NTV1212MC

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DC to DC converters can be used to power electronic devices, as they provide a way to convert a direct current (DC) voltage to a different direct current voltage. The NTV1212MC is a DC to DC power converter specifically designed to provide the correct voltage for computer motherboards, industrial control systems, and telecommunications equipment. This DC to DC converter is one of the most reliable and efficient solutions available, and is a good choice for applications that require high performance and flexibility.

The NTV1212MC can convert a DC voltage between 2V-31V and output a voltage between 0.5V-13V. It can also be configured with either an open-frame or a fan-cooled enclosure. This versatile DC to DC converter has adjustable current, temperature, and voltage limits, and can provide a power output of up to 1000W. It features an overload protection and short circuit protection, as well as an active power factor correction circuit which improves the power quality of the output signal.

The NTV1212MC DC to DC converter uses a buck-type switching topology to convert a direct current power signal from one voltage level to another. In this topology, the input voltage is regulated by a control signal, which defines the duty cycle of a power switch, and this duty cycle is compared to a reference voltage. When the duty cycle is higher than the reference voltage, the power switch is turned on, and the input voltage is regulated. When the duty cycle is lower than the reference voltage, the power switch is turned off, and the input voltage is unregulated. This process is repeated with each cycle of the power switch, creating a pulsed output which is regulated at the correct voltage.

The NTV1212MC DC to DC converter features ultra-low ripple and highly precise regulation. The ripple, which is the amount of voltage noise on the output signal, is typically less than 1mV peak to peak. The precise regulation enables the NTV1212MC to maintain a constant output voltage regardless of the load and input voltage variation within the specified range. This makes it a great choice for applications that require a steady and reliable power supply.

The NTV1212MC DC to DC converter is highly efficient, boasting a maximum efficiency of over 95%, depending on the input and output voltages. Its low power loss and high efficiency make it a cost-effective solution for providing power to electronic devices. In addition, this DC to DC converter is designed to have a very low electromagnetic interference (EMI) profile, which reduces the risk of interference with other nearby devices.

The NTV1212MC is a reliable and efficient DC to DC converter that is suitable for a wide range of applications. It is designed to provide a low ripple, highly precise, and cost-effective power source for computer motherboards, industrial control systems, and telecommunications equipment. The NTV1212MC’s advanced features, such as adjustable current, voltage, and temperature limits, as well as an active power factor correction circuit, make it a popular choice for those who require a high-performance, reliable power source.

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