Product Introduction

Electrical performance
Input voltage: The common input voltage for linear power supplies is 110V AC or 220V AC, and may also support a wide voltage input range of 85-264V AC to adapt to different

regions and application scenarios.

Output voltage: Multiple standard output voltages may be provided, such as 5V, 12V, 15V, 24V, etc., to meet different load requirements. For example, supplying power to

electronic testing instruments may output 5V or 12V, and supplying power to industrial control equipment may output 24V.

Output current: Depending on the application scenario, the output current may vary, ranging from a few hundred milliamps to several amperes. For small electronic devices, it

may output a current of 1A-2A, while for slightly larger loads, it may reach 5A or higher.

Output power: determined by output voltage and current. Assuming an output voltage of 12V and a current of 5A, the output power is 60W. The actual power depends on the

specific voltage and current specifications.

Voltage regulation rate: It can usually achieve a precision of 0.1% or even higher, effectively maintaining stable output voltage. When the input voltage fluctuates within a certain

range, the change in output voltage is minimal.

Current regulation rate: generally within 1%, ensuring that the output current remains stable when the load changes, providing stable power to the load.

Performance characteristics
Good stability: Using linear voltage stabilization technology, the output voltage and current have high stability, making it suitable for devices that require high power stability, such

as communication base stations, medical equipment, etc.

Low noise: The internal circuit design and component selection focus on reducing noise, and the output DC voltage ripple coefficient is low, which can provide pure power for

circuits sensitive to noise, such as audio amplifiers and high-precision measuring instruments.

Fast response speed: able to quickly respond to load changes, adjust output voltage and current in a timely manner, ensure the normal operation of load equipment, and restore

stability of output voltage and current in a short time when the load changes instantly.

physical characteristics
Size: Depending on the specific design and application scenario, linear power supplies generally have a relatively large volume due to the inclusion of larger components such as

transformers. They may have a length of 150-300mm, a width of 100-200mm, and a height of around 50-100mm.

Weight: Due to internal components and structure, the weight ranges from 1-5 kilograms, depending on the power output and design process.

Application scenarios
In the field of communication: providing stable power supply for communication devices such as switches and routers to ensure the stable operation of communication networks.

Industrial automation: used for supplying power to devices such as PLCs, sensors, and transmitters in industrial control systems, ensuring precise control of industrial production

processes.

Medical equipment: such as medical testing instruments, imaging equipment, and other devices that require high power stability and accuracy, require a linear power supply to

provide high-quality power.

Laboratory instruments: provide stable and low-noise power supply for electronic testing instruments, analytical instruments, etc., ensuring the accuracy and reliability of

experimental data

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