Power Products
H-bridge Drivers for DC Brush Motors
Energy-saving PWM drivers H-bridge Drivers for DC Brush Motors
BD621□ / BD622□ / BD623□ series
ROHM's easy-to-use high efficiency H-bridge drivers for DC brush motors enable speed control while driving by performing switching operations of the output MOSFETs via PWM conversion of speed setting voltage inputs.
■High efficiency PWM driving easily achieved
PWM conversion and output MOSFET switching are automatically performed by inputting a speed setting voltage. PWM values can also be input directly via FIN or RIN.
■Low ON-resistance FET with zero standby current
High efficiency motor drivers designed for ease of use
  ・Built-in output MOSFET with low ON-resistance
  ・Penetration current prevention circuit
  ・Zero standby current and standby malfunction prevention circuit
  ・Reduced circuit current
Multiple protection circuits and careful layout design ensures high reliability, while PWM drive reduces power consumption. The result is the optimal solution for virtually any application.
High-speed Switching High Voltage Resistance MOSFETs
Switching loss reduced 50% (over conventional products) High-speed Switching High Voltage Resistance MOSFETs
Next Generation R50□□ / R60□□series
ON-resistance is reduced 50% over conventional products by utilizing novel low resistance processes, greatly ncreasingswitching speeds while decreasing switching loss
Ultra-low Ohmic Chip Resistors
Precision current detection with ultra-low resistances (1mΩ - ) Ultra-low Ohmic Chip Resistors
PMR03 / 10 / 18 / 25 / 50 / 100
ROHM offers a full lineup of ultra-low ohmic chip resistors for current detection.The PMR series is available in resistances from 1mΩ to 10mΩ with ±1% and ±5% tolerances and feature excellent temperature characteristics.
Energy-saving Photo Interrupters
1/3 the power consumption of conventional products Energy-saving Photo Interrupters
RPI-□□□E series
Stable characteristics with 1/3 the power consumption of conventional products have been achieved by making the peak wavelength of the LED closer to the peak sensitivity wavelength of the transistor.