EZE480D18

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

Solid state relays refer to a type of electrical switch used to control the electric current flowing between two terminals by using an electrically controlled solid state current switch such as a transistor, FET, Thyristor, or opto-coupler. The EZE480D18 is a particular type of solid state relay that is designed to offer a wide range of switching solutions from low level DC to high power alternating current applications.

The EZE480D18 solid state switch consists of an input signal terminal (Vin) that is connected to the control line, an output signal terminal (Vout) that is connected to the output circuit, and two power terminals (VCC and GND) that are used to power up the switch and also provide electrical insulation and protection against voltage overloads. The input signal is used to control the output circuit, and the output signal is used to control the input current. The solid state switch is capable of operating at a high speed, providing fast response rates and operation from low to high power levels.

The EZE480D18 has a variety of applications in industrial, telecommunications, automotive, and home automation fields. In industrial applications, the EZE480D18 can be used to control motors, valves, sensors, and other electronic devices in order to ensure a safe, precise operation. In telecommunications, it can be used to switch current to multiplexers, power amplifiers, trigger switches, and other equipment. In automotive applications, it can be used to switch current to door locks, automatic window locks, and other sensors. Finally, in home automation applications, the EZE480D18 can be used to switch current to home security systems, climate control systems, and other home automation components.

The EZE480D18 is also designed to give reliable and long-term performance due to its temperature compensation feature. This feature ensures that the circuit will remain reliable and stable even when the load, voltage, and ambient temperature changes. The temperature compensation also helps to reduce power consumption and eliminate flickering issues when the switch is cycled.

The working principle behind the EZE480D18 solid state switch is simple but effective. When the input signal voltage is greater than a certain level of magnitude (at least one thousand times lower than the power voltage), the switch will turn on the output current to the connected device. When the voltage at the input decreases below the set level, the switch will turn off the output current and the device will be disabled, eliminating the current flow.

In addition, the EZE480D18 solid state switch is designed with a reverse current protection feature that safeguards against short-circuiting and power surges. The protection feature is able to detect when a current exceeding the safe level flows in the opposite direction, and will automatically shut off the output current, protecting the connected device from possible damage.

The EZE480D18 is a versatile and reliable solid state switch that is suitable for a wide range of applications and industries. With its fast response time, temperature compensation, and reverse current protection features, the switch can provide reliable operation and efficient current control for a variety of applications.

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