KNP700JB-91-91R

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Through Hole Resistors (THRs) are an essential component of all electronic circuits. The KNP700JB-91-91R is a THR that is widely used in military and aerospace applications. Its performance is reliable and it is an excellent choice for applications requiring superior accuracy and precision.

The KNP700JB-91-91R THR consists of a metal (tantalum) core, surrounded by a ceramic, non-conductive coating of a high-temperature dielectric material, and then surrounded by a layer of resistive material. The resistive material is usually tin-lead alloy, but other materials may be used depending on the application.

The KNP700JB-91-91R THR is designed to be very accurate and precise in its operation. The resistor\'s resistance value is determined by the amount of resistance material that is present. The resistance material can be varied to achieve a desired value. The resistor also has an exceptionally high thermal stability meaning that it can be used in high temperature applications where temperature extremes could cause other resistors to fail.

The working principle of the KNP700JB-91-91R THR is based on Ohm\'s law. Ohm\'s law states that for a conductor, the current (I) is related to the voltage (V) and the resistance (R) by the equation I=V/R. This means that the current that flows through the resistor is dependent on the voltage and the resistance value. By adjusting the resistance value, the required current can be controlled.

The KNP700JB-91-91R THR is an ideal choice when precision and accuracy is of the utmost importance in the circuit, and the device must be able to operate in very high temperatures. It is suitable for many applications in the fields of military, aerospace, and precision industrial equipment. In these applications it is commonly used as a limiting resistor, a voltage divider, or a constant current source.

The KNP700JB-91-91R THR is a reliable and precise THR and is an excellent choice for applications requiring superior accuracy and precision. It is able to operate in extreme temperatures and is designed for use in military and aerospace applications. Its working principle is based on Ohm\'s Law and it is used as a limiting resistor, a voltage divider, or a constant current source.

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