BD46435G-TR

The BD46435G-TR is a reset IC from ROHM, used in a variety of applications. It is classified as a PMIC - Supervisors, belonging to a family of integrated circuits that monitors system voltages and the presence of various signals in order to detect faults and maintain system reliability.

Applications

The BD46435G-TR is ideal for applications with low power consumption where accuracy and reliability are important. It is suitable for use in both battery-powered and AC applications. It can be used in a variety of applications such as motor control, automotive, lighting control, medical, and power management.

Features

The BD46435G-TR features 4-V output accuracy for reset stability, a 0.3 voltage differential between reset signals, and a delay time of 6 ms. Additionally, it provides an adjustable reset polarity and delay time, allowing it to be tailored to the specific application requirements. It also features a wide operating temperature range (-40°C to +85°C) and a low power dissipation on the order of 0.6 mW, allowing for maximum efficiency.

Working Principle

The BD46435G-TR works by monitoring system voltages and the presence of various signals to detect faults. When an abnormal system behavior is detected, the reset signal is triggered, which restarts or shuts down the system. Additionally, the reset signal can be generated manually, or programmed to activate after a certain amount of time.

When the BD46435G-TR is triggered, it activates a reset signal such as a low voltage signal. This signal is sent to the system, restarting it or causing it to shut down. The preset delay time is adjustable, allowing flexibility with application-specific requirements.

Conclusion

The BD46435G-TR is a reset IC from ROHM. It is classified as a PMIC - Supervisors, designed for a wide range of applications. It features 4-V output accuracy for reset stability, a 0.3 voltage differential between reset signals, and a delay time of 6 ms. The BD46435G-TR works by monitoring system voltages and the presence of various signals to detect faults, then triggering an adjustable reset signal when an abnormal system behavior is detected.