PXCM1024WD05

DC DC Converters are devices designed to convert a DC source to a DC voltage of a different nominal value. The PXCM1024WD05 is one such device, used in a variety of applications, and with a relatively simple principle of operation.

The PXCM1024WD05 is a full-bridge converter with input voltage ranging from 4.5V to 40V and output voltage (regulated) that can be adjusted from 0.9V to 24V. It can provide a continuous output current of up to 10A, and has a maximum power output of 240W. It has the capacity to work at up to 100kHz frequency, and is capable of providing a very high efficiency of up to 97%.

The PXCM1024WD05 is a suitable device for use in power computing systems, over-voltage protection systems, automotive systems, battery charging systems and LED lighting systems. It is also ideal for applications that require a high-efficient, low-cost, standard, single-output DC-DC solution.

The underlying working principle of the PXCM1024WD05 is based on a synchronous rectification technique. This technique involves two MOSFET switches, one active switch, and one diode, that is typically reversed biased during operation. The active switch charges a capacitor during the conduction period, and the diode allows the capacitor to discharge during the non-conduction period, thus generating the output power. The conduction period is referred to as the “high” region and the non-conduction period is referred to as the “low” region. This technique is used to obtain a very high conversion efficiency.

Additionally, the PXCM1024WD05 also uses a voltage-mode control technique to regulate the output voltage. This technique involves monitoring the output voltage and controlling the duty-cycle to maintain the desired output voltage. The duty-cycle is controlled via a feedback loop which is driven by an on-board PWM controller. A gate driver is used to drive the MOSFET switches.

In conclusion, the PXCM1024WD05 is a high-efficiency DC DC converter designed for use in a variety of applications. It uses a synchronous rectification technique and a voltage-mode control technique to provide a regulated output voltage. This device has a wide input and output voltage range, and is capable of providing up to 10A of continuous output current and 240W of maximum power.