TEP 100-2411

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DC DC Converters

DCD DC converter is a device used to convert one DC voltage to another. The most commonly used type of DCDC converter is the isolated DC to DC converter. This is a device that takes in a single DC input voltage and generates a variety of DC output voltages. It works by using an internal transformer to step-up or step-down the input voltage. When the transformer is used as a step-up device, it boosts the input voltage to a higher level. A step-down (buck) converter reduces the voltage input to a lower level. There are also higher efficiency AC converters and ultra-compact, low power DC converters available.

The TEP 100-2411 DC/DC converter is a high efficiency, high-power converter, designed for industrial applications in which space is limited. It offers superior performance with variable frequency, adjustable output, and advanced control and protection features. The device utilizes an isolated, floating inductor core, also known as an "M" core, which enables it to achieve a maximum output efficiency of up to 90%.

The TEP 100-2411 also features an integrated digital speed control circuit that allows the user to adjust the output voltage and current/power settings for optimum performance. The integrated digital speed control features on-board smart enhanced features such as frequency adjustment, programmable output voltage and ON/OFF control. In addition, the device offers a wide input and output voltage range and fast switching speeds. The device has an input voltage range of 3.3V up to 30V, and an output rating of up to 150Watts. It also has a standby mode current consumption of essentially zero making it ideal for battery operated devices.

The working principle of the TEP 100-2411 is based on the Double Buck Topology (DBT), which is a combination of two buck converters connected in series. This allows the device to efficiently convert a wide input voltage range to a wide output voltage range with minimal loss. The inputs are connected to the main switch of the first buck converter, which is then connected to the output of the second converter. When the input voltage is applied, it is connected to the first buck converter, which steps it down to the required output voltage.

The output voltage is then fed to the second buck converter, which steps it down even further to the desired voltage. This enables the TEP 100-2411 to efficiently convert high input voltages into lower output voltages and vice versa. The device provides a versatile operating range, low power consumption, and advanced digital control features. It is an ideal choice for high efficiency and space-limited applications.

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