IRMCF171TR

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The IRMCF171TR is an integrated Power Monolithic Integrated Circuit (PMIC) that combines the current, control, and protection requirements of the system into one integrated package, making it the ideal choice for motor applications. This device provides high efficiency and low energy loss, and is suitable for a variety of applications including Brushless DC Motors (BLDC), AC and DC motors.

The IRMCF171TR integrates two high voltage FETs, as well as two half-bridge driver channels, in a single integrated circuit. Each of the driver channels features independent enable and logic inputs, as well as independent current and voltage sensing. This allows for accurate motor control and protection at all times, with a wide range of protection thresholds and diagnostics. Additionally, the IRMCF171TR integrates slew rate control, PWM control, and motor velocity control.

The IRMCF171TR offers all the features needed for a variety of motor control applications. This device allows for accurate current level and stall detection, as well as over-temperature monitoring and protection. Additionally, the device supports overcurrent protection, under-voltage protection, and watchdog timers, all of which can be programmed according to the specific needs of the application.

The IRMCF171TR is an ideal solution for BLDC applications, where accurate motor control and protection are essential. The device offers nine different control/protection thresholds, including two levels of under-voltage lockouts and two levels of over-temperature protection. Additionally, the device includes a variety of diagnostic indicators, allowing the user to easily monitor system health and performance.

The IRMCF171TR is an ideal choice for a variety of motor applications, from low-power BLDC motors to higher-power AC and DC motors. With its integrated current and voltage sensing, protection thresholds, and diagnostics, the device is well-suited for a wide range of motor applications. In addition, the device enables users to quickly tune for specific motor parameters, such as velocity and torque, for optimal performance.

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