TISP7180F3P

TISP7180F3P Application Field and Working Principle

TISP7180F3P is a member of Thyristors family. It is a thyristor-based linear phase controller used for medium current applications in the flooded lead-acid battery charging field. The application field for TISP7180F3P is designed to provide efficient, reliable and low-cost control of power supplies and system loads.

The TISP7180F3P controller consists of a thyristor-based linear phase control (TLC) rate control, a low voltage overshoot (LVO) protection circuit and optional temperature control and protection. The TLC rate control ensures that a proportional voltage will be applied to the battery irrespective of its temperature, thereby avoiding excessive losses due to battery temperature variation.

Working Principle

The working principle of TISP7180F3P focuses on the utilization of a thyristor-based linear phase control (TLC) rate control and low voltage overshoot (LVO) protection circuit. The TLC rate control is based on the voltage of the battery, ensuring a smooth and proportional charging process. This results in improved efficiency and power conservation. The low voltage overshoot protection circuit, on the other hand, monitors the voltage of the battery and ensures a safe and reliable charging process.

The TISP7180F3P also has an optional temperature control and protection set-up. This system will monitor the temperature of the battery during charging and can be adjusted to minimize losses due to high temperatures. The temperature protection circuit is also designed to cut off power if the temperature rises too high, thus avoiding potential damages to the device and the battery.

Conclusion

The TISP7180F3P from the Thyristors family is a linear phase controller used for medium current applications. It uses thyristor-based linear phase control (TLC) rate control and optional temperature control and protection set-up to provide efficient, reliable and low-cost control of power supplies and system loads. The system is designed to ensure a smooth and proportional charging process and to protect the device and battery against potential damages by monitoring and cutting off the power if the temperature rises too high.