NTE1205MC-R Power Supplies - Board Mount

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DC to DC converters are important devices in electronics. They are used to convert one type of DC power into another type of DC power, such as from low voltage to high voltage or from high voltage to low voltage. NTE1205MC-R is a 5W adjustable DC to DC converters. It can provide an adjustable output voltage range from 0.7V to 5.2V and supply currents up to 1A.

The NTE1205MC-R is a miniature, regulated, low cost DC to DC converter module. It is designed for easy mounting and easy operation with a wide input voltage range of 3V to 18V and an adjustable output voltage range of 0.7V to 5.2V. The device incorporates a high frequency and full bridge topology, which provides a high efficiency of up to 90%.

The main application of NTE1205MC-R includes wireless communications, industrial instrumentation, data logging, portable medical and navigational systems, computer/peripheral systems, remote services and communication systems, automotive applications, power line communication and other portable battery devices.

The working principle of the NTE1205MC-R is based on the full bridge topology, which uses four MOSFET switches and a ZVS driver as its key components. The ZVS driver provides high voltage pulses with a duty cycle between 60-95%, which then drive the MOSFET switches. The power switching operation then creates a pulse width modulation output. The output voltage is then regulated by an internal feedback loop, which monitors the output voltage and uses the MOSFET switches to adjust the output voltage in order to maintain the desired voltage. This ensures that the device can quickly and accurately perform voltage conversion.

In summary, the NTE1205MC-R is a 5W regulated DC to DC converter module that provides a wide input voltage range of 3V-18V and an adjustable output voltage range of 0.7V to 5.2V. With its high efficiency of up to 90%, it is ideal for wireless communications, industrial instrumentation, medical systems, automotive applications and other portable devices. Its working principle is based on the full bridge topology, which drives four MOSFET switches with a ZVS driver and an internal feedback loop for voltage regulation.

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