The main parameters of the power regulator include the following:
Input voltage range: This refers to the range of mains voltage that the regulator can accept. Different countries and regions, their mains voltage standards may be different, so the input voltage range will be different.
Output voltage range: This refers to the stable output voltage range that the regulator can provide, which should meet the voltage requirements of the load equipment.
Stable voltage Uw: This is the voltage at both ends of the tube when the regulator is working normally, and different regulator tubes have different stable voltages.
Stable current Iw: This refers to the current value provided by the regulator in normal working condition, which is an important parameter to be considered when choosing a regulator.
Maximum stable current Iwm: This refers to the maximum current value that the regulator can still maintain stable operation when the reverse current exceeds a certain limit. Above this value, the regulator may be damaged by overheating.
Voltage temperature coefficient αv: This is a coefficient that indicates the effect of temperature change on the output voltage of the regulator. For different regulators, the voltage temperature coefficient may be different.
In addition, there are some other parameters, such as input line system, output voltage adjustment rate, load adjustment rate, etc., which are important indicators to measure the performance of the regulator.
Please note that the specific parameter values will vary depending on the regulator model, specification and manufacturer. When selecting and using power regulators, carefully refer to the product specifications and relevant standards to ensure that they can meet the needs of practical applications.
