TEN 20-4810WIR

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DC-DC converters are a type of electronic circuit that can convert power from a source of direct current (DC) to a different source of direct voltage. Their main purpose is to provide power conversion from DC sources to the loads that require it. The TEN 20-4810WIR is a high power, DC-DC converter with built-in current limit, which is designed to be used in applications such as LED lighting, industrial automation, medical equipment and more. It has a wide input voltage range (20-48V) and can provide up to 10A output current.

The TEN 20-4810WIR features a programmable switching frequency up to 600KHz, allowing for maximum flexibility and design optimization. It also has a built-in current limit, which prevents the converter from operating at voltages above the specified limits. This helps protect the converter from potential damage due to excessive current or voltage.

The TEN 20-4810WIR is also designed to be very efficient, with a maximum efficiency of up to 91%. This ensures that the device’s output power is not wasted. It also has an integrated galvanically isolated MOSFET driver, which helps to reduce the amount of heat generated by the converter. This helps to increase the converter’s overall efficiency.

The TEN 20-4810WIR uses a PWM (pulse width modulation) control scheme to regulate the output power. In this scheme, a reference signal is compared to the output voltage and the MOSFET is switched on and off accordingly. The reference signal is usually generated by a micro-controller or other device, and the MOSFET is switched on and off at the set frequency in order to provide stable output voltage.

The TEN 20-4810WIR is suitable for many DC-DC conversion applications because of its wide input voltage range and its high efficiency. It is easy to use and configure, and its built-in current limit and integrated MOSFET driver make it a reliable and efficient DC-DC converter. Its high switching frequency and integrated galvanically isolated MOSFET driver also make it ideal for applications that require high switching speeds and low heat generation.

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