BYV32E-200,127

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The BYV32E-200,127 is a type of diode array whose components have been structured in a diode-bridge configuration. This particular diode array contains two electrically separate diode bridges, one designed by Vishay to work in the forward-direction and the other working in the reverse-direction to handle the reverse-voltage. These two bridges, each composed of three silicon diodes, will combine and be simultaneously connected by four pins. This establishes a forward-biased current flow when the voltage drop across the two outer pins is greater than that of the centre pins while a reverse-biased current flow is achieved when the two outer pins’ voltages fall below that of the centre pins. In the former case, the BYV32E-200,127 will function as an ideal rectifier by allowing a freely flowing current in one single and predetermined direction. In an alternating current (AC) electrical circuit, the BYV32E-200,127 is commonly used to limit the amount of current that is fed backwards into the AC source.

The BYV32E-200,127 utilizes the PN junction, a fundamental semiconductor crystal\'s area wherein the atoms of n-type materials and those of p-type materials have been interspersed together in an alternating energy-band pattern. This junction\'s properties of conduction and non-conduction will be largely dependent on how it is biased. An forward-biased PN junction, as found in the BYV32E-200,127 infers the concentration of free electrons crossing to the depletion zone while that of a reverse-biased PN junction results in its width becoming larger. This results in a very low current flow across the junction.

The BYV32E-200,127 is a common choice when an especially fast and just as reliable rectification action is required. These Rectifiers supports applications such as lamp computing, lcd television, hard-disk drive, general-purpose switching, printer motors and computerized logic circuits. It can also be used as a part of inverters, DC/DC converters in smart electronic appliances and automotive electronic systems, and serves to convert the DC voltage into a more regulated level for many purposes.

The BYV32E-200,127 features a 400V avalanche energy rating, a range in voltages from 25V to 450V, a maximum repetitive peak reverse voltage (VRRM) rating of 200V and an average forward current (IFSM) rating of 127A. Its low profile and small size make it highly desirable in many miniature electrical products and it can operate in temperatures ranging from -55 to +175°C. Its combination of high levels of power and current density, as well as low leakage current and low forward voltage makes this diode array suitable for many applications in the field of rectification.

In conclusion, the BYV32E-200,127 is a highly reliable and cost-effective rectifier array composed of two separate sets of three diodes in a single package. It provides an effective solution for converting alternating currents into direct current while its high power and current density makes it suitable for use in many electrical products. Its array of desirable properties make it suitable for a wide range of applications in both the industrial and automotive electronics market.

The specific data is subject to PDF, and the above content is for reference