TN2015H-6FP

Introduction

The TN2015H-6FP is a type of Silicon-Controlled Rectifier (SCR). A SCR is a type of thyristor and is used in many different electrical and electronic applications. This article will provide a brief overview of the TN2015H-6FP and its various application fields and working principles. This information can help users decide if the TN2015H-6FP is the right type of thyristor for their particular applications.

Application Fields

The TN2015H-6FP is able to handle a large amount of power due to its high reverse voltage and on-state current capabilities. The TN2015H-6FP has an average on-state current of 155A which makes it ideal for applications like motor control, AC and DC circuits, rectification, and inverting. The TN2015H-6FP has an operating temperature of -40°C to +125°C making it perfect for applications in high temperatures.

The TN2015H-6FP is also used in many different industrial and commercial applications like industrial air-conditioning, welding machines, and traction applications. The TN2015H-6FP is also used in applications where high speed switching and fast response time is required like UPS systems, HVAC systems, and security systems.

Working Principle

The TN2015H-6FP is an SCR and, as such, works on the principle of a controlled two-phase rectification. That is, the TN2015H-6FP is a device that can block, and then let through, an alternating current by a controlled switching action. This is accomplished by the TN2015H-6FP having two main circuits: a main anode circuit and a control gate circuit.

The main anode circuit consists of two terminals, the anode and the cathode. When voltage is applied to the anode and cathode, the TN2015H-6FP will turn on and allow current to flow from the anode to the cathode. The TN2015H-6FP will remain on until the anode-cathode voltage is removed. Once the anode-cathode voltage is removed, the TN2015H-6FP will turn off and no current will flow.

The control gate circuit consists of two terminals, the gate and the cathode. When a voltage is applied to the gate and cathode terminals, the TN2015H-6FP will turn on and allow current to flow from the gate to the cathode. This is the same as the anode-cathode circuit, however the control gate circuit can be used to control the on/off switching of the TN2015H-6FP.

In conclusion, the TN2015H-6FP is ideal for many different applications due to its high reverse voltage and on-state current capabilities. It is also able to operate in high temperatures, making it suitable in many industrial applications. The TN2015H-6FP also works on the principle of a controlled two-phase rectification, allowing for controlled switching of the device.