifiers MC 1558, 1458, 1458C Internally Compensated, High Performance Dual Monolithic Operational Amplifiers GENERAL DESCRIPTION The 1558/1458 are a monolithic pair of internally compensated high performance amplifiers constructed using the Fairchild Planar epitaxial process. They are intended for a wide range of analog applications where board space or weight are important. High common mode voltage range and absence of


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PDF 1458C 1458C) MC15S8G MC1458CG MC1458CP1 MC1458G MC1458P1 MC1558G 35804E 35805C 1458 MC1458G MC1458CG MC1558G 1458 amplifier 1458g 1558G MC1458CP MC1458CP1
715HC

Abstract: 715DC fairchild operation amplifiers A715 715HM 715C 715h ma715 VNC6
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s - Operational Amplifiers |xA71S High Speed Operational Amplifier GENERAL DESCRIPTION The i*A715 is a high speed, high gain, monolithic operational amplifier constructed using the Fairchild Planar* epitaxial process. It is intended for use in a wide range of applications where fast signal acquisition or wide bandwidth is required. The nA715 features fast settling time, high slew rate, low offsets, and high output swing for large signal


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PDF xA71S nA715 mA715 715DC 35820E 715DM 35821C 715HC 5822A 71SHM fairchild operation amplifiers A715 715HM 715C 715h VNC6
725HC

Abstract: 702HC 725EHC 702DC UA725 702 Fairchild A702 A725 w amplifier 30mhz 35812E
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s- Operational Amplifiers liA702 Wideband DC Amplifier GENERAL DESCRIPTION The ¡j.A702 is a monolithic DC amplifier constructed using the Fairchild Planar epitaxial process. It is intended for use as ari operational amplifier in analog computers, as a prevision instrumentation amplifier, or in other applications requiring a feedback amplifier , using the Fairchild Planar epitaxial process. It is intended for precise, low level signal amplification


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PDF liA702 30MHz. 500mW 150-C 20MHz 702DC* 35809F 35810R 120dB. 725EHC 725HC 702HC 702DC UA725 702 Fairchild A702 A725 w amplifier 30mhz 35812E
75109

Abstract: 75110 SN75109 SN75109J SN75110 SN75110J fairchild semiconductors
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s-Interface Circuits SN75109, SN75110 Dual Line Drivers GENERAL DESCRIPTION The 75109 and 75110 are dual line drivers featuring independent channels with common supply voltage and ground terminals. The major difference between the 75109 and the 75110 drivers is the output-current specification. The output current is nominally 6mA for the 75109 and 12mA for the 75110. The driver circuits have a constant output that is switched to either of two output


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PDF SN75109, SN75110 SN75109J 35939H SN75110J 35940X 75109 75110 SN75109 fairchild semiconductors
SN75325

Abstract: SN75325J SN7525J 75325 SN7524 SN7524J SN7525 core memory sense DTL Fairchild
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s-Interface Circuits SN7524, SN7525 Two Channel Core Memory Sense Amplifiers GENERAL DESCRIPTION The 7524 and 7525 are two channel core memory sense amplifiers constructed on a silicon chip using the patented Fairchild Planar epitaxial process. They can be used for small (1K to 8K words) memories as well as larger memory systems. ABSOLUTE , for use In magnetic memories constructed on a silicon chip using the Fairchild Planar process. The


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PDF SN7524, SN7525 SN7524J 35S34G SN7525J 35935E 600mA SN75325 SN75325J 75325 SN7524 core memory sense DTL Fairchild
LM101H

Abstract: LM201D LM101D fairchild 741 A741 LM101 LM102 LM102H fairchild A741 FAIRCHILD PLANAR
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s - Operational Amplifiers LM101, 201 General Purpose Operational Amplifier GENERAL DESCRIPTION The 101 and 201 are General Purpose monolithic Operational Amplifiers constructed using the Fair-child Planar epitaxial process. They are intended for a wide range of analog applications where tailoring of frequency characteristics is desirable. The 101 and 201 , internally connected as unity gain non-inverting amplifiers. They are constructed using the Fairchild Planar


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PDF LM101, 500mW 670mW LM101D LM101H LM201D 35790G LM102H LM110H 35791E fairchild 741 A741 LM101 LM102 LM102H fairchild A741 FAIRCHILD PLANAR
9600 Fairchild

Abstract: 9602 Fairchild 9602PC TTL family fairchild 9600 9602DC monostable 9601PC monostable ttl
Text:  Fairchild Semiconductors Semiconductors Integrated Circuits-TTL Monostables 9600 Series Monostables REFERENCE TABLE Code Function Pulse Width Variation (%) Vs Temp Vs VCc Number of Inputs Positive Negative Reset-table Min. Output tpw ns Power Dissipation mW StocK No. 9600 DM 9600 PC Single Retriggerable ±1.5 ±1.5 3 2 \ 75 125 35782G 35783E 9601 DC 9601 PC Single Retriggerable ±2.7 ±1.0 2 2 50 , compatible with all members of the Fairchild TTL family. 9600 RETRIGGERABLE RESETTABLE MONOSTABLE


