What are the parameter names of surge resistant power boosting resistors

Anti surge resistor is an electronic component that serves as overvoltage protection in circuits, capable of withstanding momentary high voltage to suppress electromagnetic interference and electrical signal interference caused by rapid voltage changes, ensuring the normal operation of the circuit. The following are some key points regarding the parameter names of surge resistant power boosting resistors:

1、 Main parameters
Rated current: refers to the maximum current value that a resistor can withstand under normal operating conditions. For surge resistant resistors, the rated current is an important parameter that determines the current surge that the resistor can withstand during a surge event.
Rated voltage: refers to the maximum voltage value that a resistor can withstand under normal operating conditions. The selection of rated voltage should be based on the maximum operating voltage in the circuit to ensure that the resistor is not damaged under normal operating conditions.
Voltage endurance range: refers to the maximum voltage range that a resistor can withstand, which is usually higher than the rated voltage to provide additional safety margin.
Power consumption: refers to the power consumed by a resistor during operation. The power consumption depends on the resistance value, current, and voltage of the resistor. For surge resistors, power consumption is an important consideration as it determines the heating behavior of the resistor over long periods of operation.
Resistance error: refers to the deviation between the actual resistance value and the nominal resistance value of a resistor. The magnitude of resistance error depends on the manufacturing process and precision requirements of the resistor.
2、 Other parameters
In addition to the main parameters mentioned above, anti surge power boosting resistors may also have some other parameters, such as:

Size: The physical dimensions of a resistor, including length, width, and height. The selection of size should be based on the layout and space requirements of the circuit board.
Packaging form: The packaging method of resistors, such as surface mount packaging, plug-in packaging, etc. The selection of packaging form should be based on the manufacturing process and reliability requirements of the circuit board.
Temperature coefficient: The degree to which the resistance of a resistor changes with temperature. The smaller the temperature coefficient, the better the stability of the resistance value of the resistor.
Rated power: The maximum power that a resistor can withstand under normal operating conditions. For surge resistant resistors, the selection of rated power should be based on the maximum power demand in the circuit and the heat dissipation capacity of the resistor.
3、 Special parameters (for surge resistance characteristics)
Surge bearing capacity: refers to the ability of a resistor to maintain normal operation under the impact of surge voltage or surge current. This is one of the core properties of surge resistance.
Response speed: refers to the speed at which a resistor responds to surge events. The faster the response speed, the better the suppression effect of the resistor on surge events.
In summary, the parameter names of anti surge power boosting resistors include main parameters such as rated current, rated voltage, withstand voltage range, power consumption, resistance error, as well as other parameters such as size, packaging form, temperature coefficient, rated power, and special parameters for anti surge characteristics such as surge bearing capacity and response speed. When selecting anti surge resistors, these parameters should be comprehensively considered based on specific circuit requirements to ensure the stability and reliability of the circuit.