SG1626J-883B Microsemi Corporation, SG1626J-883B Datasheet
SG1626J-883B
Related parts for SG1626J-883B
SG1626J-883B Summary of contents
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DESCRIPTION The SG1626, 2626, 3626 is a dual inverting monolithic high speed driver that is pin for pin compatible with the DS0026, TSC426 and ICL7667. This device utilizes high voltage Schottky logic to convert TTL signals to high speed outputs ...
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ABSOLUTE MAXIMUM RATINGS Supply Voltage (V ) ........................................................... CC Logic Input Voltage ............................................................... Source/Sink Output Current (Each Output) Continuous ................................................................... Pulse, 500ns ................................................................ Note 1. Exceeding these ratings could cause damage to the device. All voltages are with respect to ...
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ELECTRICAL CHARACTERISTICS Parameter Dynamic Characteristics (Note 6) Propagation Delay High-Low (TPHL) Propagation Delay Low-High (TPLH) Rise Time (TTLH) Fall Time (TTHL) Supply Current ( (both outputs) Note 5. These parameters, specified at 1000pF, although guaranteed over recommended operating ...
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CHARACTERISTIC CURVES (continued) FIGURE 5. PROPAGATION DELAY VS. AMBIENT TEMPERATURE FIGURE 8. HIGH SIDE SATURATION VS. OUTPUT CURRENT Rev 1.1a Copyright 1994 FIGURE 6. TRANSITION TIMES VS. CAPACITIVE LOAD FIGURE 9. LOW SIDE SATURATION VS. OUTPUT CURRENT FIGURE 11. SUPPLY ...
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APPLICATION INFORMATION POWER DISSIPATION The SG1626, while more energy-efficient than earlier gold-doped driver IC’s, can still dissipate considerable power because of its high peak current capability at high frequencies. Total power dissipation in any specific application will be the sum ...
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TYPICAL APPLICATIONS FIGURE 12. When the SG3626 is driven from a totem-pole source with a peak output greater than 6 volts, a low-current, fast-switching blocking diode is required at each logic input for protection. In this push-pull converter, the inverted ...
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TYPICAL APPLICATIONS (continued) FIGURE 14. In half or full-bridge power supplies, driving the isolation transformers directly from the PWM can cause excessive IC temperatures, expecially above 100KHz. This circuit uses the high drive capacity of the SG3626 to solve the ...
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... CONNECTION DIAGRAMS & ORDERING INFORMATION Package Part No. 14-PIN CERAMIC DIP SG1626J/883B J - PACKAGE SG1626J/DESC SG1626J SG2626J SG3626J 8-PIN CERAMIC DIP SG1626Y/883B Y - PACKAGE SG1626Y/DESC SG1626Y SG2626Y SG3626Y 8-PIN PLASTIC DIP SG2626M M - PACKAGE SG3626M 16-PIN WIDE BODY SG2626DW PLASTIC S.O.I.C. SG3626DW DW - PACKAGE SG1626T/883B 8-PIN TO-99 METAL CAN ...