TPS65632RTER

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Regulated power supply is a very important components of electronic production. With the development of photovoltaic industry, the need for power regulator is also increased, and the emergence of TI\'sTPS65632RTER also meet these increasing demands. TI\'sTPS65632RTER is a point of load (POL) PMIC, which supports up to 6 different voltage rails with maximum current of 6Ainto a single 1.5mm × 2mm package.

Its working principle is based on the switching technology. Generally, the switching regulators in this family comprises of three basic blocks - a power switch, a control circuit, and an output filter. The power switch or power transistor is responsible for switching the input dc voltage on and off. The control circuit drives the power switch and provide feedback for voltage regulation. The output filter, which includes a capacitor, is responsible for smoothing out the voltage ripples from the power switch to make the output voltage more stable. These three components, along with some extra components form the TPS65632RTER, as shown in Figure 1.

Figure 1: TPS65632RTER Working Principle Diagram

The TPS65632RTER has two application fields, the first one is as power regulator in photovoltaic system. As today\'s photovoltaic systems become more and more complex, a reliable and efficient point of load regulator is essential. The TPS65632RTER can provide up to 6 programmable voltage rails with a wide VIN range of direct current of 4.5V to 20V, maximum input current of 6A and adjustable output voltage from 0.7V to 3.1V, which is enough for various applications. The second application field would be the LCD panels or displays used in mobile phones, digital cameras, and other related devices. The TPS65632RTER provides 6 independently programmable output voltages for LCD panels or displays, and it also supports a dual-step sequencing setting to meet the needs of various devices.

In conclusion, the TI\'sTPS65632RTER is a very promising point-of-load PMIC which has two application fields, one in the photovoltaic system, the other in LCD panels or displays. With its 6 output programs and the dual-step sequencing setting, it can provide reliable and efficient power regulation to meet the demands of different customers.

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