V14E11P

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

The TVS- Varistors, MOVs is an application of modern electrical engineering that provides surge protection against voltage transients, also known as electrical over-stresses. This technology works by using a resistor and an integrated circuit (IC) to control the amount of over-voltage that can flow into a circuit. By doing this, it effectively protects the components of the circuit from irreparable damage. The V14E11P is a type of TVS- Varistor, MOVs with a response speed of 10 nanoseconds and a nominal voltage of 11 volts. It is capable of providing sufficient over-voltage protection for sensitive electronic components from transient voltage transients.

The V14E11P utilizes a voltage-surge protection technology called Transient Voltage Suppression (TVS). This technology uses the application of a resistor combined with an integrated circuit (IC) to control the amount of over-voltage that can enter a circuit. This, in effect, is a voltage-limiting device which can protect components against over-voltage transients.

At the heart of the V14E11P is the MOV. MOVs are typically used for a wide range of voltage transients and other over-voltage protection needs. MOVs are typically designed with a varistor, which is typically a ceramic element. This element works by dissipating excess energy in the form of heat when excess energy is detected. When this happens, the MOV is activated, and the energy is dissipated to protect the electronic components in the system.

The V14E11P also utilizes a combination of a resistor and an integrated circuit (IC). This combination works to limit the amount of over-voltage that can enter the system. The resistor and IC work in tandem to absorb a surge of power and limit it to the specific level determined by the resistor and IC. This prevents over-voltage from entering the system and damaging sensitive components.

The V14E11P also has a built-in insulation test function. This function tests the integrity of the insulation of the system to ensure there is no over-voltage transients present. This helps to further protect the circuit against any potential over-voltage damage. It also ensures the system remains compliant with safety regulations.

In addition to the features of the V14E11P discussed above, this product also features a low insertion loss and a long response time. This ensures the V14E11P is suitable for a variety of applications, including consumer electronics, industrial equipment, and telecom equipment. The low insertion loss also ensures it is a good choice for applications where rapid voltage transients need to be suppressed.

The V14E11P is suitable for a wide range of applications, such as consumer electronics, industrial equipment, telecom equipment, medical devices, and much more. It is designed to provide sufficient over-voltage protection for sensitive electronic components from transient voltage transients. In addition, its built-in insulation test function helps ensure the integrity of the system. This makes the V14E11P an ideal choice for a wide range of applications that require over-voltage protection and high performance.

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