The L295 is a monolithic integrated circuit with high current capability, high voltage operation, high efficiency switchmode operation, regulated output current, few external components, separate logic supply, and thermal protection. It is suitable for applications such as driving solenoids.
The L295 is a monolithic integrated circuit designed to interface digital circuitry with inductive loads, such as solenoids. It incorporates two independent driver channels capable of driving 2A peak output current each, utilizing a switch-mode operation for high efficiency.
The device accepts standard microprocessor logic levels and includes features like thermal shutdown protection at junction temperatures exceeding 150°C. The output current is adjustable via external reference voltages or internal settings, making it suitable for applications like hammer driving in matrix printers and step motor control.
| Supply voltage | 50 V |
|---|---|
| Logic supply voltage | 12 V |
| Thermal shutdown threshold | 150°C |
The device supports a peak output current of up to 2.5A per channel non-repetitively and 2A for DC operation.
The maximum supply voltage rating is 50V, with typical operation up to 46V.