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Project 30 Strong Pulse Shocker
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This version of the induction-type shocking device has two advantages over the last unit: it is much more powerful, and it has semiautomatic operation The output from this device is a lot stronger because we will be using the transformer the way it was intended to operate, just in reverse The secondary winding will be fed the voltage from your battery, which will create a much higher voltage on the primary when the induction takes place It s kind of like reversing the operation of the transformer to give back a few hundred volts rather than reducing the voltage The other advantage to this setup is that the shock can be triggered by a motion-sensitive switch, so you can just let the
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Figure 7-9 Transformer, battery, and motion switch
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Project 30 Strong Pulse Shocker
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shocker sit around waiting for a curious victim to pick it up and get an unexpected wallop You will need the same type of transformer as used in the last project, a 9-volt battery and some type of motion-activated switch, such as a mercury or ball switch The components are shown in Figure 7-9 A motion switch will close the circuit when it is tilted or shaken, so it is a perfect solution to give this project automatic operation These switches can be ordered from electronics supply stores or found in older dial-type thermostats and electric heaters with automatic tilt sensors You can even make your own crude motion switch by hanging a bolt on a spring so that it hits a metal ring if tilted I find that the mercury switch is the best solution, since they are completely silent, never wear out and can be easily mounted to the enclosure using a tie wrap or bit of tape Ball switches also work very well but are not quite as sensitive to motion Both types of motion switch are shown in Figure 7-10: the mercury switch on the bottom and the ball switch on the top Keep in mind that mercury is a toxic substance, so avoid breaking the glass casing that contains the mercury ball As shown in Figure 7-11, the pulse shocker schematic is not much different than the last project using the same transformer, but we have added the secondary winding into the works By applying power to the secondary, we induce a much higher voltage across the primary windings, essentially
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Figure 7-10 Mercury switch (bottom) and ball switch (top)
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+ 9V B Motion switch
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Figure 7-11 Pulse shocker schematic
reversing the job that this transformer was once doing in the appliance it was taken from Depending on the ration of windings, you could expect anywhere from 100 to 500 volts on the output, and I promise you that the strength of the jolt will certainly be more intense than the last version of this project Again, the current is very low, but you will indeed feel the sting of many angry electrons through your joints As shown in Figure 7-11, the motion switch momentarily completes the circuit so that the primary winding is induced with a large voltage, which is delivered directly to the hands of the unsuspecting user Also note that often the secondary winding will have several wires, with three being the most common We are looking for the pair of wires with the least amount of turns, so you can either measure each pair with an ohm meter
Project 30 Strong Pulse Shocker
Figure 7-12 Wiring completed
to determine the pair with the lowest resistance, or simply look at the color coding of the wires A three-wire transformer secondary will often have two wires of the same color and another different colored wire If this is the case, use the different colored wire, and either one of the same colored wires for the highest power output Wiring is very easy, as shown in Figure 7-12 just a battery and a switch connected to the transformer Notice that one of the secondary wires is simply unused, so it can be taped off out of the way Test the unit on yourself before putting the guts into a case to make sure it s working properly You should feel a strong single-pulse shock that makes your muscles twitch for a split second as the induction occurs Hey, I told you it would hurt more than the last unit, didn t I Remember, if you can t handle the shock from your own evil inventions, then don t expect anyone else to it s the golden rule of making shock devices, pal Next, conceal the internal components so that you can see your good buddies jump like pole-vaulting athletes The delivery of angry electrons to the victim s hands is similar to the last project, but we are not requiring the connecting of the two wires since this is done automatically by the motion switch The idea is to ensure that both output wires are touching the operator s hand or hands when the
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