CQ1001-7R

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DC DC Converters are the key components of our modern electrical and electronic system. They are used to convert a high voltage DC input into a low voltage DC output, either with or without transformers. One of the most commonly used DC DC Converters is the CQ1001-7R. It is used to convert a high voltage input of 15 to 35V DC into an output of 1.25 to 14.5V DC.

Application Field

The CQ1001-7R is important in the areas of automotive, industrial systems, electronic equipment, power supplies, and telecommunications. Its accurate output voltage and low input current make it a very reliable component for use with different devices. For instance, in the automotive area, this DC DC converter is used in battery charging systems, electronic control units, and lighting systems. In industrial systems, it can be used in many applications such as industrial testing and measurement systems, building automation, and power distribution systems. Additionally, it is widely used in telecommunications networks for power conditioning of the systems.

Working Principle

The CQ1001-7R is a type of DC DC converter that uses a self-contained synchronous regulator chip. It works with a series of pulses, known as the pulse width modulation (PWM) signal, to convert the input power from a higher voltage to a lower output voltage. The working principle of the chip involves some stages. First, the input power is converted from a high voltage to a signal in the form of wave pulses. The signal is then used to control the output voltage with the help of a small transformer, which is used to step down the voltage. Finally, the output voltage will be regulated using the built-in regulator of the chip.

The CQ1001-7R is a reliable and efficient way to convert a high voltage input to a low voltage output. It has many applications in the automotive, industrial, and telecommunications areas. The chip works with the help of PWM signals and a small transformer to provide the output voltage. It is an important component that can be used in different applications where a reliable and accurate output voltage is required.

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