5G14D + 24V 1.9A power supply
#voltage regulator
#5G14D
#24V
#1.9A
#power transistor
#integrated circuit
#DC power
#electronic design
#circuit schematic
Description: The circuit illustrated in the figure is a +24V, 1.9A power supply design. It employs the 5G14D domestic integrated voltage regulator as the core component, supported by three external power transistors. While the 5G14D voltage regulator has a rated current of 24mA, the circuit can deliver up to 1.9A. RP1 is utilized for fine-tuning the output voltage, whereas RP2 is designated for adjusting the overcurrent protection threshold. The main technical specifications of the power supply are as follows: (1) Input voltage: 220V, 50Hz; (2) Output voltage: 24V with a tolerance of 2%; (3) Maximum output current: 1.9A; (4) Ripple voltage: 24mV; (5) Overload point: 2.8A.
The described power supply circuit is designed to convert an input voltage of 220V AC at 50Hz into a stable +24V DC output, capable of delivering a maximum current of 1.9A. The core of the circuit is the 5G14D integrated voltage regulator, which is responsible for regulating the output voltage. It is important to note that while the 5G14D has a limited output current of 24mA, the inclusion of three external power transistors allows the circuit to handle significantly higher current loads.
The adjustment potentiometer RP1 is integral for fine-tuning the output voltage to ensure that it meets the required specifications. This allows for precise control of the output voltage, accommodating any variations in the input voltage or load conditions. On the other hand, RP2 serves as an adjustable overcurrent protection mechanism, enabling the circuit to prevent damage due to excessive current draw. This is particularly critical in applications where the power supply may be subjected to varying load conditions.
The power supply is designed to maintain an output voltage of 24V with a maximum allowable error of 2%, ensuring that connected devices receive a reliable power source. Additionally, the ripple voltage, which is the AC component superimposed on the DC output, is kept to a minimum at 24mV, indicating a well-filtered output. The overload protection is set at 2.8A, providing a safety margin to prevent damage to both the power supply and the connected load in case of a fault condition.
Overall, this power supply circuit is suitable for various applications requiring a stable and reliable DC voltage, with built-in features for voltage adjustment and overcurrent protection, making it a robust solution for powering electronic devices. As shown in Figure as a + 24V, 1.9A power supply circuit. It 5G14D domestic integrated voltage regulator as the core, three external power transistor, output current from the p ower supply itself 5G14D rated current 24mA, up to 1.9A. RP1 is used to fine-tune the output voltage, RP2 is used to adjust the overcurrent protection point. The main technical features of the power supply: (1) Input voltage: 220V 22V, 50Hz. (2) Output voltage: 24V, error 2%. (3) Maximum output current: 1.9A. (4) The ripple voltage: 24mV. (5) overload point: 2.8A.
The described power supply circuit is designed to convert an input voltage of 220V AC at 50Hz into a stable +24V DC output, capable of delivering a maximum current of 1.9A. The core of the circuit is the 5G14D integrated voltage regulator, which is responsible for regulating the output voltage. It is important to note that while the 5G14D has a limited output current of 24mA, the inclusion of three external power transistors allows the circuit to handle significantly higher current loads.
The adjustment potentiometer RP1 is integral for fine-tuning the output voltage to ensure that it meets the required specifications. This allows for precise control of the output voltage, accommodating any variations in the input voltage or load conditions. On the other hand, RP2 serves as an adjustable overcurrent protection mechanism, enabling the circuit to prevent damage due to excessive current draw. This is particularly critical in applications where the power supply may be subjected to varying load conditions.
The power supply is designed to maintain an output voltage of 24V with a maximum allowable error of 2%, ensuring that connected devices receive a reliable power source. Additionally, the ripple voltage, which is the AC component superimposed on the DC output, is kept to a minimum at 24mV, indicating a well-filtered output. The overload protection is set at 2.8A, providing a safety margin to prevent damage to both the power supply and the connected load in case of a fault condition.
Overall, this power supply circuit is suitable for various applications requiring a stable and reliable DC voltage, with built-in features for voltage adjustment and overcurrent protection, making it a robust solution for powering electronic devices. As shown in Figure as a + 24V, 1.9A power supply circuit. It 5G14D domestic integrated voltage regulator as the core, three external power transistor, output current from the p ower supply itself 5G14D rated current 24mA, up to 1.9A. RP1 is used to fine-tune the output voltage, RP2 is used to adjust the overcurrent protection point. The main technical features of the power supply: (1) Input voltage: 220V 22V, 50Hz. (2) Output voltage: 24V, error 2%. (3) Maximum output current: 1.9A. (4) The ripple voltage: 24mV. (5) overload point: 2.8A.
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