BNC (coaxial) series communication signal surge protector is designed according to IEC standard. The circuit adopts a two-stage linkage protection scheme, the latter stage starts to clamp, and the former stage bleeds current; the inter-electrode capacitance is low, the insertion loss is small, and the bleeder current is large. The working voltage of the BNC coaxial connector is 5V. Under normal circumstances, the surge protector is in a high-impedance state, which does not cause any impact on signal transmission. When lightning, surge voltage or other over-voltages occur, the surge protector is automatically turned on and grounded, and automatically recovers after the lightning. Excessive voltage will not be applied to the equipment to cause damage or malfunction. In order to discharge the lightning current to the ground as soon as possible, the BNC signal surge protector has a good ground. Its ground resistance should be less than 4W. Feature: 1. Large flow capacity, fast response; 2. Multi-level protection circuit, residual voltage is low; 3. Grounding point after a special process to avoid signal interference; 4. Low residual voltage 5. Small size, easy to install; Technical Parameters: Working voltage: 5V; The maximum flow capacity: 10KA; Power limit: 8V; Response time: Less than 0.5ns; Insertion loss: Less than0.5dB; Impedance: 75 ohms; Connector type: BNC; Application: Applicable to over-voltage protection of related equipment that transmits video and data signals through coaxial cable. Protect equipment from damage caused by induced overvoltages, operating overvoltages, and electrostatic discharge. Package Included: 1pcs NOYITO Single BNC Coaxial Lightning Arrestor Surge Protector

Response time:Less than 0.5ns, Insertion loss:Less than 0.5dB, Impedance: 75 ohms;. Connector type: BNC(Male to Female);. The maximum flow capacity: 10KA;. Working voltage: 5V (5.5V Max). This product is suitable for over-voltage protection of related equipment that transmits video and data signals through coaxial cable. Protect equipment from damage caused by induced overvoltages, operating overvoltages, and electrostatic discharge.