PSM11AKB-15R

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Through Hole Resistors (THRs) are electrical components that resist current when voltage is applied across them. They are commonly used in circuit design, as they are relatively simple to construct from relatively inexpensive components. The PSM11AKB-15R is a THR of the PSM11AKB Series, and is among the most versatile THR components available. Its versatile design enables it to be used in a variety of applications, as well as offer superior performance in the areas of temperature stability and noise reduction.

The PSM11AKB-15R THR has a wide range of application fields, including commercial, industrial, medical, and aerospace. Its design makes it suitable for a variety of applications, such as noise reduction in audio and video systems, temperature suppression in automotive systems, and overload protection in industrial equipment. As a THR, it is also commonly used to provide current-limiting characteristics in electrical devices.

The PSM11AKB-15R THR is constructed of two layers of metalized ceramic. The inner core is a heat-insulating ceramic dielectric, while the outer core is a metallic conductor. The two layers are connected electronically with a printed circuit board (PCB). When electricity passes through the THR, the inner core creates a resistance that restricts the flow of current. This resistance reduces the amount of current that can flow through the component.

The PSM11AKB-15R THR also offers superior temperature stability and noise reduction. It is designed to resist thermal expansion, which allows it to hold its electrical characteristics during normal operation. Additionally, it is designed to suppress noise, which helps in audio and video systems. This THR is also characterized by its high overload capability, and is suitable for continuous and high frequency operation.

The PSM11AKB-15R THR is a versatile component that can be used in many applications. Its design makes it suitable for noise reduction, temperature suppression, and overload protection. It offers superior performance in terms of temperature stability and noise reduction, and is capable of continuous and high frequency operation. It is an ideal component for both commercial and industrial applications, as well as medical and aerospace applications.

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