ER58R15JT

Through Hole Resistors are commonly used components in the electronic industries to control the current flow and the operating voltages. The ER58R15JT is one of the types of resistors used in these electronic applications. It is an industrial grade, high performance resistor with an operating temperature range of 40 to +85 degrees Celsius.

The ER58R15JT has a tolerance of ±1% and a thermal coefficient of resistance (TCR) of 15.6×10-3/°C. It has a peak voltage rating of 200V, and it can handle a maximum current of 0.80A. The resistor\'s body is made of a heat-resistant plastic with a special coating to lend it additional durability. It is designed for heavy-duty applications and has a power rating of 3 watts.

The ER58R15JT is widely used in various electronics application such as switching supplies, digital automotive circuits, HVAC systems, power supplies, and in sophisticated medical systems. It is also used in LED lighting systems as they often require precise control of current. The resistor can offer accurate control of current and stability in LED applications. Its plastic body ensures that the resistor can work in a wide temperature range.

The working principle of the ER58R15JT is fairly simple. The resistor works by opposing the flow of electrons in an electric circuit. By connecting the resistor in parallel with the circuit, it limits the current, thus protecting the other components from damage. Depending on its resistance value, the resistor can reduce the voltage or the current in the circuit. This helps increase the efficiency and prolong the life of the other components. Its heat-resistant plastic body also helps dissipate the heat generated during operation.

In conclusion, the ER58R15JT is a high-performance, industrial-grade resistor designed for heavy-duty applications. It offers an operating temperature of 40 to +85 degrees Celsius with a tolerance of ±1% and a thermal coefficient of 15.6×10-3/°C. It is commonly used in various electronics applications and is particularly effective in applications requiring precise control of the current. The working principle is simple, it limits the flow of current in an electric circuit, thus protecting other components from damage.