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PDF 35782G 35783E 35784C 5785A 35786X 35787H 9600 Fairchild 9602 Fairchild 9602PC TTL family fairchild 9600 9602DC monostable 9601PC monostable ttl
734HC

Abstract: 734DC "734h" la734 734H 35861R 734c
Text:  Fairchild Semiconductors SemicoiMîtois Linear I.C.'s-Voltage Comparators mA734 Voltage Comparator GENERAL DESCRIPTION The i»A734 is a precision voltage comparator constructed on a single silicon chip using the Fairchild Planar epitaxial process. It is specifically designed for high accuracy level sensing and measuring applications. The /¿A734 is extremely useful for analog-to-digitai converters with twelve bit accuracies and one mega-bit conversion rates. Maximum resolution is obtained by


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PDF mA734 500mW 670mW 35860X 734HC 35861R 734DC "734h" la734 734H 35861R 734c
777HC

Abstract: 777DC 777tc Operational Amplifier DIP MA777 Ha777
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s- Operational Amplifiers HA777 Precision Operational Amplifier GENERAL DESCRIPTION The fxA777 is a monolithic precision operational amplifier constructed using a low noise Fairchild Planar epitaxial process. It is an excellent choice when performance versus cost trade-offs are possible between super beta or FET input operational amplifiers and low cost general purpose operational amplifiers. Low offset and bias currents improve system accuracy when used in


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PDF HA777 fxA777 mA777 777TC 5849A 777HC 777DC Operational Amplifier DIP
776TC

Abstract: 776HC 776DC 776H uA776TC 776d fA741
Text:  Fairchild semiconductors Semiconductors Linear I.C.'s-Operational Amplifiers |xA776 Multi Purpose Programmable Operational Amplifier GENERAL DESCRIPTION The jiA776 programmable operational amplifier is constructed using the Fairchild Planar epitaxial process. High input impedance, low supply currents, and low input noise over a wide range of operating supply voltages coupled with programmable electrical characteristics result in an extremely versatile amplifier for use in high accuracy, low power


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PDF xA776 jiA776 776DC 776HC 776TC 35844X 776TC 776H uA776TC 776d fA741
747HC

Abstract: 747DM FAIRCHILD 747 747DC 747HM ma741 747h compensated operational amplifier A747 747EHC
Text:  Fairchild Semiconductors Semiconductors Linear f.C.'s- Operational Amplifiers HA747 Dual Frequency Compensated Operational Amplifier GENERAL DESCRIPTION The >*A747 is a pair of high performance monolithic operational amplifiers constructed using the Fairchild Planar epitaxial process. They are intended for a wide range of analog applications where board space or weight are important. High common mode voltage range and absence of 'latch-up' make the j»A747 ideal for use as a voltage follower. The high


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PDF HA747 wA747 747DC 35S35B 747DM 35836X 747EDC* 747EHC* 747HC 747HM FAIRCHILD 747 ma741 747h compensated operational amplifier A747 747EHC
LM301AN

Abstract: LM301 301AN LM101H LM201H lm 3580 A777 LM101AD LM101AH LM301AH
Text:  Fairchild Semiconductors Semiconductors Linear l.-C.'s- Operational Amplifiers LM 101 A, 201 A, 301 A, General Purpose Operational Amplifiers GENERAL DESCRIPTION The 101A and 301A are General Purpose monolithic Operational Amplifiers constructed using the Fairchild Planar epitaxial process. These integrated circuits are intended for applications requiring low input offset voltage or low input offset current. The accuracy of long interval integrators, timers and sample and hold circuits is improved due to


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PDF LM101AD 35800B LM101AH 35801X LM301AH 35802R LM301AN 35803G LM101H LM201H LM301 301AN LM201H lm 3580 A777
SN75107AJ

Abstract: SN75107A SN75108A SN75108AJ high voltage 2 input and SN75107
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s - Interface Circuits SN75107A, SN75108A Dual Line Receivers GENERAL DESCRIPTION The 75107A and 75108A are high speed, two-channel line receivers with common voltage supply and ground terminals. They are designed to detect Input signals of 25mV (or greater) amplitude and convert the polarity of the signal into appropriate TTL compatible output logic levels. They feature high input impedance and low input currents which induce very little loading


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PDF SN75107A, SN75108A 5107A 5108A SN75107AJ 5937A SN75108AJ 670mW C/260 SN75107A high voltage 2 input and SN75107
SN75492N

