TOSHIBA Bi-CMOS Power Integrated Circuit Multi-Chip Package (MCP)

High voltage 3-Phase Full-Wave PWM Brushless Motor Driver Features • A Controller and a high-voltage driver are integrated in a single package. Sine-wave PWM drive or wide-angle commutation drive is selectable. • IGBTs are arranged in three-phase bridge unit. • Built-in oscillator circuit

TOSHIBA Bi-CMOS Power Integrated Circuit Multi-Chip Package (MCP)

High voltage 3-Phase Full-Wave PWM Brushless Motor Driver Features • A Controller and a high-voltage driver integrated in a single package. Sine-wave PWM drive or wide-angle commutation drive is selectable. • IGBTs are arranged in three-phase bridge unit • Built-in oscillator circuit (carr

High voltage 3-Phase Full-Wave Sine-Wave PWM Brushless Motor Driver

Features • A Controller and a high-voltage driver are integrated in a single package. Sine-wave PWM drive or wide-angle commutation drive is selectable. • IGBTs are arranged in three-phase bridge unit. • Built-in oscillator circuit (carrier frequency = fosc/252 (Hz)) • Bootstrap circuitry: Bu

Sensorless PWM Driver for 3-Phase Brushless Motors

Features  Sensorless dri ve in three phase full wave  PWM chopper control  Control based on the PWM duty cycle input or analog voltag e input is selectable  Output current : Absolute maximum rating: 3 A  Power supply : Absolute maximum rating : 25 V  Adjustable output PMW duty cycle 

TOSHIBA Bi-CD Integrated Circuit Silicon Monolithic

Sensorless PWM Driver for 3 Phase Brushless Motors Features Sensorless dri ve in three phase full wave PWM chopper control Contr ol based on the PWM duty cycle input or analog voltage input is selectable Output current : Absolute maximum rating: 3 A Power supply : Absolute maximum rating:

Sensorless PWM Driver for 3-Phase Brushless Motors

Features  Sensorless dri ve in three phase full wave  PWM chopper control  Control based on the PWM duty cycle input or analog voltag e input is selectable  Output current : Absolute maximum rating: 3 A  Power supply : Absolute maximum rating : 25 V  Adjustable output PMW duty cycle 

Sine-wave PWM Drive Three-phase Full Wave Brushless Motor Controller

Features • Sine-wave PWM control • Triangular-wave generator (carrier frequency = fosc/252 Hz) • Lead angle control (0° to 58° in 32 separate steps) External setting or automatic internal control • Current-limiting input pin • Internal voltage regulator circuit (Vrefout = 5 V (typ.), 30 mA (

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

PWM Chopper-Type Brushed DC Motor driver Features  Monolithic motor driver using BiCD process.  Capable of controlling two brushed DC motor.  2 drive modes (PWM controlled constant current/ direct PWM)  4 operation modes (Clock-wise/Counter clock-wise/Brake/Stop (Off))  Low on-resista

PWM Chopper-Type Brushed DC Motor driver

Features  Monolithic motor driver using BiCD process.  Capable of controlling two brushed DC motor.  2 drive modes (PWM controlled constant current/ direct PWM)  4 operation modes (Clock-wise/Counter clock-wise/Brake/Stop (Off))  Low on-resistance output stage (High side+Low side:0.49 Ω

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

PWM Chopper-Type Brushed DC Motor driver Features  Monolithic motor driver using BiCD process.  Capable of controlling two brushed DC motor.  2 drive modes (PWM controlled constant current/ direct PWM)  4 operation modes (Clock-wise/Counter clock-wise/Brake/Stop (Off))  Low on-resista

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

PWM Chopper-Type Brushed DC Motor driver Features  Monolithic motor driver using BiCD process.  Capable of controlling two brushed DC motor.  2 drive modes (PWM controlled constant current/ direct PWM)  4 operation modes (Clock-wise/Counter clock-wise/Brake/Stop (Off))  Low on-resista

Toshiba BiCD process integrated circuit silicon monolithic

Brushed DC Motor driver with Dual H-bridge mode Features ・Supporting 50 V, 3.0 A/ch 2 brushed DC motor operation ・Capable of driving two brushed DC motors using dual H-Bridge mode (3.0 A/ch) ・Capable of driving one brushed DC motor with large current, using single H-bridge mode (6.0 A) ・Cur

PWM Chopper-Type Brushed DC Motor driver

Features ・Monolithic motor driver using BiCD process. ・Capable of controlling two brushed DC motor. ・2 drive modes (PWM controlled constant-current/ direct PWM) ・4 operation modes (Clock-wise/Counter clock-wise/Brake/Stop(Off)) ・Low on-resistance output stage (High side+Low side:0.8Ω(typ.))

