How Does A Taser Circuit Work

Instead they are positioned at the ends of long conductive wires attached to the gun s electrical circuit.

How does a taser circuit work. Find out how different types of stun guns work to immobilize their target. The main assembly holds the trigger mechanism grip laser sights and battery while the cartridge contains barbed electrical. We used a custom built circuit that matched the waveform and typical 5 second shock duration of an x26 taser gun but our device could deliver a much larger shock. It is a very useful device especially to immobilize an attacker.

A taser delivers a high voltage but low amperage shock to the human body often up to 50 000 volts. Most use 9 volt batteries or a handful of aas tasers differ from standard stun guns. A charge of 50 000 volts is then pushed through a wires. So how does it work.

To boost the output current we. The skin and muscles of the subject complete a circuit. This temporary shock is designed to temporarily incapacitate the suspect and allow them to be apprehended. A taser ˈ t eɪ z ər is an electroshock weapon sold by axon formerly taser international.

It does this by firing two probes which each pull a wire. We can summarize how tasers work as follows. Their range extends from 15 feet 4 57 m for non law enforcement tasers to 35 feet 10 67 m for police officer tasers. A taser circuit also known as stun gun circuit is one non lethal electric shock producing unit used to paralyze a person for a time being without causing any severe damage or injury.

Taser guns work the same basic way as ordinary stun guns except the two charge electrodes aren t permanently joined to the housing. The taser is made of two primary components. How do tasers work. Taser guns work by sending electrical pulses to the muscular system of an attacker.

The probes are intended to embed into a subject s skin. Stun guns fall into the category of non lethal weaponry they can incapacitate a person without causing permanent damage. It fires two small barbed darts intended to puncture the skin and remain attached to the target at 180 feet 55 m per second.