MC1466L Driven Power Supply with 30 Volts at 2 Amperes
The circuit has been designed to produce a power supply that will generate 30 Volts with 2 A current by utilizing the MC1466L integrated circuit with the aid of multiple Darlington transistors.
View ArticleLM338-Based Power Supply with 13.8V at 5A Rating
The circuit is intended to produce a power supply unit that that utilizes a single LM338 voltage regulator to provide an output voltage of 13.8 V while carrying a current of 5 A.
View ArticleLM338 and LM350 Dual Power Supply
The circuit was designed based on two types of voltage regulator which utilizes three LM338 to produce a maximum 25V at 15A and one LM350 to produce a maximum of 25V at 3A.
View ArticleVariable Voltage Output from 12V Battery Source
The circuit was designed to provide a variety of voltages to some electronic equipment with the use of a 12V battery as the power source.
View ArticleAdjustable Symmetrical Power Supply by LM317 and LM337
The circuit was designed to provide an adjustment with a power supply that is symmetrically designed while providing a voltage range of 1.25V to 30V at 1A current.
View ArticleSingle Voltage Supply with Symmetrical Output
The circuit has been made for the creation of a symmetrical voltage that would come from a single power supply.
View ArticleL200-Based Voltage Regulators
The circuits were designed using a single IC L200 to create two different regulators where one circuit functions as high current regulator using NPN pass transistors while the other circuit functions...
View Article100 Watts Power Supply for Amplifiers using V-MOSFET
The objective of the circuit is to create a power supply using V-MOSFET technology to support amplifiers while producing 100 Watts power output.
View ArticleRegulated Power Supply with Stability at 3A
The circuit was designed to build a stable power supply the will provide a regulated voltage from 40 V to 70 V in a 3 A current.
View Article1A Power Supply with 0 to 15 Volts Adjustable Output
The objective of the circuit is to create a power supply that would produce an output of 0 V to 15 V at 1 A current.
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