SQP40AJB-1R

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Through hole resistors are resistors used in electronic circuits that are mounted onto a circuit board. They are the most common form of resistors used in electronic applications and are typically cylindrical in shape with two leads that are threaded through holes on the board. These type of resistors come in a variety of shapes and sizes and resistances ranging from single-digit microohms (µΩ) to tens of megohms (MΩ).

One type of through hole resistor, the SQP40AJB-1R, is a discrete resistor designed for printed circuit boards. It is a radial lead fixed-value surface mount resistor consisting of a metal oxide film that is deposited onto a ceramic core, through which the passive leads of the device are threaded. The SQP40AJB-1R resistor features a precision 1%, tolerance, and can handle up to 1 Watt power dissipation at 100°C maximum temperature, making it an excellent choice for low power applications.

The working principle of the SQP40AJB-1R resistor is very simple. It works by limiting the amount of current that flows through it. This current is determined by the resistance value, which is expressed in ohms (Ω). The SQP40AJB-1R resistor limits the current by providing a resistance that is proportional to its value, which allows it to regulate the flow of electricity.

The SQP40AJB-1R resistor has a variety of applications. It is widely used in low power applications such as consumer electronics, medical apparatus, automotive, and telecommunication systems. It is also used in circuit protection, audio and vibration control, and industrial equipment. In addition, the SQP40AJB-1R can be used in voltage drop or current limiting circuits as well as noise filtering circuits.

In summary, the SQP40AJB-1R is a through hole resistor designed for printed circuit boards. It is a radial lead fixed-value surface mount resistor consisting of a metal oxide film that is deposited onto a ceramic core, and has a 1% tolerance. It is widely used in low power applications such as consumer electronics, medical apparatus, automotive, and telecommunication systems. It works by limiting the amount of current that flows through it, allowing it to regulate the flow of electricity.

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