MR3JTR200

Through Hole Resistors are electrical components that restrict the flow of electric current in an electrical circuit. This is done by creating a resistance or impedance to the current, commonly referred to as Ohms. MR3JTR200 is a resistor that can be used in a variety of applications due to its low profile design, excellent electrical properties and its ability to withstand high temperature and humidity environments.

The MR3JTR200 offers a wide range of possible configurations that make it highly suited for various applications. These include power supplies, current-limiting circuits, output stage circuits, and voltage regulators. Its features and functionality make it suitable for applications like automotive, telecommunications, industrial, and home automation.

A key benefit of the MR3JTR200 resistor is its high accuracy and low temperatures coefficient of resistance (TCR). It is constructed with two outside braided leaded resistors and one inside leaded resistor, connected in series. The resistor has a flat bottom that allows it to be easily mounted on a PCB. The high accuracy of the resistor makes it suitable for precision circuit designs. The low TCR ensures that the resistance remains stable over a wide temperature range.

In addition to its outstanding electrical properties, the MR3JTR200 also offers superb electrical isolation and environmental protection. The two outer braided leaded resistors provide excellent insulation, ensuring that the resistor does not short circuit. The resistor is also rated with IP65 protection, which means it is highly resistant to dust and water splash. This feature allows the resistor to operate in harsh, wet conditions.

The MR3JTR200 resistor has a working principle of tight tolerance ratio and precisely achieve accurate resistance values. This is because the voltage drop between the three leads is measured and controlled more precisely. In order to ensure the correct ratio, the outer two leads must have the same structure. The inner lead acts as a reference to the outer two leads, meaning that the voltage drop between the inner lead and the outer two leads has to be the same.

The MR3JTR200 utilizes the principle of ohmic heating to control the resistance value. This mechanism involves the resistance element being heated by electricity, which causes the resistance element to resist and impede the current flow. This enables the resistor to maintain the desired resistance level in most conditions.

The MR3JTR200 is an ideal fit for a wide range of application fields and works well in various conditions. It is highly suitable for automotive, telecommunications, industrial, and home automation. Its low profile design, good electrical properties, and superb protective features make it an excellent resistor for a variety of applications.