MSFC130-16

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

Thyristors, previously known as silicon-controlled rectifiers (SCRs), are a type of semiconductor-based electronic component that directly controls electrical current. By manipulating the voltage and thus the current, these components can be used in a wide variety of applications, from motor control and automotive electronics to motor control and telecommunications. Thyristors can also be used in a range of electronic devices, including switching, voltage regulation, current control, and rectification.The MSFC130-16 thyristor module is one of the most popular stand-alone modules in the industry, offering a wide range of features, functionality, and electrical characteristics. Designed for robotic applications, this module can provide reliable power-switching and current-regulation abilities. It is capable of efficiently managing both low and high amperage applications with minimal maintenance.

The MSFC130-16 thyristor module features a 400V reverse blocking voltage, a 1000A current rating, and a 0.2R resistance. It has an overload protection and a wide temperature range, operating at temperatures ranging from -20°C to +150°C. The module also offers a built-in LED which indicates the operating status. The MSFC130-16 thyristor module features a three-pin design, allowing for easy installation and connection.At the core of the MSFC130-16 thyristor module is the silicon-controlled rectifier (SCR), which is the key component that directly controls electrical current. The SCR receives control inputs from transistors and resistors, often in combinations, and then switches the current without any additional required electronics. As a result, the module is both easily installed and simple to operate.

When the inputs from the transistors and resistors are connected to a circuit, the SCR of the MSFC130-16 thyristor module will begin to switch the current. This process is known as \'exogenous triggering\' and is used to control the flow of electricity. The current can be switched either on or off, or it can be modulated in order to achieve desired voltage or current levels.The timing of the switching process is determined by the electrical strength of the trigger pulse, which is measured in volts. When sufficient voltage is applied to the chamber, the SCR opens the circuit and applies voltage to the output circuit. It then begins to switch the current on and off, depending on the electrical strength of the trigger pulse, until the input voltage is removed.The MSFC130-16 thyristor module offers cost-effective and reliable power switching and current-regulation abilities for various robotic applications. By providing efficient power-switching and current-modulation abilities, this module is able to reliably manage both low and high-amperage applications with minimal maintenance. This makes it effective for a range of robotic applications, including motor control, automotive electronics, and telecommunications.

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