TPS65167RHAR

TPS65167RHAR application field and working principle

Power Management Integrated Circuit (PMIC) is an umbrella term for a range of integrated electronics that monitor and manage power supplied to electrical systems in a wide variety of applications. The TPS65167RHAR is a high-efficiency PMIC suitable for embedded systems in a variety of fields.

Power Management Specialty

The core of the TPS65167RHAR is the ability to manage system power by providing intelligence in the form of protection, control, parametric monitoring and system power supply sequencing. It is also capable of monitoring voltage and current in order to ensure system-level as well as component-level safety. This enables it to provide a wide range of power management capabilities in embedded systems.

Based on the power management architecture, the TPS65167RHAR provides five integrated power switches with trickle-charging support and eight low side system load switches without trickle-charging capability to enable power control and protection. In addition to this, it also provides up to 32 pins that are dedicated to monitoring system parameters.

Uses

The TPS65167RHAR is suitable for use in a range of fields including industrial, electronics, telecommunications, consumer, automotive, medical and many more. In industrial settings, it is used to enable automation and control of workflow of production line or other work centers. For example, it can be used to enable remote monitoring of industrial equipment as well as managing and monitoring production data.

In consumer electronics, the TPS65167RHAR has multiple uses, from controlling audio systems and televisions to controlling and monitoring consumer entertainment equipment. It is also used in telecommunications equipment to monitor and control radio systems for telephony, network access and communications. Similarly in automotive applications the TPS65167RHAR is used to enable power control and monitoring for vehicle systems.

In the medical industry, the TPS65167RHAR is used to monitor and control medical systems such as implanted devices, diagnostic equipment and various kinds of laboratory and patient monitoring systems. It is important for these types of applications as it can offer robust power control, high efficiency and system protection.

Working Principle

The TPS65167RHAR\'s working principle is based on providing monitored and intelligent power management to electronic systems. It provides four integrated system power switches and eight load switches, optimized to handle different levels of system demand. Its system protection mechanism offers eight protection settings and comprehensive monitoring of system parameters including voltage, current, temperature and fault conditions.

The system also offers load control and switch control to enable better power management. It also offers system sequencing solutions which provides the ability to power up and down system components in a safe and orderly way. In addition to this, the system provides a voltage-balanced architecture which enables superior power efficiency.

Overall, the TPS65167RHAR is an extremely powerful and reliable power management solution for a wide variety of applications. Its intelligent and monitored power management capabilities, protection features, optimized load control and switching capabilities make it a valuable addition to any embedded system.