JCD0605D12

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The JCD0605D12 DC-DC converter provides stable output voltage while converting input current. It is a compact and cost-effective solution for electronic devices and industrial applications. It is a part of the JDKONV series of DC-DC converters which use a fully controlled linear regulator with synchronous rectifier technology. This technology helps the product to provide both an efficient and reliable source of power to the application.

Application Field:

The JCD0605D12 is suitable for a wide range of applications, including automotive, 12V systems, industrial and consumer electronics. It is also suitable for a variety of environments including extreme temperatures and dust, humid, and electro static discharge. It can be used in medical, telecom, and automotive applications, powering 1-6V output systems.

Working Principle:

The working principle of the JCD0605D12 is based on a synchronous rectification technology. It is a fully controlled linear regulator operating with pulse width modulation (PWM). This technology enables it to provide a smooth and precise output voltage that remains constant even under varying input current. The output voltage is controlled by the input signal. The utilization of synchronous rectification also increases the efficiency of the converter, as well as its power density. As a result, it operates at a very low component power loss, making it ideal for low power applications.

The operating temperature range can be determined from the junction to ambient temperature ratio (JATR). The JATR typically ranges from -25℃ to 85℃. The input voltage range is 4~28V with a rapid response time of 5ms in order to reach the steady state voltage. The output voltage ripple is low and regulated, typically smaller than 200mV.

In conclusion, the JCD0605D12 is a reliable and cost-effective DC-DC converter which is suitable for a wide range of applications. It offers high efficiency and its power density is relatively high. Its pulse width modulation technology enables it to provide an accurate and stable output voltage even under varying input current and it operates at a very low component power loss.

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