PPN500JT-73-240R

Introduction

PPN500JT-73-240R is a through hole resistor. Through-hole technology, also spelled "through-hole" or "thru-hole", refers to the mounting scheme used for electronic components that involves the use of leads on the components that are inserted into holes drilled in printed circuit boards (PCB) and soldered to pads on the opposite side either by manual assembly (hand placement) or by the use of automated insertion mount machines.

Application Field of PPN500JT-73-240R

PPN500JT-73-240R is suitable for use in automotive, aerospace, telecommunications, or any high-reliability application. The most common application field for through hole resistors is Industrial Control and Automation, such as process monitoring & control, motion control, robotics, and other end products requiring high-density, reliable connections with long life-cycle. The unique combination of performance and physical robustness of through hole resistors makes them ideal for these types of applications.

Working Principle of PPN500JT-73-240R

The resistors are the electronic components that limit current and place voltage drops in circuits. It is primarily composed of a resistor body along with two metallic contact pins for connecting with the different components of circuits. The resistor is typically composed of ceramic or carbon which resist electric current flow in a circuit. The resistor body contains a metal oxide layer filled with conductive material that creates a barrier against current flow.

PPN500JT-73-240R contains a flat sheet of ceramic or carbon material sandwiched between two metal oxide layers. This sheet of material is electrically connected to the two contact pins, and creates a barrier of resistive material between them. The resistance across these contact pins can be adjusted depending on the amount of current passing through it, and the resistance from these pins can be varied depending on the desired performance of the circuit.

The PPN500JT-73-240R through hole resistor is a robust component that provides greater reliability than surface mount resistors. It has a satisfied temperature limit and superior stability. Its low mounting profile enables it to be mounted in confined spaces. The use of lead helps to decrease electrical noise caused by vibration and thermal cycling. The PPN500JT-73-240R through hole resistor is also able to endure higher temperature range than other resistor families.

Conclusion

In conclusion, through hole resistors, such as PPN500JT-73-240R, are designed for applications in industries where high reliability and ruggedness are required. The performance of the PPN500JT-73-240R through hole resistor is excellent and it is suitable for automotive, aerospace, telecommunications, or any high-reliability application. Its resistance across pins can be adjusted depending on the expected performance of the circuit. Moreover, the use of lead helps to decrease electrical noise caused by vibration and thermal cycling.