TE750B56RJ

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

Chassis Mount Resistors are integral components of many electronic circuits. TE750B56RJ is a type of Chassis Mount Resistor manufactured by TE Connectivity, and its application fields and working principle should be explained.

The TE750B56RJ resistor is designed for high voltage applications, meaning that it can withstand an excessive amount of electric current and withstand higher electrical power ratings than other resistors. It is suitable for use in medical devices, lighting, power supplies, and other high-voltage applications. The resistor features a low applied thermal resistance rating of 0.69°C/W. This ensures that it can dissipate heat efficiently.

The TE750B56RJ is a cylindrical-shaped resistor, constructed using thick-film composition. Objects such as resistors, which can resist the flow of electrical current, are composed of electrical components that are typically arranged in a parallel array. In this type of resistor, the resistor elements are connected together in between two contact points, with the bottom end connected to the ground.

The resistor\'s working principle is that when an electric current passes through the resistor, a certain amount of energy is lost due to the resistance of the resistor elements. This energy is converted into heat. The heat is then dissipated by the resistor, and the current continues to flow through it until it reaches the desired level.

The TE750B56RJ is very reliable in high-voltage applications due to its thick-film construction and its low thermal resistance rating. This allows the resistor to heat up slowly, ensuring that it does not deteriorate over time. The resistor also features a short-circuit protection, making it difficult for excess currents to flow through it and cause overheating or burn out. This ensures the safety of the circuits where it is used.

Overall, the TE750B56RJ is an ideal resistor for use in high-voltage applications such as medical devices, lighting, power supplies, and other high-voltage applications. Its thick-film construction and low thermal resistance rating ensure that it performs reliably and safely. The resistor\'s working principle involves converting electrical energy into heat, which is then dissipated by the resistor, allowing for efficient operation.

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