CS3470A Search Results

Contextual Info: CS-279 FLOPPY DISK LOGIC CIRCUIT and STEPPER MOTOR DRIVER DESCRIPTION The CS279 is a floppy disk logic circuit with on chip bipolar Stepper Motor Drivers and clamp diodes. It provides all the logic functions needed for a standard disk drive. The CS279 is compatible with the CS570,

FLOPPY STEPPER MOTOR

Abstract: CS3471 floppy disk controller stepper motor floppy motor driver floppy stepping motor diagram floppy Stepping Motors diagram CS279 CS-279 CS570 circuit diagram of stepper
Contextual Info: CS-279 FLOPPY DISK LOGIC CIRCUIT and STEPPER MOTOR DRIVER DESCRIPTION The CS279 is a floppy disk logic c ircuit with on chip bipolar Stepper M otor Drivers and clamp diodes. It provides all the logic functions needed for a standard disk drive. The CS279 is com patible with the CS570,

CS3471A

Contextual Info: Floppy Disk Write Control IC D escription The CS-3471 is a m onolithic integrat­ ed w rite controller /h e a d driver designed to p ro v id e the entire inter­ face betw een the w rite data and head control signals and the heads write an d erase for either tunnelor

Contextual Info: CS-3470A Floppy Disk Read Amplifier System IC Description The CS-3470A is a m onolithic Read A m plifier System Designed to extract digital inform ation from floppy disk storage. It accepts the differential AC signal produced by the m agnetic head and produces a digital output pulse

CS-3470A

Abstract: M70A differential amplifier waveform tie ccu
Contextual Info: CS-3470A FLOPPY DISK READ AMPLIFIER SYSTEM I ADVANCE DATA The C S -3470A is a monolithic Read Amplifier System designed to extract digital information from floppy disk storage. It accepts the differential ac signal produced by the magnetic head and produces a digital output pulse that corresponds to each peak of

Contextual Info: C S-3470A FLOPPY DISK READ AMPLIFIER SYSTEM ADVANCE DATA The CS-3470A is a monolithic Read Amplifier System designed to extract digital information from floppy disk storage. It accepts the differential ac signal produced by the magnetic head and produces a digital output pulse that corresponds to each peak of