VE-26L-EX

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DC DC converters refer to voltage and/or current conversion equipment that can convert the AC power of absolute zero frequency from the power grid or battery to the DC power required by the equipment load. One type of DC DC converter the VE-26L-EX enables power conversion from voltage levels of 48V to 750V, and can convert continuously adjustable voltage outputs on increments of five.

The VE-26L-EX is created to provide efficiency and reliability in extreme high temperature settings. It is equipped with two pairs of NPN transistors to serve the purpose of adjusting the output load, effectively regulating the voltage required on the output terminals. This type of converter is designed for efficiency in high temperature environments, allowing it to provide stability while working under extreme conditions. In addition, it adopts a combined system which can cut the demand of the capacitor and coil in some certain circumstances, which ensures that reliability is maximized during operation.

The VE-26L-EX is applied in both industrial settings and vehicle applications. It is designed to provide high performance and reliability, and is widely used as a power supply device in vehicle cabin, safety appliance, and other HVAC&R systems. It is typically used as an intermediate power source, as it provides the highest conversion efficiency.

The VE-26L-EX works in the following principle. The input voltage is first filtered and is then altered to a lower voltage by the transformer. This low voltage is then rectified and filtered to provide a DC voltage which is required to drive the circuit. After the conversion, the regulated voltage is outputted from the transistor module to control the output voltage.

The powe VE-26L-EX is a DC DC converter designed to provide a continuous adjustable voltage output on increments of five. It is designed for extreme temperature application and is applied in both industrial settings and vehicle applications. It works on a principle where the input voltage is first filtered and altered to a lower voltage by the transformer, and is then rectified and filtered to provide a DC voltage which is used to drive the circuit and output controlled voltage. As a result, it provides the highest conversion efficiency and is widely applied in power supply devices in vehicle cabin, safety appliance, and HVAC&R systems.

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