CW01033R00JS70

Through hole resistors are one form of electronic components used to resist electrons passing through an electrical circuit.CW01033R00JS70 is one type of through hole resistors with application field and working principle.

CW01033R00JS70 through hole resistors are widely used in almost every electronic application. In audio applications, through hole resistors are used for tone control, frequency control, signal attenuation and voltage regulation. In data signal transmission,through hole resistors are used to provide impedance matching and protect against undesired currents. CW01033R00JS70 through hole resistors can also be used in AC and DC circuits.

Like any other resistor, CW01033R00JS70 through hole resistors work by dissipating energy that comes from the flow of electrons in an electrical circuit. This energy is converted into heat which is then dissipated. Depending on the resistance value, CW01033R00JS70 through hole resistors can limit the amount of current flowing through a circuit while allowing the voltage to remain unchanged. CW01033R00JS70 through hole resistors are usually two-terminal electrical components made from carbon, metal films or wire-wound. They are available in various resistance values ranging from 0.1 ohm to 10 mega ohms. The resistors have different tolerance ranges depending on their ratings.

The power rating of a through hole resistor is a measure of the amount of power it can dissipate safely without damaging itself. The value of power rating of CW01033R00JS70 through hole resistors is 0.2 W, which means the resistor can dissipate up to 0.2 watt of power before overheating and failing. This power rating is important in applications where high power levels are present. Using a higher-rated power resistor can result in the resistor not exhibiting adequate performance.

The voltage rating of a through hole resistor is a measure of the maximum voltage that the resistor can safely survive. The voltage rating of CW01033R00JS70 through hole resistors is 100 V, meaning that the resistor can handle up to 100 volts of voltage before it fails. This voltage rating is important for applications where high voltages are present. Using a higher-rated voltage resistor can ensure adequate performance of the resistor in high voltage situations.

The temperature coefficient of a through hole resistor is the degree to which the resistance of the resistor changes with temperature. The temperature coefficient of CW01033R00JS70 through hole resistors is 0.2, meaning that for every Celsius degree of temperature change, the resistance of the resistor will change by 0.2. This temperature coefficient is important in applications where temperature change is frequent and the performance of the resistor must remain consistent.

In conclusion, CW01033R00JS70 through hole resistors have application fields in almost every electronic application. They work by dissipating energy that comes from the flow of electrons and offer power rating and voltage rating of 0.2 and 100 V respectively. The temperature coefficient of the resistor is 0.2, indicating that the resistor is temperature-sensitive.