LXDC2HN28A-235

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DC-DC converters are versatile devices designed to supply a specific voltage level, usually lower than the input voltage. This is very important in electronic applications since the voltage levels used by various components vary, and the correct voltage must be supplied to each component in order for it to operate correctly.

The LXDC2HN28A-235 is a single-output DC-DC converter with an input voltage of up to 28 VDC and an output voltage of either 5, 12, or 15 VDC. It offers a maximum output current of up to 235 mA. The LXDC2HN28A-235 is designed for cost-sensitive applications, such as point-of-load voltage conversions in computers, industrial, or telecommunication systems.

The LXDC2HN28A-235 utilizes an efficient switch-mode topology to deliver high performance and features. The converter has a high efficiency of up to 96%, enabling it to operate at low temperatures and ensure a low noise level. The LXDC2HN28A-235 also features over-voltage and short-circuit protections, which protect the converter and the connected device from damage.

The LXDC2HN28A-235 works on the principle of pulse width modulation (PWM). In this topology, the input voltage is regulated using pulse width modulation. When the input voltage is lower than the desired output voltage, the duty cycle of the pulses is increased, which causes the output voltage to increase. When the input voltage is higher than the desired output voltage, the duty cycle of the pulses is decreased, which causes the output voltage to decrease.

Pulse width modulation can also be used to regulate the output current of the converter. By modulating the duty cycle of the pulses, the output current can be precisely controlled. This allows the converter to maintain constant output current, even when the input voltage varies.

Overall, the LXDC2HN28A-235 is a high performance, cost-effective DC-DC converter that can be used in a wide variety of applications. It is capable of providing regulated output voltages and currents, and it features advanced protection mechanisms to protect the converter and the connected device from damage.

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