Description: As shown in the figures, this is a practical adjustable power supply. It utilizes an integrated voltage regulator (5G14) in conjunction with a 3DG12A transistor for current spreading, providing an output voltage range of 3 to 6V. The rated output current is 160mA, with a ripple factor of 1mV, making it suitable for powering radios and small recorders.
This adjustable power supply circuit is designed to deliver a stable output voltage between 3V and 6V, which is particularly useful for low-power applications such as portable radios and small audio recorders. The core of the design is the 5G14 voltage regulator, which is responsible for maintaining a consistent output voltage despite variations in input voltage or load conditions. The integration of the 3DG12A transistor enhances the current handling capability of the circuit, allowing it to provide a maximum output current of 160mA.
The ripple factor of 1mV indicates that the power supply produces minimal voltage fluctuations, ensuring clean and stable power delivery. This is crucial for sensitive electronic devices that may be adversely affected by power supply noise. The circuit can be adjusted to set the desired output voltage within the specified range, providing flexibility for various applications.
In terms of implementation, the circuit should include appropriate input and output capacitors to filter noise and stabilize the voltage levels. Additionally, heat dissipation considerations must be taken into account, particularly for the 3DG12A transistor, which may require a heatsink if the current load approaches its limits. Overall, this adjustable power supply circuit is an effective solution for powering low-voltage electronic devices with reliability and precision. As shown in FIG. 3 ~ 6V a practical adjustable power. The power supply to the integrated voltage regulator 5G14 core plus 3DG12A transistor current spreading, constitute an out put voltage of 3 ~ 6V, rated output current of 160mA tandem type power supply, the ripple factor 1mV, suitable for radio, small recorder power.
This circuit primarily relies on a voltage regulator. The 7809 voltage regulator can provide a continuous output of up to 2 amps while ensuring a low noise and highly regulated supply. Although the circuit can function without additional components, a...
The circuit diagram illustrates a voltage regulator designed from discrete components to meet specific voltage requirements. It provides two sets of component values for output voltages of 6.3 V (upper) and 12.6 V (lower). The components used include BC547 and...
The size of the tread was 5 cm by 3 cm. The current design measures 5 cm by 3.3 cm. The regulator's foundation is based on Walt Jung's 1997 article, "Regulator Excels in Noise and Line Rejection," with modifications derived...
A 12 Volt 35 Amp power supply can be constructed using the LM7812 voltage regulator to provide a stable 12 Volt DC output. The power supply employs TIP2955 transistors as the main power regulators, with a configuration that utilizes six...
A 2.5V voltage regulator circuit is illustrated, which is part of a computer's motherboard. The circuit employs an oscillation circuit with the RT9202 control core chip, converting a 5V input supply into a regulated +2.5V output voltage, with the chip's...
The IC8211 serves as a voltage reference and regulator amplifier, with Q1 likely functioning as the series pass transistor. R1 determines the output current of the IC8211, while C1 and C2 contribute to loop stability and help suppress the feedthrough...
The circuit consists of a DC voltage regulator, a delay circuit, and protection mechanisms for overvoltage and undervoltage. It utilizes the LM7812 integrated voltage regulator to provide a stable 12V output. The protection circuit samples voltage using R2 and potentiometer...
This voltage regulator circuit provides a stable 5V output from unregulated inputs that are greater than 5V. The output voltage stability is satisfactory, with minimal variations.
The voltage regulator circuit utilizes a linear voltage regulator, such as the LM7805, which is...
This 8V DC power supply is designed for use with high-end electronic equipment. It includes full over-voltage protection to safeguard against regulator failure, whether in the supply itself or in the connected device. The circuit employs a standard full-wave rectifier,...
We use cookies to enhance your experience, analyze traffic, and (if you allow) serve personalized ads.
By clicking Accept All, you agree to our use of cookies.
Learn more