OKX-T/16-W5N-C

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DC-DC converters play an important role in today\'s technology, providing necessary electrical power from one source to another. OKX-T/16-W5N-C is an example of a DC-DC converter, providing a reliable, efficient and cost-effective solution for applications in different industries. This article will provide an overview of this converter’s application field and working principle.

The OKX-T/16-W5N-C is a DC-DC converter that takes AC power input (from 85-264V AC, 47-63Hz) and converts it to DC power output (15V/5A). It is designed with a resonant converter topology, providing high switching frequency, low component count, and excellent power conversion efficiency over a wide input and output voltage range. This converter also features a wide input dynamic range, allowing it to operate over a wide range of input line voltages without the need for external protective circuitry, which makes it suitable for applications in harsh working environments.

The OKX-T/16-W5N-C is well suited for industrial applications, such as control panels, AC inverters, power supplies, telecommunication systems, battery charging systems and DC power supplies. This converter has a high power density, high efficiency and high reliability, making it ideal for applications with strict performance requirements. In addition, its design ensures a wide temperature range and a wide output voltage range, which makes it a versatile device for various applications.

The OKX-T/16-W5N-C works on the principle of resonant conversion. It utilizes two resonant capacitors, which are connected to the input voltage applied to the primary winding by a pulse-width-modulated (PWM) switch at a high frequency. The output voltage is controlled by varying the time the switch is open and closed, thus creating a voltage waveform with a lower harmonic content than conventional rectification and modulation methods.

The OKX-T/16-W5N-C also employs a low-cost primary circuit to reduce component count. The schematic of the converter includes an active rectifier, which is capable of detecting the zero-crossings of the voltage waveforms and switches the resonant capacitors accordingly, resulting in a high-efficiency operation. The output voltage is controlled by adjusting the duty cycle of the PWM switch controls. The duty cycle can be programmed in the PWM signal generator using a microcontroller or other logic circuitry.

The OKX-T/16-W5N-C converter also features overvoltage and short-circuit protection, and an enable/disable pin to control the operation of the converter. The converter also features a dynamic response to voltage transients, making it suitable for use in dynamic load applications. It also has a minimum load requirement to ensure that the converter maintains its optimum performance.

In conclusion, the OKX-T/16-W5N-C converter provides a reliable, efficient and cost-effective solution for applications in different industries. It is well suited for use in industrial applications, due to its high efficiency, reliability and wide temperature range, and its output voltage is controlled by adjusting the duty cycle of the PWM switch controls. In addition, it also features protection circuitry to protect against overvoltage and short-circuit conditions.

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