GTM43007-B6015-FW(R)

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The GTM43007-B6015-FW(R) AC/DC Converters are designed for applications requiring high quality, efficiency and stability. This AC/DC converter has a peak load current rating of 50A and an adjustable operating frequency from 0.1KHz to 30KHz. It features temperature compensation and an embedded micro-controller to ensure optimal performance.

It is a single-channel, full bridge synchronous AC/DC converter, combining a fixed frequency AC power supply with a single, isolated, regulated output DC source. It is built with a high power MOSFET transistor and a synchronous rectifying operation and uses an adaptive voltage control loop for high performance and accuracy.

The GTM43007-B6015-FW(R) provides a wide range of output operating voltages, from 12.2 to 14.2V, and can be used in applications such as industrial LED lighting, appliances and audio amplification.

For optimal performance, efficiency and reliability, the GTM43007-B6015-FW(R) uses a blend of components that are specifically designed to ensure long service life, consistent power delivery and robust operation. It features a built-in buck-boost voltage regulator for optimal voltage regulation at low and high voltages. The AC/DC converter also contains a thermal protection circuit for secure operation, and a buck-boost auxiliary connector.

The GTM43007-B6015-FW(R)\'s operating principle is simple: a switch is activated, allowing AC power to flow through the primary winding to a secondary switch, which then synchronously converts the AC power to a regulated DC output voltage. The synchronous rectifying converter ensures high efficiency by using switching elements to convert the energy instead of dissipating it through resistors or through an inductor.

The GTM43007-B6015-FW(R) is designed for a wide range of applications, including LED lighting, general purpose power supplies, appliances, and audio amplification. Its adjustable operating frequency and temperature compensation allow for improved accuracy and efficiency, making it an ideal choice for many applications.

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