ROV14H391K-2

TVS - Varistors, MOVs are popular tools used to protect delicate electrical circuitry from the effects of overvoltage transients. ROV14H391K-2 stands as a two-way bidirectional component with high pulse current capability. It offers overvoltage protection from 5V through 35V and is especially suited for the protection of sensitive electronic circuit against overvoltage transients.

ROV14H391K-2 is the latest in surface mount (SMD) transient voltage suppressors designed to absorb and dissipate high voltage transients up to 400kV peak pulse energy. It is a two way bidirectional component that can be used for both surge protection and inter-circuit and transceiver protection. The ROV14H391K-2 is designed with a high surge voltage rating, low capacitance, low trip point, and low thermal resistance.

ROV14H391K-2 provides dv/dt protection up to 7V/ns, allowing it to protect against high-speed, high-peak transient events. The ROV14H391K-2 has a high surge handling capability of 400kV peak pulse energy, providing significant protection for sensitive electronic circuits against overvoltage transients. The ROV14H391K-2 is also designed for bidirectional operation, providing added versatility in protection applications.

The ROV14H391K-2 is widely used in a range of applications where overvoltage protection is required, from automotive and industrial equipment to medical and home surveillance devices. Its wide application range and reliable design make it an attractive option for electronic engineers looking for a reliable, cost-effective option for overvoltage protection.

The working principle of the ROV14H391K-2 is simple. When the voltage across the component exceeds its threshold voltage, it will begin to conduct current, dissipating the extra energy in the form of heat. At the same time, the voltage across its terminals will be clamped at a safe level. This allows the sensitive electronic components to be protected from the effects of overvoltage transients.

The ROV14H391K-2 is a versatile, cost-effective option for overvoltage protection applications, suitable for a range of applications from automotive and industrial to medical and home surveillance. With its 400kV peak pulse energy rating, high surge voltage rating, low capacitance, low trip point, and low thermal resistance, it is a reliable alternative for engineers seeking reliable protection from overvoltage transients.