ELECTRIC SHOCK from internet ------------------------------------------------------- It is worth turning on the TV (no matter where - even in Russia, even in Ukraine), as soon as you are being bombarded with criminal but- news, where they will show and tell in abundance about maniacs, murderers and just stupid scum roses that terrorize civilians tel. However, it is prohibited to carry weapons. but to ALL good citizens. So what to do "to the poor peasant?" Do it yourself my means of protection! ELECTRIC SHOCK!!! So, attached is a diagram of this - th device in *.pxx format with very excellent drawing quality. If desired you can figure out the circuit, especially since that it is very simple. Good luck to you, gentlemen readers, and condolences shouting to bandits on the street... ----- The high-voltage generator (HV) consists of powerful two-stroke VT1, VT2 autogenerator - tor converter (AC) 9-400V; rectifier VDЗ-VD7;storage capacitor C; discharge pulse former for one- transition transistor VT3; VS switch and high-voltage pulse main transformers T2a, T2b. T1 is made on the M15OOНМЗ 28x16x9 ring. Winding W2 is wound first (400 turns D 0.01) and carefully isolated. Then on- wind windings W1a, W1b (10 turns D each 0.5) and the base winding Wb (5 turns D 0.01). T2a (T2b) is made on ferrite rod 4OOHH 8-10 cm long, D 0.8 cm. The rod is pre-insulated, on top wind the winding W2a (W2b) containing 800-1000 turns D 0.01 and carefully insulated rut. Windings W1a and W1b (10 turns each D 1.0) wound in antiphase. To prevent high-voltage electrical breakdown tests transformers are filled with epoxy resin loy. Parameter optimization: Charge power capacitor C is limited to maximum power developed (short-term) power supply P=U1*I1 (U1=9V,I1=1A), maximum permissible average current VDЗ- VD7 I2=C*U2/2Tr and VT1-VT2 I1=N1*I2. Energy energy accumulated at the output of the AP E=C*U2* *U2/2, determined by capacitance C (1-1OmkF) with acceptable dimensions and operating voltage U2=N1*U1,N1=W2/W1. Pulse period sov discharge Tr = RpCp should be greater charge constant Тз=RC. R limits AP pulse current I2i=U2/R, I1i=N1l*I2i. The voltage of the high-voltage pulse is determined is divided by the ratio of turns T2a (T2b) Ubu=2n2*U2, n2=W2/W1. Smallest number turns W1 is limited by the maximum impulse high current VS Iu=U2*(2С/L)^(1/2), L-in- conductivity W1a (W1b), the highest - electrical tric strength T2a, T2b (50V on vi- current). The peak discharge power depends on the fast kinship VS. Power Element Modes close to critical. Therefore, working time you VG should be limited. Allowed turn on the VG without load (discharge in the air heh) no more than 1-3 seconds. Work VS and VT3 first check with the AP turned off, giving +9V to the VD7 anode. To check AP T2a and T2b is replaced with a 20-100 Ohm resistor sufficient precise power. In the absence of generation it is necessary to swap the winding terminals ki Wb. You can limit the current consumption of the AP but by decreasing Wb, selecting R1, R2. Pra- a properly assembled VG must pierce the internal interelectrode gap spacing 1.5-2.5 cm. When using VG, you must comply adequate precautions. Impulse high voltage discharge currentthrough the myelin sheath of the nerve fibers of the skin no tissue can be transferred to the muscles, causing tonic convulsions and spasms. Thanks to synapses, nervous excitation covers other muscle groups, developing reflex shock and functional para- personal According to U.S. Consumer-Product Sa- fety Commission sad consequences - flutter and ventricular fibrillation with subsequent transition to asystole, completed solving terminal states - observing are given when discharged with an energy of 10 J. By unverified information 5 second possibility action of a high-voltage discharge with energy 0.5 J causes total immobility tion. Full muscle recovery control occurs no earlier than after 15 minutes.
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