TDL 3-0510

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DC-DC converters (also known as DC-DC power supplies) use direct current (DC) input voltage and provide DC electrical energy as output. The TDL 3-0510 is a full-bridge, synchronous rectifier DC-DC converter that can convert DC to DC and DC-DC with a high efficiency, small size, and low standby current draw.

The TDL 3-0510 is a wide input, varying input voltage, step-down converter that is designed to operate from an input voltage range of 4.5 to 16 VDC. The output voltage can be adjusted (with an external divider resistor set) from 1.5 to 12 VDC. The maximum rated output current is 3A, and the maximum continuous output power is 36 Watts. It also features current foldback, short-circuit protection, over-temperature protection, and over-voltage protection.

The TDL 3-0510 DC-DC converter utilizes a full-bridge (or a four switch) design. This design utilizes two switches to reverse the input voltage and two switches to regulate the output voltage. This type of design provides more efficiency than other types of converters, as the input and output power levels can be controlled separately. Additionally, the switches can be used to switch between two different output voltages, allowing for a wide range of output voltages.

The switching frequency of the TDL 3-0510 is variable over an adjustable range from 25 to 150 kHz. This allows the converter to operate at different frequencies to reduce noise and EMI. It also allows the converter to optimize design by reducing size and cost.

The TDL 3-0510 converter also has built-in features to provide enhanced performance, reliability, and safety. It features over-load and short-circuit protection, over-voltage protection, and over-temperature protection. Additionally, the output is filtered and provide accurate regulation at the output.

The TDL 3-0510 DC-DC converter is perfect for applications such as battery charging, automotive, industrial, telecommunications, and medical products. The converter’s wide input voltage range, integrated features, and efficiency make it ideal for applications requiring low standby power draw, minimal ripple noise, small size, and high efficiency.

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