ASSEMBLED

usage condition A circuit that converts AC power into DC power. Which provides a constant output voltage, both positive and negative. The voltage output by the number of IC Regulators Series 78XX (+), 79XX (-), which allows the input voltage up to ± 35V (7824 (+), 7924 (-) using pressure. ± 40V) and power amplifier in the first part of the circuit has been designed with a LED display circuit when the output voltage. And also the number of transistors MJ 2955 (+), MJ 3055 (-) to extend the current increase of approximately 5 A, which can be connected in parallel to increase the flow to another. In the selection of IC Regulators consider it from the table.

usage condition A circuit that converts AC power into DC power. Which provides a constant output voltage, both positive and negative. The voltage output by the number of IC Regulators Series 78XX (+), 79XX (-), which allows the input voltage up to ± 35V (7824 (+), 7924 (-) using pressure. ± 40V) and power amplifier in the first part of the circuit has been designed with a LED display circuit when the output voltage. And also the number of transistors MJ 2955 (+), MJ 3055 (-) to extend the current increase of approximately 5 A, which can be connected in parallel to increase the flow to another. In the selection of IC Regulators consider it from the table.

usage condition A circuit that converts AC power into DC power. Which provides a constant output voltage, both positive and negative. The voltage output by the number of IC Regulators Series 78XX (+), 79XX (-), which allows the input voltage up to ± 35V (7824 (+), 7924 (-) using pressure. ± 40V) and power amplifier in the first part of the circuit has been designed with a LED display circuit when the output voltage. And also the number of transistors MJ 2955 (+), MJ 3055 (-) to extend the current increase of approximately 5 A, which can be connected in parallel to increase the flow to another. In the selection of IC Regulators consider it from the table.