POWER SUPPLY

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.

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.

A circuit that converts AC power into DC power and the output voltage constant. The voltage output by the number of IC Regulators Series 78XX, which can receive input voltage up to 35V and current of 1 amp, the circuit has been designed with a LED display function. circuit When the output voltage to the transistor can be used to expand the number MJ 2955 has increased by approximately 5 A can be connected in parallel to increase the flow to another. In the selection of IC Regulators consider it from the table.

A circuit that converts AC power into DC power and the output voltage constant. The voltage output by the number of IC Regulators Series 78XX, which can receive input voltage up to 35V and current of 1 amp, the circuit has been designed with a LED display function. circuit When the output voltage to the transistor can be used to expand the number MJ 2955 has increased by approximately 5 A 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 and adjustable output voltage range from 1.25 V to 30 V, and -1.25 V to -30 V at the core of the integrated circuit Regulators number LM317 (+. ) and LM337 (-), the IC regulator's output voltage at the positive. Can have a positive input voltage 40 VDC (LM317) Input negative -40 VDC (LM337) and the maximum output current of 1.5 amps to adjust the output voltage by adjusting the VR1 positive side, the negative adjustment. the VR2 on the part of the circuit has been designed to accomm- date the transistor as Burton MJ 2955 (+), with MJ 3055 (-) to extend the current increase of about 5 amps and can be connected in parallel