VE-26K-IW-F3

DC DC Converters employ varied technologies to control the output voltage and current. The power supplied to the load is regulated from the power source. DC DC Converters are used to convert the voltage from one range to another. This article outlines the application field and working principle of the VE-26K-IW-F3, a type of DC to DC converter.
The VE-26K-IW-F3 DC DC converter is a non-isolated, high efficiency, low ESR and high power density switching power converter. This converter is primarily used in high frequency, point-of-load, low voltage and large current applications. The output voltage of the VE-26K-IW-F3 can be as low as 0.2V and as high as 6V. It is suitable for generating a voltage boost or buck-boost depending on the output voltage range required. The VE-26K-IW-F3\'s power density is 10-20W/cm3 and the maximum output current is up to 10A. Furthermore, the converter offers a wide range of power options from 3W to 200W.
The VE-26K-IW-F3 is primarily used to regulate the DC voltage and current from a power source requiring a wide range of adjustable output parameters. It is commonly used in various applications where a low-voltage, high-power output is required. These applications include LED lighting systems, power adapters, battery charging systems, solar energy systems, computer systems, and many other consumer and industrial products.
The VE-26K-IW-F3 operates on the principle of Pulse Width Modulation (PWM) to regulate the output voltage. It has an integrated PWM controller with a built-in high frequency oscillator. The internal high frequency oscillator utilizes the converter\'s feedback loop to control the duty cycle, and thus the output voltage. The PWM controller is adjustable, allowing it to be configured to regulate the output voltage to the appropriate level for the application. In addition, the VE-26K-IW-F3 also features a low Output Ripple Voltage and a Synchronous Rectification Function to attain higher efficiency and reduce power dissipation.
The VE-26K-IW-F3 offers a wide range of safety features to protect the converter circuit from potential damages. These protection features include overvoltage, overcurrent and overload protection that work in tandem with a soft-start function to ensure smooth power transition and prevent unexpected surges. The protection feature can be easily configured and applied for various applications.The VE-26K-IW-F3 is an advanced switching power converter technology used to regulate the output voltage and current from a power source in a variety of applications. Its adjustable power density, low ESR and high power density, wide input range, low output ripple, and safety features make it an excellent choice for low voltage and large current applications where high efficiency and reliability are required.