ES1JLHRUG

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

Single or single-phase SCRs can be used in a variety of applications requiring precise control over the amount of current flowing through them. They are favored for controlling and regulating the flow of electricity in alternating current (AC) systems, where they act as a switch to switch current on and off multiple times per cycle. These types of semiconductor devices can also be used in low-voltage AC and DC circuits to control the amount of power supplied and to switch signals.

ES1JLHRUG single-phase SCRs are constructed using a low capacitance and low leakage current design. This makes them ideal for controlling current and voltage in AC circuits. Since they do not contain a Zener diode, they do not fail prematurely due to overvoltage. To keep the amount of current flowing in the circuit under control, the SCR can be made with an on-state voltage of 30 volts or less. This ensures that overvoltage will not cause permanent damage to the SCR.

Since the SCR uses a thyristor structure for its construction, it can be used in AC power control and AC relay applications. This type of semiconductor has a low voltage drop when in the "on" state, which allows for precise control of power. When the SCR is triggered, it will remain in the "on" state until it is manually reset or the current drops below a predetermined level. As a result, it provides reliable control of AC power without any manual intervention.

In addition to its use in AC power control, the ES1JLHRUG single-phase SCR can also be used in DC power control. Due to its low voltage drop and high efficiency, the SCR can be used to regulate the amount of current flowing in DC circuits without any added complexity. It can also be used to turn DC motors on and off, regulate their speed, or switch signals.

The working principle of ES1JLHRUG single-phase SCRs is relatively simple. Anelectromagnetic effect is created when a current is forced through the device and the control gate is energized. This causes the SCR to turn “on” and begin conducting. When the control gate voltage is cut off, the SCR stops conducting and returns to its initial condition. This is how the SCR is able to regulate current flow and help control power in AC and DC circuits.

As one of the most widely used single-phase SCRs, the ES1JLHRUG is ideal for applications that require precise control of power and current. Unlike other SCRs, its low voltage drop, low leakage current design, and ability to withstand overvoltage make it ideal for a wide range of AC and DC circuits. As such, it is an invaluable component when it comes to controlling and regulating the amount of power and current flowing in electrical systems.

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