VS-16FL20S02

VS-16FL20S02 is a single phase of high current rectifier module within the Diodes and Rectifiers family which is widely used in both commercial and industrial applications. This module uses high quality single phase rectifier diodes to provide an efficient, reliable and cost effective alternative for DC power conversion in many applications from electrical vehicles and motor controls to UPS and datacenter power systems.

The VS-16FL20S02 module has several advantage for many applications, such as its rated current is 16A and peak forward surge current allowance is 630A, which allows the module to be used in large commercial and industrial operations. It also supports a wide operating voltage between 100V and 1200V. The module is shielded to reduce EMI/RFI noise, and thus is suitable for commercial and industrial applications.

The VS-16FL20S02 rectifier module consists of 8 high current rectifier diodes and a steel frame. The diodes are connected in parallel, with each diode handling a share of peak forward surge current. In normal operation the diodes alternately turn on and off in a switch manner, allowing for an alternating current to be converted into a DC output. The output of the rectifier module is a dc power source.

The VS-16FL20S02 also has excellent thermal management characteristics. The steel frame is designed to dissipate heat away from the diodes without introducing operating noise. The package also comes with built-in thermal cutoff that protects the diodes from excessive temperatures which may degrade performance and adversely affect the life of the module.

In addition to the VS-16FL20S02, other single phase rectifier modules are available with various ratings and features. Users should evaluate the specific needs of their application in order to select the most suitable module for the job. Availability, reliability and cost are important considerations when selecting the right product.

In summary, VS-16FL20S02 is a single phase rectifier module within the Diodes and Rectifiers family that is widely used for DC power conversion. It provides an efficient, reliable and cost effective solution for many commercial and industrial applications. With its capability of high current rating, excellent thermal management and built-in thermal cutoff protection, it is suitable for heavy duty applications.