23J100E

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Through Hole Resistors have been essential components in the development of many electronic devices due to their simple shape and low cost. One such resistor is the 23J100E, which is a resistor designed to regulate circuit current in order to protect them from damage from over-currents. It is a three-terminal device that works by reducing the amount of current when the voltage exceeds the specified limit.

The 23J100E application field includes automotive electronics, solar energy power, mobile communication, home appliance, consumer electronics, industry product, and LED light. The working principle of the part includes a fixed resistance in series with a temperature-dependent resistor, which is designed to regulate the amount of current. A semiconductor junction corresponding to the devices limits the maximum current passing through the part, depending on the voltage applied to the part at one particular junction.

The resistance of the 23J100E consists of two parts. The positive and negative terminals of the part are connected to two separate resistors that resist a certain amount of current. The positive terminal has a fixed resistor which operates over an ambient temperature range and gives a nominal resistance value for a certain amount of current. The negative terminal has a temperature-dependent resistor that should resist a certain amount of current at a specific temperature. This resistor exhibits less resistance when the temperature is low and more resistance when the temperature is high.

The current and voltage are based on the temperature-dependent resistor of the 23J100E, as it has a resistance value that increases with temperature. This means that the total resistance decreases as the temperature increases, and the maximum current that can pass through the part is reduced. This helps prevent damage from over-currents. In addition, the resistor is also designed to absorb any transient pulses that might occur in the circuit, thus providing further protection against damage.

Furthermore, the 23J100E also has a built-in protection diode that serves as a fuse for over-currents. It is intended to limit the peak voltage of an over-current surge or transient pulse, and cut off the power supply before any damage can be caused. The diode, combined with the resistors, ensures maximum protection against over-currents and should reduce the possibility of damage as much as possible.

In conclusion, the 23J100E is a three-terminal resistor with a fixed resistance in series with a temperature-dependent resistor. It has a wide range of application fields from automotive electronics to LED lighting, and is designed to provide protection against over-currents. The resistor\'s temperature-dependent characteristic ensures that the current can be reduced when the voltage exceeds the specified limit. Additionally, the built-in diode helps protect against any over-current surges, offering further protection.

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