TPS60124PWPR

TPS60124PWPR Application Field and Working Principle

TPS60124PWPR is a DC/DC Buck converter that is designed for wide applications in mobile video, gaming and computer applications. It was designed with a combination of high performance, low noise, low power consumption and a low quiescent current. It can operate at input voltages of up to 18V and output voltages of up to 12V. The maximum output current that is supported by the converter is 0.25A. It also has an internal power switch and a continuous-mode low-side MOSFET.

The application field of the TPS60124PWPR converter includes mobile LCDs, AMOLEDs, TFTs and other electronic components that require a stable DC supply. It can be used as a direct replacement of the fixed linear regulators. The converter has the capability to deliver high efficiency and noise-free operation while maintaining a low quiescent current. The converter is also very reliable as it features over-temperature protection, under-voltage lockout protection, and over-voltage protection.

The working principle of the TPS60124PWPR converter is based on the buck-boost concept. In most buck-boost converters, the input voltage is converted to a lower output voltage and then the output is regulated. This type of converter uses an internal positive and negative voltage regulator to regulate the output voltage. The voltage regulation process is done with the help of a feedback loop, which is responsible for maintaining a stable output voltage.

In the TPS60124PWPR, the input voltage is first divided into two separate positive and negative output waveforms. These waveforms are then pulses width modulated and then converted into a single regulated output voltage. The output voltage is regulated by the current feedback loop that maintains a constant output voltage even as the input voltage varies over a wide range. The converter also features output over-voltage protection to prevent sudden voltage peaks.

The TPS60124PWPR is a very efficient and reliable DC/DC buck converter. It is designed to provide a steady and stable output voltage while consuming very low power, making it an ideal choice for mobile video, gaming and computer applications. It also features built-in over-temperature and over-voltage protections, making it ideal for a wide range of applications.