25J120

Through Hole Resistors are commonly used in everyday application circuits. A 25J120 resistor is a commonly used fixed value, axial leaded resistor. It is made of a 0.2 watt metal ceramic material and fabricated into a cylindrical form.

The 25J120 resistor has a resistance of 120 ohm and a tolerance of 20%. Axial (through-hole) resistors are designed to be mounted through circuit boards or PC boards usually with the ends of the leads pressed in from either side. The leads are then soldered to both sides of the board. When in use, the resistor produces a voltage drop across its resistance that is proportionate to the applied current.

The wide range of application fields for the 25J120 axial leaded resistor includes miniature circuit boards, general use circuit boards, and power supplies. Medical, industrial, automotive and home appliance applications. This type of resistor is able to withstand operational vibrations, shock and humidity, so it is suitable for frequent connections, disconnections, or various other operation characteristics for the application requirements.

The 25J120 resistor works on the principle of Ohm’s law, which states that resistance is equal to the voltage divided by the current. In practice, it produces a voltage drop based on the electric current that flows through the resistor. This voltage is used to regulate the power and accuracy of the circuit. In order to determine the amount of voltage drop across the resistor, the values of the current and the resistance need to be known.

The 25J120 resistor also has many advantages over other types of resistors. It is highly reliable, and it has a wide range of resistance values. It is also able to handle higher current application, can be used for both power and signal conditioning, and is able to protect sensitive components from being damaged by excessive current.

In conclusion, the 25J120 axial leaded resistor is suitable for use in a variety of applications. It is reliable and has the capability of producing a voltage drop based on the electrical current applied to it. Its application fields include miniature circuit boards, power supplies, medical, industrial, automotive, and home appliance applications. It is also very effective in protecting sensitive components from being damaged by excessive current.