OKX-T/16-D12P-C

DC-DC converters are widely employed in power conversion applications such as laptop computers, cell phones and portable electronics. OKX-T/16-D12P-C is one popular and reliable type of DC-DC converter. It is mainly used in the space industry, telecommunications, medical systems, railways, and motor control applications.

Typical Application Field

The scope of OKX-T/16-D12P-C is broad and can be used in a variety of applications. It is often used in communication systems, military equipment, pharmaceutical machinery, and banking systems. The power level of this device enables it to be used in applications ranging from low-power computing to high-power industrial systems.

OKX-T/16-D12P-C is also suitable for distributed power systems, such as distributed power architecture used in electric vehicle chargers, data centers, renewable energy sources and more.

Working Principle

OKX-T/16-D12P-C uses a switched-mode power converter to take in AC or DC power and convert it into a regulated DC output. This type of converter works by rapidly switching between on and off states to regulate the output voltage. It utilizes a low-pass filter to smooth the output of the switching regulator, thus eliminating audible noise and electromagnetic interference.

OKX-T/16-D12P-C uses pulse-width modulation (PWM) to control the conversion process. PWM is a technique where a square wave signal of constant frequency is used to control the duty cycle, or amount of time the converter is in the on state. This duty cycle is regulated to keep an accurate output voltage, regardless of load variations or input voltage fluctuations.

OKX-T/16-D12P-C also uses synchronous rectification, meaning that it converts the AC signal directly to DC without the need for a traditional rectifier. This switch-mode power converter is capable of delivering up to 16A of continuous power output and is rated at 65VDC maximum input and 12VDC for output.

Conclusion

OKX-T/16-D12P-C is a reliable and versatile DC-DC converter suitable for a wide range of applications. Its switched-mode power conversion technology and pulse-width modulation make it robust and energy-efficient. Its ability to provide a regulated DC output regardless of input or load variations makes it an ideal solution for distributed power systems.