Through hole resistors are widely used in all kinds of electronic circuits. The SM102032504JE Through Hole Resistor is an example of a Through Hole Resistor from the SM series by the manufacturer. This resistor offers excellent insulation resistance, low contact resistance and high electrical performance in both low and high power applications. It can be used to protect circuit components and reduce heat generation in power supplies or heavy load circuits.

The SM102032504JE offers power ratings up to 1.5W, resistance tolerances from ±1% to ±20% and TCR ratings from ±50ppm/°C to ±300ppm/°C. The resistor has standard power ratings from 0.063W to 0.25W at 0.25W voltage ratings - excellent for high current applications.

The resistor is a combination of a metal oxide layer coated in between two layers of metal film. The metal oxide layer helps to form an insulating layer between the two metal films which is known as a dielectric. The dielectric layer prevents the two films from being short-circuited by electrical current.

The resistor is typically constructed with copper or tinned copper leads and a ceramic insulating substrate. The ceramic substrate provides insulation from heat generated by the resistor. The resistor is connected to the circuit board by soldering the copper or tinned copper leads.

The SM102032504JE resistor is ideal for applications such as power supplies, DC motor control, AC motor control, thyristor drives, LED lighting, switch-mode power supplies, precision monitoring and more. It is also suitable for use in automotive, aerospace and railway industries.

The SM102032504JE Resistor offers reliable performance and efficient cooling in high current applications. With its compact size and good electrical insulation, the resistor is ideal for space-saving designs. Moreover, the resistor offers stability under varying temperatures, humidity and electric field conditions, making it ideal for long-term use.

In general, the SM102032504JE Through Hole Resistor is a useful and reliable electrical component in a wide range of electronic applications. With its excellent insulation resistance, low contact resistance and high electrical performance, it offers reliable performance in various power and load conditions. Thus, it is an ideal component to use in a range of electrical components and devices.