UCN5830B Search Results

UCN5830B

Abstract: UCN5831B GP-004-1 UCN58 WP001A
Contextual Info: ALLEGRO MICROSYSTEMS IN C 33 E D 05G433Ö Ü00527S b • ALGR BiMOS II4-B IT LATCHED DRIVER The UCN5830B latched driver is a high-current integrated circuit comprised of CMOS data latches, a bipolar Darlington transistor driver for each latch, and CMOS control circuitry for the common STROBE

UCN5801A

Abstract: UCN5800A UCN5830B UCN5800L UCN5801 UCN5831B
Contextual Info: BiMOS LATCHED DRIVERS UCN5800A/L, UCN5801A/EP, UCN5815A/EP, UCN5830B, AND UCN5831B FEATURES • High-Speed Data Input UCN5800L UCN5800A Part Number UCN5800A/L UCN5801A/EP ■ High-Voltage, High-Current Outputs U C N 58Ì5A /E P UCN5830B ■ Output Transient

Contextual Info: 5830 BiMOS II 4-BIT LATCHED DRIVER The UCN5830B latched driver is a high-current integrated circuit com prised of CM OS data latches, a bipolar Darlington transistor driver for each latch, and CM OS control circuitry for the com m on STROBE and O UTPUT ENABLE functions. Although primarily designed for use

UCN4401

Abstract: UCN5901 5831b ic udn darlington driver ic 5831b UCN4801A UCN-5804B N583 UDN2950Z
Contextual Info: APPLICATIONS INFORMATION POWER INTEGRATED CIRCUITS FOR MOTOR-DRIVE APPLICATIONS Im proved system s performance and reliability, lower component counts, and reduced cost are am ong benefits offered by space-saving power interface ICs. M any of the followihg devices are specifically

UCN5831

Contextual Info: 5831 BiMOS II 4-BIT LATCHED DRIVER Com bining CM OS logic circuitry and bipolar power drivers, the UCN5831B is a 4-bit latched driver capable of providing an interface capability beyond the reach of standard logic buffers and power driver arrays. Although primarily designed for use with 2-phase unipolar

GSG433

Abstract: UCN5830B UCN5831B
Contextual Info: A L L E GR O M I C R O S Y S T E M S INC 33E D • 0S0433Ô 000527*1 3 ■ ALGR BiMOS II4-B IT LATCHED DRIVER Combining CMOS logic circuitry and bipolar power drivers, the UCN5831B is a 4-bit latched driver capable of providing an interface capability beyond the reach of standard logic buffers and power driver