T2117-TAS

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Power management integrated circuit (PMIC) provides generation, control and monitoring of power signals that are used to power system-level components in a wide range of applications. PMICs include power distribution switches, load drivers, power sequencing circuits and voltage regulation modules, and control energy management functions such as power saving, thermal management and device tracking. T2117-TAS is a PMIC device specifically designed to support low-voltage, high-Current circuits in advanced automotive applications.

The T2117-TAS utilizes advanced high-voltage packaging technology and provides integrated over-current protection and current limiting for the load in addition to low-dropout linear voltage regulators. The device is designed with over-temperature protection, current fold-back with soft-start, and fault detection protection, which helps improve system reliability in extreme conditions. The T2117-TAS can be used to control a range of different types of loads such as LCD displays and lighting elements. Applications include embedded systems, automotive inspection systems, Point-of-Sale terminals, and industrial and medical equipment.

The T2117-TAS utilizes a four-channel architecture, with one switch and three low-dropout linear voltage regulators. Each of the four channels features an independent power switch and a low-dropout linear regulator. This allows the T2117-TAS to control up to four independent rails with one device, reducing component count and power consumption while providing power efficiency and reliability. The device also features integrated gate drive circuitry that enables the user to control the device with a single input signal.

The T2117-TAS includes an advanced low-voltage hierarchical control logic used to enable and disable the power signals. This allows the user to maintain reliable operation of the device under extremely adverse conditions. The T2117-TAS also includes a variety of control and monitoring features, including over-current protection, current limit protection, and watchdog timer for system reset functions.

The T2117-TAS utilizes the synchronous rectification technique for improved efficiency in the voltage regulation process. This aids in the reduction of power dissipation and provide improved performance at high load currents. Additionally, the T2117-TAS provides over-voltage and over-temperature protection to safeguard the device from damage in extreme conditions. Finally, the device utilizes its programmable output voltage to sense the output voltage and adjust the linear regulator output voltage accordingly.

The T2117-TAS can be used in a variety of applications that require reliable, integrated power management. The device provides a high-performance, low-voltage solution to controlling and monitoring multiple power domains. It is an ideal choice for applications in which system reliability, efficiency and total power management are of paramount importance.

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