V30MLA1206NH

The V30MLA1206NH is a TVS - Varistors, MOVs (metal oxide varistors/transient voltage suppressor or surge suppressors) device designed to protect sensitive equipment, circuits, and systems against transient voltage spikes. It is intended to withstand sudden opposite voltage pulses of up to 12V and be operational within 0.1 milliseconds. Thus, it can guard against voltage spikes caused by transients, static discharge, and lightning.

The working principle of TVS - Varistors, MOVs devices is based on the response of the material when subjected to sudden change in voltage. When the device is not under surge, it acts as an open circuit, not influencing the rest of the circuit. Upon a sudden surge of voltage, the material AVS - Varistors, MOVs are made with will increase its conductivity, rapidly transferring the surge current to the ground. The voltage across the device will remain relatively constant, while the current flows through it. Thus, the device stabilizes the voltage, protecting the circuit from the damaging and potentially harmful transient voltage.

The V30MLA1206NH is most suitable for the protection of a wide variety of consumer electronics, automotive electronics, communications systems, computer systems, home appliances, and a variety of electrical equipment. It can also be used in many situations where surge and transient protection is required, such as for surveillance systems, cameras, and other professional grade electronics.

This device has several advantages compared with other transient voltage protection devices. It has a relatively low capacitance, allowing for better signal quality, low power loss, and less interference with the rest of the circuit. It has high peak current capability, with an allowable surge current of 10 A. It is also RoHS compliant, making it environmentally friendly. Finally, it has a long useful life, with up to 40000 using cycles.

Whether it be consumer electronics, automotive electronics, communications systems, etc., the V30MLA1206NH can provide the necessary protection from types of transient and surge voltages. Through its high peak current capability, low capacitance, RoHS compliance, and long useful life, it could prove to be an advantageous choice for many applications which require transient voltage protection