Double-ended thyristor floating charger
A floating charger and thyristor technology, applied in the electronic field, can solve the problems of battery environment pollution, unscientific, waste, etc., and achieve the effect of reducing the anode current
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[0110] Figure 1 to Figure 5 An example of implementation is given.
[0111] 1. Selection of components: working thyristor, backup thyristor, end thyristor, pulse frequency thyristor are all welded by unidirectional thyristor.
[0112] The gate 1 circuit and gate 2 circuit are welded by an inverter inside an integrated circuit CD4069.
[0113] The switching diode is composed of two diodes in series, and the series diode forming the innovative thyristor is composed of three diodes in series.
[0114] The end light indicating branch is composed of a luminous tube and a resistor in series.
[0115] The pressure-limiting cut-off switch is a locking button switch.
[0116] 2. Board making and welding: press figure 2 Make the circuit control board, press figure 2 Schematic of soldering components. Pronunciation like image 3 Welding shown.
[0117] 3. Power-on inspection and debugging.
[0118] 1. Check the constant current source part.
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