SQP15AJB-560R

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SQP15AJB-560R is a through hole resistor that can be used in a variety of applications as a device to limit current. It is a power resistor that can dissipate heat quickly with its large surface area. Its main features are its ability to provide reliable and accurate resistance value throughout its use.

This through hole resistor is a standard component because it provides a very cost-efficient performance. Its size makes it easier to work in many designs. Its three-terminal configuration allows for a simple mechanical connection to a circuit board and a way to adjust the metal strip geometry. This is one of the important aspects of the SQP15AJB-560R as it allows for flexibility in the design.

This through hole resistor has a wide variety of application fields, from audio to power supplies. Its wide bandwidth allows for excellent performance across a wide range of frequencies. It can be used in pulsed applications and in circuits that require low noise. It is also useful in filtering applications, being able to provide stable resistance values.

SQP15AJB-560R’s working principle is very simple. Like other resistors, its working principle is based on the ohmic property of certain materials in an electrical circuit. Its resistance value is determined by its physical features, so there is no need to adjust or manually set it for a particular application. In addition, the resistor has a robust construction with an external shell and a component that is able to quickly dissipate heat, making it an ideal choice for applications that require reliable, long lasting performance.

The SQP15AJB-560R is a highly efficient through hole resistor that is widely used and is compatible with a large variety of applications. It is able to provide reliable resistance values and has a robust construction to ensure performance and durability. Moreover, its easy connection to circuit boards and its great thermal properties allow for a wide scope of applications across a wide range of frequencies. Its working principle is based on the ohmic property of the materials and its resistance value can’t be manually adjusted, making it a great choice for circuits that require stable performance for a long period of time.

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