V110C28E100B3

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The V110C28E100B3 DC DC Converters are designed to increase and decrease voltage levels to power electronics locomotives and other electrically powered vehicles. It is a rugged, high-efficiency DC to DC converter which may operate in either non-isolated or isolated voltage conversion applications. The V110C28E100B3 DC DC Converters combine circuit and case design to couple high efficiency with a rugged, dependable and long life expectancy performance.

The V110C28E100B3 DC DC Converters can operate in either step-up (boost), or step-down (buck) configurations to converte a low or high DC voltage. The V110C28E100B3 DC DC Converters can also be used in multiplexer or multiplexing circuit applications. For systems requiring wide input voltage operation, the V110C28E100B3 DC DC Converters feature an adjustable input voltage range from 6 to 28 volts.

The V110C28E100B3 DC DC Converters offer a fixed output voltage of 3.3 volts for constant current supply and a high efficiency of up to 96%. The output voltage is set to provide the right amount of current to drive the system. The converter is designed with a reverse polarity safeguard against accidental connections with high voltage levels. A short over-voltage protection circuit prevents the costly destruction of the converter and output circuitry.

In addition to the unique input, output and protection features, the V110C28E100B3 DC DC Converters also feature adjustable soft-start circuitry, adjustable over-temperature alarm, adjustable current limit and full cycle-by-cycle current limit protection. The output voltage of the converter is adjustable via an external voltage setting resistor, saving space on the PCB layout.

The V110C28E100B3 DC DC Converters can be used to provide power to high performance servo systems, high efficiency frequency converters, variable speed drives, motor controls, programmable logic controls and other high performance electronics applications. The operational range of the V110C28E100B3 DC DC Converters is from -40°C to +105°C.

The working principle of the V110C28E100B3 DC DC Converters is based on a series of components and circuits facilitating electrical current exchange. The input voltage is first processed through an inductor and switching transistor in an arrangement known as a buck converter. A buck converter will reduce the voltage level in the incoming current as it passes through corresponding components. The conversion of higher to lower voltages is then followed by the processing of the low voltage current through a transformer which increases the voltage level, resulting in a higher output.

The V110C28E100B3 DC DC Converters features PWM (Pulse- Width Modulation) Control with Boost and Flyback architectures which require low input voltage operation. This type of control technology allows for fast and precise voltage adjustment with minimal components to achieve maximum efficiency and noise immunity.

TheV110C28E100B3 DC DC Converters offer a high efficient and reliable solution for applications requiring a wide range of input and output voltage specifications. The converter is capable of handling the large current demands of most high powered systems and the variety of protection systems ensure the safe operation of the device in any voltage and temperature environment.

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