CB3JBR750

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

Through Hole Resistors: CB3JBR750 Application Field and Working Principles

Through hole resistors, mainly including carbon-film resistors, metal-film resistors, tubular resistors, variable resistors, and network resistors, have been extensively used in many industries and manufacturing products as they offer features such as small size and high linearity.

One example of a through hole resistor commonly used is the CB3JBR750 model. This particular type presents a wide range of application fields, as its characteristics make it one of the best choices for resistive components. The CB3JBR750 features a low price, low resistance drift rate, flame retardancy, and low temperature coefficient of resistance.

Regarding its working principles, this component operates mainly by the electrical energy passing through it and creating a limitation in the electrical current. This limitation in the current can be adjusted and adjusted according to certain steps. These adjustments can be accomplished by changing the value of the resistor. This is done by incrementing or decrementing its resistance resistance value. The standard unit of measure for resistors is the Ohms unit, and this particular model presents resistance values between the 470-ohm and 800-ohm range.

The way electrical energy passes through the CB3JBR750 is that the energy come in contact with the two metal parts of the resistor, which generate the electrical potential. This electrical potential is then converted into electrical energy as it crosses through the resistor, which in turn limits the current from passing through.

Summarizing, the CB3JBR750 is a model of through hole resistors offering a wide range of application fields, thanks to its low price and low temperature coefficient of resistance, as well as to its flame retardancy and low resistance drift rate. Its working principle is based on the electrical energy coming in contact with its two metal parts, thus creating a limitation of the electrical current.

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