5LPCV2425

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 are electronic devices that turn circuits or devices on or off by using a low voltage signal. An example of the Solid State Relay is the 5LPCV2425. This device is used in various applications and is incredibly dependable.

The 5LPCV2425 is typically used in low power switching applications. It is particularly useful for switching power in devices such as photocopiers, motor controllers, motor drives, and HVAC systems. It is constructed with an insulated gate bipolar transistor (IGBT) that provides high surge capability and galvanic isolation. The device has a dielectric isolation of over 4 kV, which ensures the highest level of dielectric insulation and allows for reliable and safe operation.

In order to operate, the 5LPCV2425 must be controlled with an appropriate switching voltage. The control voltage that activates or deactivates the relay is usually between 5 and 35 VDC. The device has a continuous current rating of 25 Amps, with a maximum inrush current of 300 A. The device also has a power loss of 1.45 W.

The 5LPCV2425\'s operation is based on a logic level, zero-crossing switching technique. In this method, the device turns on at the zero-crossing point of a power waveform. This point is when the waveform switches between the negative and positive voltage values. When the control voltage turns the relay on, the gate current is supplied to the gate of the IGBT, allowing for the conduction of power from the power supply to the output. The same process occurs when the control voltage is turned off, except the gate current to the gate of the IGBT is cut off, causing the power to be disconnected.

The 5LPCV2425 is UL and CSA certified, indicating that it meets the safety certification regulations. This device offers several advantages, including safe operation in high voltage applications, reliability, fast switching time, and cost effectivity. Due to these benefits, it has become the go-to device for many low power switching applications.

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