PTH05T210WAD

DC DC Converters are among the types of power converters used to regulate energy transfer, providing consistency for electrical power delivery in both AC and DC circuits. The PTH05T210WAD is a DC DC Converter designed for high current applications.

The PTH05T210WAD is a non-isolated buck-boost type converter which utilizes an integrated pulse width modulation (PWM) controller, enabling it to operate as both a buck and boost regulator. It is capable of outputting a constant (regulated) current, even when the input voltage changes. This feature makes it well-suited for applications that require excessive loads such as LED lighting and rechargeable batteries. Additionally, the PTH05T210WAD has a low-side N-channel MOSFET to minimize power loss at the output.

The PTH05T210WAD offers several key advantages that make it ideal for a variety of DC input applications. Its wide input voltage range (4v to 18v) makes it ideal for portable devices and low current applications that require a steady, even output. Additionally, its built-in soft-start feature minimizes inrush current spikes and has a short turn-on time to minimize power loss. The PTH05T210WAD is also highly efficient, achieving up to 98% efficiency. This makes it an excellent choice for high current applications, such as LED lighting.

The PTH05T210WAD also offers several other features to simplify its use and ensure reliable performance. It has over-voltage, current, and temperature protections for improved safety and a preset current limit feature that can be used to control current output. Additionally, it features an adjustable switching frequency of up to 8MHz, allowing for better control of transient voltage and current. Finally, the PTH05T210WAD has a frequency synchronization function that allows it to synchronize with an external master clock to ensure a consistent output.

In conclusion, the PTH05T210WAD is an excellent choice for applications that require a regulated current output. Its wide input voltage range, high efficiency, low start-up time and features such as current limiting and frequency synchronization make it an ideal choice for applications where reliable performance is required. Its small size and low cost make it a cost-effective solution for a variety of applications.