PWM Chopper-Type Brushed DC Motor driver

Features ・Monolithic motor driver using BiCD process. ・Capable of controlling two brushed DC motor. ・2 drive modes (PWM controlled constant-current/ direct PWM) ・4 operation modes (Clock-wise/Counter clock-wise/Brake/Stop(Off)) ・Low on-resistance output stage (High side+Low side:0.8Ω(typ.))

Toshiba BiCD process integrated circuit silicon monolithic

Brushed DC Motor driver with Dual H-bridge mode Features • Supporting large current (9.0 A) and high voltage (50 V) brushed DC motor operation. • Capable of driving two brushed DC motors using dual H-Bridge mode. • Capable of driving one stepping motor using dual H-bridge mode. • Built-in s

TOSHIBA BiCD Process Integrated Circuit Silicon Monolithic

PWM Chopper Type DC Brushed Motor Driver Features ・ Monolithic IC using BiCD process ・ Capable of PWM constant current drive and direct PWM drive ・ Supporting 4 operation modes, Forward / Reverse / Brake / STOP (OFF) ・ Built-in output MOSFET with Low on-resistance (High side + low side=0.6

TOSHIBA BiCD Process Integrated Circuit Silicon Monolithic

PWM Chopper Type DC Brushed Motor Driver Features ・ Monolithic IC using BiCD process ・ Capable of PWM constant current drive and direct PWM drive ・ Supporting 4 operation modes, Forward / Reverse / Brake / STOP (OFF) ・ Built-in output MOSFET with Low on-resistance (High side + low side=0.6

TOSHIBA BiCD Process Integrated Circuit Silicon Monolithic

PWM Chopper Type DC Brushed Motor Driver Features ・ Monolithic IC using BiCD process ・ Capable of PWM constant current drive and direct PWM drive ・ Supporting 4 operation modes, Forward / Reverse / Brake / STOP (OFF) ・ Built-in output MOSFET with Low on-resistance (High side + low side=0.6Ω

PWM Chopper Type 4 ch H-bridge Motor Driver

Features ● Single-chip brushed DC motor driver for up to 4 motors ● Single-chip bipolar stepping motor driver for up to 2 motors ● Monolithic IC structured by CD process ● Low ON-resistance: Ron = 0.6 Ω In Large mode, H-bridges can be combined. ON-resistance (Ron) = 0.3 Ω. ● Over-current det

BiCD Constant Current Dual H-bridge Driver IC

Features • BiCD process integrated monolithic IC • Two Built-in H-bridge for output. • Decay modes select function (Slow Decay / Fast Decay) • Power saving function (Sleep mode) • PWM constant current drive • 3.3 V regulator output • BiCD structure: DMOSFET is used for output power transist

BiCD Constant Current Dual H-bridge Driver IC

Features • BiCD process integrated monolithic IC • Two Built-in H-bridge for output • Decay modes select function (Mixed Decay / Slow Decay / Fast Decay) • Power saving function (Sleep mode) • PWM constant current drive • 3.3 V regulator output • BiCD structure: DMOSFET is used for output p

BiCD Constant Current Dual H-bridge Driver IC

Features ⚫ BiCD process integrated monolithic IC ⚫ Two Built-in H-bridge for output. ⚫ Two Built-in H-bridge for output. (Mixed Decay / Slow Decay / Fast Decay) ⚫ Power saving function (Sleep mode) ⚫ PWM constant current drive ⚫ 3.3 V regulator output ⚫ BiCD structure: DMOSFET is used for o

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

PHASE-in controlled Bipolar Stepping Motor Driver Features ・BiCD process integrated monolithic IC. ・Capable of controlling 1 bipolar stepping motor. ・PWM controlled constant-current drive. ・Allows full, half, quarter step operation. ・Low on-resistance (High + Low side=0.49Ω(typ)) MOSFET o

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

PHASE-in controlled Bipolar Stepping Motor Driver Features ・BiCD process integrated monolithic IC. ・Capable of controlling 1 bipolar stepping motor. ・PWM controlled constant-current drive. ・Allows full, half, quarter step operation. ・Low on-resistance (High + Low side=0.49Ω(typ)) MOSFET o

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

PHASE-in controlled Bipolar Stepping Motor Driver Features ・BiCD process integrated monolithic IC. ・Capable of controlling 1 bipolar stepping motor. ・PWM controlled constant-current drive. ・Allows full, half, quarter step operation. ・Low on-resistance (High + Low side=0.49Ω(typ)) MOSFET o

