DRV2665RGPR Integrated Circuits (ICs)

The DRV2665RGPR is a low-power, cost-effective motor drive and controller that operates on two separate power domains. It has both a high-side and a low-side gate driver, allowing the user to quickly and easily adjust the motor’s speed, torque, and direction. The motor drive is designed to work with a variety of motor types and is capable of controlling a wide range of motor voltages, current draw, and inductance.

The DRV2665RGPR utilizes a push-pull totem pole output stage that helps to reduce power consumption and allows for a larger voltage range (up to 30V). The motor drive also uses a low-EMI (electromagnetic interference) design to reduce interference when used in noisy environments. To further reduce EMI, the device includes an on-chip EMI filter. This helps to reduce the EMI levels generated by the switching power supply when used in high-radiation fields.

The DRV2665RGPR has adjustable PWM (pulse width modulation) frequency, allowing the user to adjust the performance of the motor over a range of frequencies from 20 to 200kHz. The high-side gate driver is capable of switching at a 20A peak and the low-side gate driver can handle up to 8A peak. The DRV2665RGPR also supports NPN (normally-on) and PNP (normally-off) outputs, making it compatible with both 4-wire and 6-wire motor drive systems. The integrated programmable pre-driver offers flexibility for controlling complex motor drive systems. This includes variable speed control, peak current control, and the ability to control different motor rotation directions. The integrated programmable pre-driver also allows for smooth transitions between stopped and movement.

The DRV2665RGPR is designed to be used in a wide range of motor drive applications. This includes HVAC, agricultural, and industrial motor drive systems. The device is also ideal for automotive and consumer applications, where it can be used to control stepper motors, fans, pumps, and other motor applications. The DRV2665RGPR is designed to provide the optimum level of performance and reliability in any motor control application.