C3A620RJT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The C3A620RJT Through Hole Resistors are commonly used in various fields and processes, with the main purpose of controlling the flow of current. As with any other resistor, it works on a basic principle of resistance where when an electric current is passed through it, there is some degree of limitation on the current flow and therefore resistance is created. This resistance is measured in ohms and in the case of C3A620RJT Resistors, they measure 0.02 ohm ± 0.05. This resistance varies with temperature as higher temperatures result in lower resistance or vice-versa.

The C3A620RJT Through Hole Resistors are widely used in modern electrical and electronic applications, since they have a remarkable ability to limit the current flow, as well as provide adequate insulation and protection between sensitive components. As the name implies, these resistors are typically soldered onto a circuit board and remain secured and fixed. The non-floating nature enables them to be used in high-voltage applications, allowing the user to accurately adjust the current flow even with a high degree of precision.

They features small size, high temperature withstand ability, fast dissipation of power, high insulation resistance, low noise generation, high sensitivity, wide range of resistances, wide dynamic range, light weight and low power consumption. The C3A620RJT Through Hole Resistors can be used in applications that involve audio equipment, communications circuits, power supplies, automotive harnesses and so forth. Consequently, they are ideal for resistor centered circuits such as amplifiers, filters, relays, voltage regulators, power converters, surge protectors, switching controllers and other related equipments.

In terms of working principle, the C3A620RJT Through Hole Resistors are designed to work within a certain current range, and for an optimal functioning, the correct resistance and wiring are required. For illustration purposes, when an electric current is passed through it, the resistors convert it to a certain amount of resistance relative to the amount of current that is flowing. It is this resistance that controls the current flow and the amount of power dissipation in the case of high voltage applications. This resistance is generated by doping a ceramic material with phosphorus and boron, so as to create a small size, and increased functional resistance against current flow.

In conclusion, the C3A620RJT Through Hole Resistors are efficient and versatile, and are commonly used in many types of fields and applications. They are designed to mount on printed circuit boards and provide adequate insulation while limiting currents and allowing adequate protection for various sensitive components. The working principle is relatively straightforward, as they are designed to produce a certain degree of resistance when current flows through them, which in turn controls the amount of dissipation taking place, and the amount of power ultimately consumed.

The specific data is subject to PDF, and the above content is for reference