PAC300002509FAC000 Resistors

Through Hole Resistors are very common and utilized in many circuits where precise current or voltage is needed. The PAC300002509FAC000 (PAC) is one such through hole resistor that is used for a variety of applications. This article will discuss the different applications and working principle of the PAC, and how it works to create a reliable and stable current or voltage level.

Applications

The PAC is designed mainly for use in industrial and commercial settings where precise current or voltage is needed. It is particularly suited for use in motor control, automotive, and scientific applications, as it provides excellent precision and reliability. It is also well suited for use in high voltage and high frequency applications, such as in power and radio frequency (RF) amplifiers. It can also be used as a current sensing resistor in circuits where a quick response is needed.

The PAC is also used in transducers, power supplies, and audio systems, where a long lasting and accurate performance is desirable. In addition, its low thermal coefficient makes it an excellent choice for use in temperature sensing and control. Finally, the PAC is also well suited for use in applications where fast transient response is required.

Working Principle

The PAC utilizes a unique resistor construction that provides a stable and precise resistance value for a wide range of voltages and currents. As a through hole resistor, it has two terminals that are connected directly to the resistor body. This direct connection to the resistor body ensures that the current or voltage level can be accurately controlled in all ranges.

The resistance value of a PAC will remain constant, even with changes in temperature, voltage, or current. This is due to the use of special ceramic-metal seals that help regulate the resistance over a wide temperature range. The ceramic-metal seals also help to prevent oxidation of the terminals, ensuring a long-lasting and reliable resistor.

In addition, the PAC has a unique construction that helps minimize the effects of thermal stresses. Thermal stresses are caused by the large number of cycles of power delivered to the circuit, which can cause the resistance of the resistor to vary. The PAC\'s design helps minimize this effect, allowing it to remain reliable and accurate even in the most difficult applications.

Conclusion

The PAC300002509FAC000, or PAC, is a reliable and stable through hole resistor that has become a popular choice for many industrial and commercial applications. Its unique design ensures that it can be used in a variety of circuit designs, and its low thermal coefficient helps to provide accurate and long-lasting performance. Through its use of ceramic-metal seals, it is able to remain stable and reliable over a wide range of temperatures, currents, and voltages. All of these characteristics make the PAC an ideal choice for many high-precision applications.