• Part: TA8051P
  • Description: 3A MOTOR DRIVER
  • Manufacturer: Toshiba
  • Size: 220.35 KB
Download TA8051P Datasheet PDF
Toshiba
TA8051P
TA8051P is 3A MOTOR DRIVER manufactured by Toshiba.
FEATURES l Output current capacity : 3A (max.) l Small standby current consumption : 100µA (max.) l Separate VCC supplies for output and logic control sections Weight: 4.0 g (typ.) l Four modes : Forward, reverse, stop, and brake l Multiple protective functions : Short-circuit protection, thermal shutdown, and overvoltage shutdown l Built-in diode for counteracting counter electromotive force l Remended operating supply voltage range: VCC = 6V to 16V、Vs = 6V to 16V l Operating temerature range : - 40 to 110°C l Plastic package HZIP-12 pin BLOCK DIAGRAM AND PIN LAYOUT 1 2002-02-27 PIN DESCRIPTION PIN No. 1 2 3 4 6 8 10 11 5, 7 SYMBOL DI1 DI2 Adj M (+) GND M (- ) VCC VS ST DESCRIPTION Output status control pin. Connects to a PNP-type voltage parator. Overcurrent detection current setup pin. When this pin is grounded, the ISD value is increased by 1A (typically) . Connects to the DC motor. Both the sink and the source have a current capacity of 3A. Diodes for absorbing counter electromotive force are contained on the VCC and GND sides. Grounded Connects to the DC motor together with pin 4 and has the same function as pin 4. This pin is controlled by the inputs from pins 1 and 2. Overvoltage detection pin. When a voltage higher than 27.5V (typically) is applied to this pin, the output turns off (enters stop mode) . Generally, the pin is directly connected to the VCC pin (pin 10) . If overvoltage protection is not needed, the pin is opened or grounded. Power supply pin for the output section Power supply pin for the control section. This pin is pletely separated from the VCC pin. When this pin is opened or grounded, the output turns off to reduce the current consumption below 100µA. If standby mode is not needed, the pin connected to VCC. Not connected. (Electrically, this pin is pletely open.) TRUTH TABLE DI1 H L H L H/L Input DI2 H H L L H/L Output M (+) M (- ) Output...