Abstract: SN75491N SN75492 75492 led digit driver 75491 75492 quad 7 segment led display SN75491 darlington circuits
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s - Interface Circuits SN 75491, SN75492 MOS To LED Segment and Digit Driver GENERAL DESCRIPTION The 75491 LED quad segment driver interfaces MOS signals to common-cathode LED displays. High output current capability makes the device ideal in time multiplex systems using segment address or digit scan method of driving LED's to minimize the number of drivers required. The 75492 Hex LED/lamp driver converts MOS signals to high output currents


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PDF SN75492 754vddE 250mA 600mA 800mW SN75492N SN75491N 75492 led digit driver 75491 75492 quad 7 segment led display SN75491 darlington circuits
Fairchild 93415

Abstract: 93415DC 1024-words 93415-DC
Text:  Fairchild Semiconductors Semiconductors Integrated Circuits - Bipolar Memories 934151024-Bit Full Decoded Random Access Memory GENERAL DESCRIPTION The 93415 is a 1024-Bit Read/Write Random Access Memory organised 1024 words x 1-bit. It has a typical access time of 60 ns and is designed for buffer and control storage and high performance main memory applications. The 93415 includes full decoding on the chip, has separate data input and data output lines and an active LOW chip select line


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PDF 934151024-Bit 1024-Bit 93415DC Fairchild 93415 1024-words 93415-DC
SN75452P

Abstract: SN75453P 75452 SN75450 75453 75454 75451 SN75450AN 75450A 75451 ttl
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s - Interface Circuits SN75450A, 75451 A, 75452, 75453, 75454 Dual Peripheral Drivers GENERAL DESCRIPTION The 75450A, 75451 A, 75452, 75453, and 75454 are dual general interface drivers that convert TTL and DTL logic levels to high current drive capability. The 75450A features two TTL NAND gates and two uncommitted transistors. The 75451 A, 75452, 75453 and 75454 feature two standard series 74 TTL gates in AND, NAND, OR and NOR configurations


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PDF SN75450A, 5450A, 5450A capabili452 300mA SN75452P SN75453P 75452 SN75450 75453 75454 75451 SN75450AN 75450A 75451 ttl
7 SEGMENT DISPLAY COMMON CATHODE pin configuration

Abstract: 10 pin 7 segment display pin configuration 12 pin 7 segment display pin configuration single digit 10 pin 7 segment display 1 digit 7 segment display pin configuration "7 Segment Display" common cathode fairchild 7 segment led display 10 pin FND357 10 pin 7 segment LED 4 digit 7 segment display pin configuration
Text:  Fairchild Semiconductors Semiconductors Opto-electronics - LED Displays FND357—Red GaAsP Single Digit 7-Segment LED Display GENERAL DESCRIPTION The FND357 is a Red GaAsP single digit, 7-segment LED display with nominal 3/8in. character height in cathode configuration. ABSOLUTE MAXIMUM RATINGS Junction Temperature —25°Cto +85°C Storage Temperature —25°Cto +85°C ^ Solder Temperature 260°C Relative Humidity @65°C 98% VR Reverse Voltage 3.0 V lF(ivg) Average Forward Current/ 25 mA Segment or


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PDF FND357â FND357 100ps 7 SEGMENT DISPLAY COMMON CATHODE pin configuration 10 pin 7 segment display pin configuration 12 pin 7 segment display pin configuration single digit 10 pin 7 segment display 1 digit 7 segment display pin configuration "7 Segment Display" common cathode fairchild 7 segment led display 10 pin 10 pin 7 segment LED 4 digit 7 segment display pin configuration
MA750

Abstract: No abstract text available
Text:  Fairchild Semiconductors Semiconductors Linear I.C.'s- Voltage Comparators MA750 Dual Comparator Subsystem GENERAL DESCRIPTION The nA750 Is a dual comparator subsystem consisting of two Independent high current comparators with Input Inhibit capability. A voltage reference Is included in the mA750. The device is protected against short circuits and thermal overloads. Positive switching is insured by built-in hysteresis. Hysteresis expansion Is available for operation in noisy environments


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PDF MA750 nA750 mA750. 750DC 35M26
723pc

Abstract: 723hc LM723D 723dc 723HM 723DM 723 voltage regulator internal diagram 723HC voltage regulator internal diagram MA723 LM723H
Text:  Fairchild Semiconductors Semicoii(ftiteloM# Linear I.C.'s-Voltage Regulators CONNECTION DIAGRAM - |xA723 Precision Positive Voltage Regulator GENERAL DESCRIPTION The mA723 is a monolithic voltage regulator constructed using the Fairchild Planar epitaxial process. The device consists of a temperature compensated reference amplifier, error amplifier, power series pass transistor and current limit circuitry. Additional NPN or PNP pass elements may be used when output currents exceeding 150mA are required


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PDF xA723 mA723 150mA fiA723 LM723H LM723D 10b0mW_ 723pc 723hc LM723D 723dc 723HM 723DM 723 voltage regulator internal diagram 723HC voltage regulator internal diagram
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