• Part: BA6955N
  • Description: Reversible motor driver
  • Manufacturer: ROHM
  • Size: 104.80 KB
Download BA6955N Datasheet PDF
ROHM
BA6955N
BA6955N is Reversible motor driver manufactured by ROHM.
Motor driver ICs Reversible motor driver BA6283N / BA6284N / BA6955N The BA6283N, BA6284N, and BA6955N are reversible-motor drivers with a maximum output current of 1.0 A. Two logic inputs allow four output modes: forward, reverse, stop (standby), and brake. The built-in power save circuit suppresses current consumption in the motor stop mode. FApplications VCRs, audio devices FFeatures 1) Logic and driver sections have separate ground pins; this allows the IC to drive speed-variable, reversible motors by connecting an electronic governor circuit. 2) Built-in power saving circuit suppresses current consumption in stop (standby) mode. FAbsolute maximum ratings (Ta = 25_C) 3) Interfaces with TTL devices. 4) Built-in thermal shutdown circuit. FRemended operating conditions (Ta = 25_C) Motor driver ICs FBlock diagram BA6283N BA6283N / BA6284N / BA6955N BA6284N Motor driver ICs FPin descriptions BA6283N BA6283N / BA6284N / BA6955N BA6284N Motor driver ICs FInput / output circuits BA6283N / BA6284N / BA6955N Motor driver ICs BA6283N / BA6284N / BA6955N FElectrical characteristics (unless otherwise noted, Ta = 25_C, VCC = 9V, and VM = 9V) FInput / output truth table FApplication example BA6283N Motor driver ICs BA6283N / BA6284N / BA6955N BA6284N Motor driver ICs FOperation notes (1) The quality of these products have been carefully checked; however, use of the products with applied voltages, operating temperatures, or other parameters that exceed the absolute maximum rating given may result in the damage of the IC and the product it is used in. If the IC is damaged, the short mode and open modes cannot be specified, so if the IC is to be used in applications where parameters may exceed the absolute maximum ratings, then be sure to incorporate fuses, or other physical safety measures. (2) GND potential The potential for pin 1 must be kept lower than the potentials of the other pins regardless of the...