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TB62214FG


Part Number TB62214FG
Manufacturer Toshiba
Title BiCD Constant-Current Two-Phase Bipolar Stepping Motor Driver IC
Description TB62214FG/FTG TOSHIBA BiCD Integrated Circuit Silicon Monolithic TB62214FG, TB62214FTG BiCD Constant-Current Two-Phase Bipolar Stepping Motor Driv...
Features
• Bipolar stepping motor driver
• PWM constant-current drive
• Clock input control
• Allows two-phase, 1-2-phase and W1-2-phase excitations.
• BiCD process: Uses DMOS FETs as output power transistors.
• High voltage and current: 40 V/2.0 A (absolute maximum ratings)
• Thermal shutdown (TSD), overcur...

File Size 687.69KB
Datasheet TB62214FG PDF File








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TB62214FNG : TOSHIBA BiCD Integrated Circuit Silicon Monolithic TB62214FNG BiCD Constant-Current Two-Phase Bipolar Stepping Motor Driver IC TB62214FNG The TB62214FNG is a two-phase bipolar stepping motor driver using a PWM chopper controlled by clock input. Fabricated with the BiCD process, the TB62214FNG is rated at 40 V/2.0 A . The on-chip voltage regulator allows control of a stepping motor with a single VM power supply. Features • Bipolar stepping motor driver • PWM constant-current drive • Clock input control • Allows two-phase, 1-2-phase and W1-2-phase excitations. HTSSOP48-P-300-0.50 • BiCD process: Uses DMOS FETs as output power transistors. • High voltage and current: 40 V/2.0 A (absolut.

TB62214FTG : TB62214FG/FTG TOSHIBA BiCD Integrated Circuit Silicon Monolithic TB62214FG, TB62214FTG BiCD Constant-Current Two-Phase Bipolar Stepping Motor Driver IC The TB62214FG/FTG is a two-phase bipolar stepping motor driver using a PWM chopper controlled by clock input. Fabricated with the BiCD process, the TB62214FG/FTG is rated at 40 V/2.0 A . The on-chip voltage regulator allows control of a stepping motor with a single VM power supply. Features • Bipolar stepping motor driver • PWM constant-current drive • Clock input control • Allows two-phase, 1-2-phase and W1-2-phase excitations. • BiCD process: Uses DMOS FETs as output power transistors. • High voltage and current: 40 V/2.0 A (absolute maxim.




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