PSM700JB-1K

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Through Hole Resistors have a wide variety of applications in electronic circuits, requiring precise resistance and power dissipation. PSM700JB-1K is a series of through hole resistors designed to meet these requirements. It provides high accuracy and performance in a wide variety of operating temperatures and environments.

PSM700JB-1K is a series of through hole resistors that offers power ratings up to 1K Watts. It is specially designed for high power resistors due to its high current carrying capability. The resistors in this series are made using high-grade manganese ferrite material, which gives them superior stability and reliability. Moreover, the low noise levels make them ideal for use in high-frequency, high-voltage circuits. The resistors also have low inductance, making them suitable for RF applications.

The PSM700JB-1K through hole resistors are designed with a symmetrical construction, which ensures great stability and accuracy in various harsh environments. Furthermore, the resistors are designed to withstand both extreme mechanical and thermal shock due to their robust construction. The resistors have an operating temperature range of -55°C to +150°C which makes them suitable for both indoor and outdoor applications.

Because of their excellent design, PSM700JB-1K through hole resistors are used in a variety of applications including feedback, low-noise signal detection, audio input circuits, switching applications, and protection from overvoltage transients. The resistors are also used in high power applications such as AC and DC motors, Industrial Electronics, and High-power Electronic Applications.

The working principle of PSM700JB-1K through hole resistors is based on either their integrated Ni-resist element or a series of metallized resistive elements. The integrated element works by converting the current passing through the element into heat. The heat increases the resistance of the element and reduces the current flowing through the element. The series of metallic elements works similarly to the integrated element, but the resistive elements produce less heat throughout the process.

The integrated Ni-resist element works by using a wire-wound core, which contains Ni-resist material that changes its resistance as a result of temperature change. As the temperature increases, the electrical resistance increases, which results in a decrease in current. The series of metallized resistive elements, on the other hand, consists of layers of Nickel and Manganese powder that resist an electrical current by producing heat. As the temperature increases, the resistance drops, resulting in an increase in current.

PSM700JB-1K through hole resistors offer excellent stability and reliability in a wide variety of applications. The resistors are designed to withstand extreme temperatures and environments, and their high current carrying capability makes them suitable for high power applications. Moreover, the resistors’ symmetrical construction and low noise levels make them suitable for RF applications. The resistors’ working principle is based either on an integrated Ni-resist element or on a series of metallized resistors which convert current into heat and increase the resistance of the element.

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