NIT20M25

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

NIT20M25 is a type of semiconductor component for solid state relays. It is a universal application field semiconductor component which has semiconductor chips as its main component. It is also a replacement for conventional relay applications. The NIT20M25 works on the principle of semiconductor switch, which is triggered by a voltage level change. This is based on the principle of hot electron injection. It is used in low voltage and low power applications.

It features a rectifier-isolator assembly on a common silicon substrate. This assembly has a very low on-state resistance when it is passed through a low voltage source, typically lower than 12 volts. This on-state resistance help reduce the activation losses in the circuit.

Due to its low price tag, NIT20M25 is often seen as the most cost effective option in low voltage applications such as telecom, security, transportation, industrial and consumer electronics. It is also easy to use with its low-resistance triggering and metal shielding. This makes it suitable for applications that require more reliable and durable design.

The NIT20M25 also has the added benefit of a steady current flow over a most temperature range. This makes it suitable for extreme temperatures and helps provide increased longevity for any application. Additionally, the NIT20M25 produces low EMI and can withstand up to 14V surge voltages, which is an advantage for applications subjected to radio interference.

In summary, the NIT20M25 is a reliable semiconductor component for solid state relays. It has low on-state resistance which increases efficiency and reduces power loss in the circuit. Additionally, it provides steady current for extreme temperatures and reduced EMI. As a result, it is often seen as a cost effective and reliable solution for low voltage applications.

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