VB60100CHE3/I

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 VB60100CHE3/I diode array, sometimes referred to as a Schottky Array, is a collection of Schottky diodes which are arranged to provide efficient power conditioning and robust operation in the presence of Rapidly changing negative transient voltages. The VB60100CHE3/I is part of a larger family of Diodes and Rectifiers produced by Vishay; these diodes are commonly used for a variety of applications related to Industrial, Automotive, and Advanced power systems. Each Rectifier or Diode Array consists of a series of individual diodes, each sharing a common cathode, and each with its own gate or anode.

The physical form of the VB60100CHE3/I Package is often described as an 8-pin DIP because of its rectangular shape and two rows of four pins for mounting into the circuit board. The package dimensions and specifications are described in full on Vishay\'s web site, and most customers rely on these numbers when selecting components for their product. Generally speaking, the VB60100CHE3/I is designed to operate within a temperature range of -25C to +155C, and also features a Maximum voltage to 375V.

The most important feature of the Schottky Diode Array is its ability to rapidly condition and transfer power in the presence of changing voltages. This is achieved by the combination of two distinct elements within the array: the forward biased-Schottky diode structure, and the Zener Barrier. The first element, the forwardbiased-Schottky Diode, is quickly able to conduct current in the forward direction and limit current in the reverse direction, thus providing efficient power transfer. The second element, the Zener Barrier, is able to regulate the current operated under certain conditions, thus providing on-demand response in the presence of rapid or changing voltages.

VB60100CHE3/I Arrays are typically employed for both old-school and modern power systems. In the manufacturing, military, and aerospace industries for example, the array\'s capability of working with small microcontrollers and being able to handle large currents effectively has often led to its use in current switching, over-current protection, motor control, and other typical power-conditioning applications. In automotive systems, such as power windows, door locks, and airbags, the array is often used to provide switch. The array\'s low forward-voltage drop and low reverse-recovery time also make it a practical choice for the automotive market.

Due to its relatively low cost and its versatile power transfer capabilities, the VB60100CHE3/I package has become a go-to solution for new-age power systems as well. In modern power systems such as LED lighting and LED displays, the diode array\'s fast switching rate and Zener Barrier are advantageous in regulating and controlling the power supplies. It is also important for systems such as AC/DC adapters for powering laptops and cellphones, where the array is used to provide isolation and noise immunity. Last but not least, the VB60100CHE3/I array is also used in renewable energy systems, outside lighting systems, and other applications which require rapid control of power.

Overall, the Schottky Diode Array (VB60100CHE3/I) produced by Vishay is a reliable, low-cost solution for a variety of power-conditioning applications. Its combination of fast switching capabilities and Zener Barrier noise protection make it a popular choice among professionals and hobbyists alike, as it provides a safe, efficient way to manage current in power systems.

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