C436PD

Thyristors - SCRs are components that play a vital role in today\'s industrial electronics. With modern advances in technology, these components can now perform even more complex operations with ease. One such device is the C436PD Thyristor-SCR, a high-voltage, high-speed electronic switch that can be found in many industrial automation applications. This article will look at the application field and working principle of the C436PD thyristor-SCR.The C436PD thyristor-SCR is used in high-voltage applications such as power supplies, motor controls, welding controls, and more. It is a solid-state device that can handle up to 1600 V DC and provides up to 1000A of current. Its high-speed switching can operate up to 15 kHz, making it ideal for fast switching applications. The C436PD is available in various sizes, ranging from 10A to 1000A, and it has built-in protection against overvoltage, overcurrent, and temperature.The C436PD thyristor-SCR is a three-terminal device with a gate, an Anode, and a Cathode. The Gate is the control terminal for the device. When a positive voltage is applied to the Gate, the C436PD will turn on and allow current to flow through it, which is known as forward conduction. If a negative voltage is applied to the Gate, the C436PD will turn off and not allow any current to pass through.The application of thyristor-SCRs varies widely depending on the specific application. In most cases, they are used in motor control and power supplies to manage and control the flow of current. They can also be used in switching circuits to switch high-voltage power, such as in welding controls. Another application of thyristor-SCRs is in battery chargers, solar energy systems, and renewable energy systems. They are used to regulate the charging process of batteries and provide current control in renewable energy systems.The working principle of the C436PD thyristor-SCR is fairly simple. When the Gate of the thyristor-SCR is connected to a positive voltage source, it will turn on and allow current to flow from the Anode to the Cathode. The current will stop flowing when the voltage source is disconnected or when the voltage falls below a certain value. The Gate voltage must be greater than the voltage at the Anode for the C436PD to turn on and allow current to flow.Overall, the C436PD thyristor-SCR is a reliable and highly efficient electronic switch. It is used in many industrial applications and can provide high-speed switching, up to 15 kHz. It is available in various sizes, with built-in protection against overvoltage, overcurrent, and temperature, making it an ideal choice for applications that require robust and reliable switching.

C436P	Powerex Inc.	79.37 $	1000	THYRISTOR INV 400A 1000V ...
C436PB	Powerex Inc.	83.32 $	1000	THYRISTOR INV 400A 1200V ...
C436PD	Powerex Inc.	89.95 $	1000	THYRISTOR INV 400A 1400V ...
C436M	Powerex Inc.	74.02 $	1000	THYRISTOR INV 400A 600V T...
C436N	Powerex Inc.	75.4 $	1000	THYRISTOR INV 400A 800V T...
BK1/C436-2A	Eaton	0.2 $	1000	FUSE 2A 1000 BAG BUSSMANN
BK1/C436-1-R	Eaton	0.21 $	1000	FUSE GLASS 1A 250VAC
BK1/C436-5A	Eaton	0.22 $	1000	FUSE 5A 1000 BAG BUSSMANN