ISL24005IRTZ-T13 Integrated Circuits (ICs)

ISL24005IRTZ-T13 is a state-of-the-art Power management Integrated Circuit (PMIC) management unit specifically designed for embedded systems and systems-on-chip. Primarily part of the Intersil family, this advanced mixture of analogue, digital and advanced interconnect technologies has been proven to be successful in a variety of applications, from low-power embedded systems to high-power automotive and high-end server designs.

The ISL24005IRTZ-T13 is one of the Intersil family of specialized PMICs, due to it’s high performance, versatile design and feature set. Specifically, it is tailored to low-power communications, automotive and processor power management applications, incorporating advanced interconnect technologies, dynamical power-to-current controls, adjustable output voltage up to 5A, extremely low quiescent current, and monitoring and power control interconnects.

This sophisticated mix of technologies provide a combination of features suitable for low-power applications such as communication and interconnect systems, while being powerful enough to handle automotive applications. This unique combination also makes the ISL24005IRTZ-T13 an ideal solution for processor power management in server and embedded systems. The full featured on-chip combination, including adjustable output voltage up to 5A, low quiescent current, and a range of monitoring and power control interconnects, provides an optimal balance between performance, efficiency and scalability.

ISL24005IRTZ-T13 is designed for use in embedded, handheld/portable, automobiles, industrial, as well as IT server systems. It is designed to provide a complete solution to power management and system flexibility needs. The advanced combination of Intersil’s discrete and embedded technologies combined with its scalability, allows for a wide range of voltage and current requirements—from very low current control to multiple-system support with over-voltage protection. Along with its scalability the ISL24005IRTZ-T13 also offers a unique combination of current sensing and programmable voltage regulation.

ISL24005IRTZ-T13’s unique working principles include a combination of digital and adjustable analogue components as well as a wide range of programmable power control interconnects. The digital components consist of a 32-bit processor core and a voltage regulator with 3.2MHz switching frequency. The adjustable analogue components include a hysteric transceiver and fault detection circuit. The programmable power control interconnects provide an adjustable delay and maximize power efficiency across the device. The hysteric transceiver regulates the output voltage with controlled accuracy and prevents the input current from exceeding a predetermined level. The fault detection circuit detects over-voltage and under-voltage conditions on the output voltage and verifies that the system is operating under normal conditions.

Additionally, the ISL24005IRTZ-T13 features a variety of monitoring and feedback systems. The integrated current sensing continuously monitors the input current and allows the system to predict and protect against possible power anomalies. The programmable output voltage can be set to any value within the set range and the adjustable voltage regulator has a wide range of control settings, which can be used to maximize the device’s power efficiency. Finally, the monitoring and feedback systems have been built in to the system in an effort to maximize its efficiency.

In summary, the ISL24005IRTZ-T13 is an ideal solution for a wide range of power management applications. Its advanced combination of digital, analogue and advanced interconnect technologies, along with its scalability, make it a perfect choice for embedded, portable, automotive and server applications.