VEFT1-S12-D5-SMT-TR Power Supplies - Board Mount

DC DC Converters

The VEFT1-S12-D5-SMT-TR is a DC-DC converter which is used in a variety of applications. It is a surface mountable unit that is designed to be used in environments where low-voltage, high currents, and temperature control are necessary. It has a wide input range and can regulate outputs from 0-15V DC.

The VEFT1-S12-D5-SMT-TR is most commonly used in the electronics industry, in applications such as cellular phones, computers, and medical equipment. The device is also used in the transportation industry, as a component for powering car audio systems, vehicle navigation systems, and lighting.

This unit offers the user an adjustable PWM switching frequency that is adjustable and can operate at up to 200kHz. Its output is also adjustable and highly reliable. Furthermore, it is RoHS compliant and offers excellent thermal performance.

The working principle of the VEFT1-S12-D5-SMT-TR, like most other DC-DC converters, involves converting a low voltage DC input voltage into a higher DC voltage output. It uses a step up transfoemer to boost the input voltage and then uses switching circuitry to step down the voltage to the desired level. A control circuit connected to the output of the transformer moderates the switching frequency and the output voltage.

The VEFT1-S12-D5-SMT-TR unit also features short circuit protection, overvoltage protection, thermal shutdown protection, and current limiting to ensure that the user is always safe when using the device. Furthermore, it has a low power consumption and remains quiet during operation for increased efficiency and reliability.

In summary, the VEFT1-S12-D5-SMT-TR is a DC-DC converter which is used in a number of applications. It utilizes a step up transformer to increase the input voltage and a control circuit to regulate the output. The unit offers adjustable PWM switching frequency, short circuit protection, overvoltage protection, and thermal shutdown protection. Its low power consumption and quiet operation make it highly efficient and reliable for the intended applications.