CFR25SJT-52-10M

Through Hole Resistors are among the most common and simplest passive electronic components available in the electronics industry. The CFR25SJT-52-10M is a Through Hole Resistor designed to reduce the electric current. It consists of a cylindrical ceramic rod and a metal coil, which are wound in an insulating film. The CFR25SJT-52-10M is designed to provide reliable and consistent electrical resistance in various types of electrical circuits.

This Through Hole Resistor can be used in a variety of applications including automotive, consumer electronics, and industrial systems. It is commonly used in circuit boards and electrical circuits for regulating voltage and current. The resistor\'s low current ratings make it suitable for use in sensing devices and motor control. Its low temperature coefficient of resistance ensures consistent operation even under extreme temperatures.

The working principle of the CFR25SJT-52-10M is simple. When a voltage is applied between the two terminals of the resistor, a current flows through the resistor, generating an electric field. This field then produces a magnetic field, which interacts with the ceramic rod. As the field strength increases, the ceramic rod constricts, which increases the resistance and limits the current flow. Conversely, when the voltage decreases, the ceramic rod expands and the resistance decreases.

This is how the resistor works to provide an effective solution in regulating the flow of electric current. The resistor has a tolerance level which helps it maintain a consistent resistance in the face of varying input voltages. Furthermore, the resistor is designed to protect sensitive electronic devices from potential damage.

The CFR25SJT-52-10M Through Hole Resistor is able to provide reliable and consistent electrical resistance in a variety of applications. Its low temperature coefficient of resistance ensures consistent performance even under extreme temperatures. Furthermore, its tolerance level allows it to maintain a consistent resistance level in varying input voltages. This makes the device a versatile and reliable choice for regulating electric current in various types of electrical circuits.