VCN60BADJTU-1C

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DC DC Converters have many applications in industrial and consumer electronics. The VCN60BADJTU-1C is a popular DC DC converter that can be used in many devices. In this article we will discuss the application field and working principle of the VCN60BADJTU-1C.

Application Field:

The VCN60BADJTU-1C can be used to convert voltage from an unregulated DC power source to a more regulated voltage. The output of the converter can range from 1.5V to 50V, and it can handle high power loads up to 60W. It is suitable for portable devices such as medical or automotive electronics, as well as in many industrial and consumer electronics.

Working Principle:

The VCN60BADJTU-1C uses a synchronous buck topology to convert the input voltage to the desired output voltage. It consists of two main stages: the first stage is the main PWM boost stage and the second stage is the post-regulation stage. The main PWM boost stage takes in an unregulated input voltage and uses it to control the power switch by varying the on-off ratio to obtain the desired output voltage. The post-regulation stage uses the output of this stage and further regulates it by cutting out the ripple or noise from the resultant varying signal. This prevents any fluctuation in the output voltage and also increases the efficiency of the device. The output of the post-regulation stage is then controlled by a feedback loop that uses an opto-isolator, which ensures that the output voltage remains constant across different input voltages.

Conclusion:

The VCN60BADJTU-1C is a popular DC DC converter that can be used in portable devices, as well as in many industrial and consumer electronics. It is designed to convert voltage from an unregulated DC power source to a more regulated voltage, with output levels ranging from 1.5V to 50V. Its working principle consists of two stages - the first stage is the main PWM boost stage while the second stage is the post-regulation stage. The output is ultimately regulated by a feedback loop with an opto-isolator, which ensures that the output voltage remains constant even when the input voltage changes.

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