VS-80CNQ035APBF

A rectifier array is an integrated circuit device containing multiple diodes within a single package assembly. The VS-80CNQ035APBF rectifier array is a component of a microcontroller-based grid-connected photovoltaic system designed for high efficiency, stability and low EMF noise. The device is comprised of eight vertical-cavity surface emitting lasers (VCSELs) optically coupled to eight NMOS rectifier diodes to provide efficient photovoltaic panel-to-battery conversion with low voltage offset and low component count. The device is packaged in a leadless ceramic package providing excellent thermal performance and improved EMI suppression. The rectifier array’s wide input voltage range of 3.2 to 5.5 V further simplifies design.

The VS-80CNQ035APBF rectifier array integrates eight NMOS rectifier diodes into a single chip making it an ideal component in photovoltaic systems where an efficient power conversion is needed between photovoltaic panels and batteries. The rectifier diodes are integrated into the device to provide a low voltage drop without added complexity. The design also results in lower noise levels, improved tolerance to transient input voltages and over temperature protection resulting in higher efficiency of the overall system.

The VS-80CNQ035APBF rectifier array is designed for high efficiency and high stability and has several features that make it suitable for use in microcontroller-based grid-connected photovoltaic systems. Its wide input voltage range of 3.2 to 5.5 V ensures the device will work with most photovoltaic panels available. The device is housed in an 8-pin leadless ceramic package which further reduces temperature in the system by providing superior thermal performance and EMI suppression. The device\'s integrated isolating circuits provide reliable circuit isolation even at high temperature which eliminates the need for additional isolating components.

The working principle of the VS-80CNQ035APBF is relatively simple. It features eight NMOS rectifier diodes which route the current to and from the photovoltaic panels. When the panel\'s voltage is higher than the system\'s battery voltage, the excess energy is redirected with the help of the integrated diode array. This process is known as buck boost conversion and helps ensure that the system remains safe and efficient.

In summary, the VS-80CNQ035APBF rectifier array is an integrated circuit device with eight NMOS rectifier diodes and a wide input voltage range of 3.2 to 5.5 V. The device integration eliminates the need for additional components, ensuring a higher efficiency, stability and low noise levels. The device is a suitable component for microcontroller-based grid-connected photovoltaic systems. Its working principle is based on the buck boost conversion of the photovoltaic panel\'s voltage, which helps ensure safe and efficient power conversion.