Toshiba BiCD Integrated Circuit Silicon Monolithic

PHASE-in controlled Bipolar Stepping Motor Driver Features ・BiCD process integrated monolithic IC. ・PWM controlled constant-current drive. ・Allows full, half, quarter step operation. ・Low on-resistance (High + Low side = 0.49 Ω (typ.)) MOSFET output stage. ・High efficiency motor current c

CLOCK-in controlled Bipolar Stepping Motor Driver

Features ・BiCD process integrated monolithic IC. ・Capable of controlling 1 bipolar stepping motor. ・PWM controlled constant-current drive. ・Allows full, half, quarter step operation. ・Low on-resistance (High + Low side=0.49Ω(typ)) MOSFET output stage. ・High efficiency motor current control

CLOCK-in controlled Bipolar Stepping Motor Driver

Features ・BiCD process integrated monolithic IC. ・Capable of controlling 1 bipolar stepping motor. ・PWM controlled constant-current drive. ・Allows full, half, quarter step operation. ・Low on-resistance (High + Low side=0.49Ω(typ)) MOSFET output stage. ・High efficiency motor current control

CLOCK-in controlled Bipolar Stepping Motor Driver

Features ・BiCD process integrated monolithic IC. ・Capable of controlling 1 bipolar stepping motor. ・PWM controlled constant-current drive. ・Allows full, half, quarter step operation. ・Low on-resistance (High + Low side=0.49Ω(typ)) MOSFET output stage. ・High efficiency motor current control

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

Full parallel controlled solenoid driver / unipolar motor driver Features BiCD integrated circuit silicon monolithic. Capable of driving up to four solenoids simultaneously. (4-ch sink driver) Capable of driving a unipolar stepping motor with a single chip. Built-in over current detection (

TOSHIBA BiCD Process Integrated Circuit Silicon Monolithic

Parallel controlled solenoid driver Features ・ BiCD integrated circuit silicon monolithic. ・ Capable of driving up to two solenoids simultaneously. (2-ch sink driver) ・ Capable of driving a unipolar stepping motor with two chips. ・ Built-in over current detection (automatic return / time co

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Phase controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), and quarter step resolution. ・Low on resistance(0.25Ω(typ.) output MOSFET. ・Hi

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Phase controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), quarter step resolution. ・Low on resistance(0.25Ω(typ.) output MOSFET. ・High v

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Phase controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), quarter step resolution. ・Low on resistance(0.25Ω(typ.) output MOSFET. ・High v

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Phase controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), quarter step resolution. ・Low on resistance(0.25Ω(typ.) output MOSFET. ・High v

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Clock controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), quarter step resolution. ・Low on resistance(0.25Ω(typ.) output MOSFET. ・High v

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Clock controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), quarter step resolution. ・Low on resistance(0.25Ω(typ.) output MOSFET. ・High v

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Clock controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), quarter step resolution. ・Low on resistance(0.25Ω(typ.) output MOSFET. ・High v

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Clock controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), half(b), quarter, 1/8, 1/16, and 1/32 step resolution. ・Low on resistance(0.25Ω

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Clock controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled current sense resistance-less constant current drive ・Full, half(a), half(b), quarter, 1/8, 1/16, 1/32 step resolution.

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Clock controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), half(b), quarter, 1/8, 1/16, 1/32 step resolution. ・Low on resistance(0.25Ω(typ

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Clock controlled Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・PWM controlled constant current drive. ・Full, half(a), half(b), quarter, 1/8, 1/16, 1/32 step resolution. ・Low on resistance(0.25Ω(typ

TOSHIBA Bi-CD Process Integrated Circuit Silicon Monolithic

Constant voltage control DMOS driver incorporating 2 function modes (full parallel input and serial input). Features ・Capable of operating maximum of two 2-phase unipolar stepping motors by one chip. ・High voltage and current (as for specifications, please refer to the absolute maximum rating

TOSHIBA Bi-CD Integrated Circuit Silicon Monolithic

Constant voltage control DMOS driver incorporating 2 function modes (full parallel input and serial input). Features ・Capable of operating maximum of two 2-phase unipolar stepping motors by one chip. ・High voltage and current (as for specifications, please refer to the absolute maximum rating

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

Clock controlled 2-phase Unipolar stepping motor driver Features ・BiCD processed monolithic integrated circuit. ・Capable of operating one unipolar stepping motor. ・Full, half(a), half(b), quarter, 1/8, 1/16, 1/32 step resolution. ・PWM controlled synchronous rectification constant current dr

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

CLOCK-in controlled Bipolar Stepping Motor Driver Features ・ BiCD process integrated monolithic IC. ・ Capable of controlling 1 bipolar stepping motor. ・ PWM controlled constant-current drive. ・ Allows full, half(a)(b), quarter, 1/8, 1/16, and 1/32 step operation. ・ Low on-resistance (High

