Average current type LED step-down constant current driver AP5126
Generally electronic semiconductor devices are present in almost all the appliances and components used in our daily lives. They provide an easy solution to controlling and powering circuits. One of the most commonly used devices in the field of electronics is the Average Current Type LED Buck Converters AP5126. This device is used in a wide range of applications for operating the loads with a constant current.
The Average Current Type LED Buck Converters AP5126 is designed as a high frequency, step-down DC/DC constant current buck converter. It is specifically designed for driving power supply design and provides great accuracy and stability when used with very low voltage input. This device is an ideal choice for driving various types of LED based lighting systems.
This device has a high efficiency up to 95% and a wide input range from 2.5V to 36V. The switching frequency of the device can be adjusted between 100 kHz to 1 MHz according to the requirement of application. It is also compatible with different external control signals which makes it an ideal choice for operating a wide range of LED based lighting. Moreover, this device has automatic switch-off-mode functionality which can protect LED lighting from overheating.
The Average Current Type LEDBuck Converters AP5126 has a typical output current of 350mA and can regulate up to 5A with PWM signal control. The current ripple is minimized to less than 10% and an integrated temperature protection circuit prevents damage to the device due to high temperature conditions. The device also features soft start function which helps in achieving an ideal start without any inrush current.
The Average Current Type LED Buck Converters AP5126 is one of the most reliable and efficient products available in the market. Moreover, it is also very cost effective, making it an ideal choice for a wide range of LED based lighting applications. This device is certainly the right choice for any power supply design requiring accurate and stable operation in the presence of very low voltage input.