ROX2SJ1K8 Resistors

Through Hole Resistors are electronic components that mainly aim to provide a specific resistance to a circuit. The component being discussed in this article is the ROX2SJ1K8 which is a small European style, single terminal, through hole resistor.

The ROX2SJ1K8 is mainly used for signal conditioning in industrial applications. It\'s narrow design and ability to carry up to 750 volts enable it to be placed in tight locations covered by insulation. This makes the ROX2SJ1K8 ideal for applications such as machine control systems, industrial electronics, and automotive systems.

The ROX2SJ1K8 has a nominal resistance of 1 KΩfrom the factory. This can be adjusted by turning the screw on the top of the resistor with a flat-head screwdriver. This resistance adjustment can be used to fine-tune the resistance to the required value in a circuit. Additionally, the ROX2SJ1K8 also has a resistance temperature coefficient of +50ppm/°C which ensures that the resistance remains stable over a wide temperature range.

The construction of the ROX2SJ1K8 is simple and consists of a single-terminal resistor encased in a reinforced plastic body. This body ensures durability and high impact resistance. The body is flame resistant and UL94V-0 approved. Furthermore, the body of the resistor contains a life rating of 1000 hours.

The working principle of the ROX2SJ1K8 is simple. When a current passes through the resistor, it meets resistance. The resistance causes the electrons to slow down and this regulates the current allowing for more control over the circuit. The amount of resistance provided is determined by the construction of the resistor and the material used.

In conclusion, the ROX2SJ1K8 is a single terminal, through-hole resistor with a nominal resistance of 1 KΩ. It is mainly used for signal conditioning in industrial applications. Additionally, the body of the resistor is flame resistant and UL94V-0 approved and it has a life rating of 1000 hours. The working principle of the ROX2SJ1K8 is that it resists the flow of electrons which allows for more control over a circuit.