Active Gain Control Clock-in control Bipolar stepping motor driver

Features • Built-in Anti-stall architecture (AGC: Active Gain Control) • Built-in sense resistor less current control architecture (ACDS: Advanced Current Detection System) • Low Rds (on) MOSFET (High side+ Low side=0.33 Ω (typ.)) • Built-in micro stepping control. (Full, Half (a), Half (b), Q

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

CLOCK-in controlled Bipolar Stepping Motor Driver Features ・BiCD process integrated monolithic IC. ・Capable of controlling 1 bipolar stepping motor. ・PWM controlled constant-current drive. ・Allows full, half, quarter step operation. ・Low on-resistance (High + Low side=0.8Ω(typ)) MOSFET ou

Toshiba BiCD process integrated circuit silicon monolithic

8bit Serial controlled bipolar stepping motor driver Features ・BiCD process integrated monolithic IC. ・Capable of controlling one bipolar stepping motor. ・PWM controlled constant-current drive. ・Built-in serial-parallel convert circuit (8bit shift register) ・3-line (Data, Clock, Latch) ser

Active Gain Control Clock-in control Bipolar stepping motor driver

Features • Built-in Anti-stall architecture (AGC: Active Gain Control) • Built-in sense resistor less current control architecture (ACDS: Advanced Current Detection System) • Low Rds (on) MOSFET (High side+ Low side=0.6 Ω (typ.)) • Built-in micro stepping control. (Full, Half (a), Half (b), Qu

Toshiba BiCD process integrated circuit silicon monolithic

Active Gain Control Serial Control Bipolar stepping motor driver Features ・ Built in Anti stall architecture (AGC: Active Gain Control) ・ Built in sense resistor less current control architecture (ACDS: Advanced Current Detection System) ・ Low Rds (on) MOSFET (High side+ Low side=0.4 Ω ( ・

Active Gain Control Clock-in control Bipolar stepping motor driver

Features • Built-in Anti-stall architecture (AGC: Active Gain Control) • Built-in sense resistor less current control architecture (ACDS: Advanced Current Detection System) • Low Rds (on) MOSFET (High side+ Low side=0.4 Ω (typ.)) • Built-in micro stepping control. (Full, Half (a), Half (b), Qu

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

BiCD Constant-Current Two-Phase Bipolar Stepping Motor Driver IC Features • BiCD process monolithic IC • Capable of controlling bipolar stepping motor • PWM controlled constant-current drive without resistance for motor current detection • Built-in ACDS (Advanced Current Detect System) func

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

Phase-in controlled Bipolar Stepping Motor Driver Features • Monolithic IC integrated by BiCD process • Capable of controlling bipolar stepping motor by single IC • PWM controlled constant-current drive • Supporting full, half, and quarter step resolutions • Built-in output MOSFET with low

TOSHIBA BiCD Integrated Circuit Silicon Monolithic

CLK-in controlled Bipolar Stepping Motor Driver Features • Monolithic IC integrated by BiCD process • Capable of controlling bipolar stepping motor by single IC • PWM controlled constant-current drive • Supporting full, half, and quarter step resolutions • Built-in output MOSFET with low O

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

BiCD constant current two-phase bipolar stepping motor driver IC Features ● Bipolar stepping motor driver ● PWM constant current drive, PHASE-IN control ● Operational in full, half, and quarter step resolutions ● BiCD process: Use DMOSFET for the output power transistor. ● High withstand v

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

PWM method CLK-IN bipolar stepping motor driver Features ● Bipolar stepping motor driver ● PWM constant current drive ● Operational in full, half, and quarter step resolutions ● Low on-resistance of output stage transistor by using BiCD process ● High withstand voltage and large current (F

BiCD Constant-Current Two-Phase Bipolar Stepping Motor Driver IC

Features  BiCD process monolithic IC.  Capable of controlling bipolar stepping motor.  Advanced Current Detect System (ACDS) realizes a PWM constant-current control without external current detection resistors.  Advanced Dynamic Mixed Decay (ADMD) realizes a high efficiency PWM constant-c

Toshiba BiCD Process Integrated Circuit Silicon Monolithic

BiCD Constant-Current Two-Phase Bipolar Stepping Motor Driver IC Features  BiCD process monolithic IC.  Capable of controlling bipolar stepping motor.  Advanced Current Detect System (ACDS) realizes a PWM constant-current control without external current detection resistors.  Advanced

Toshiba BiCD Process Integrated Crcuit Silicon Monolithic

BiCD Constant Current Two Phase Bipolar Stepping Motor Driver IC Features  Monolithic device using BiCD process  Device for driving a bipolar stepping motor  A PWM constant current drive is realized without external current detection resistors owing to the built-in function of Advanced C