MBB02070C8458FRP00

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The MBB02070C8458FRP00 is a through hole resistor and an essential component in a wide range of electronic circuits. It has a range of applications in areas where precision and accuracy is needed and is designed to meet the strict standards needed for commercial applications. This article outlines the general field of application and working principle for the MBB02070C8458FRP00.

The MBB02070C8458FRP00 is a precision resistive device mainly intended for applications where space is at a premium. It consists of a thermally and physically stable printed circuit board assembly, a high-performance non-metallic safety resistor connected to the printed circuit board, a surface-mounted device (SMD) construction with self-lubricating glass-filled nylon insulation, and an ultra-low profile. The design of the resistor provides excellent stability over temperature and ensures that the resistor does not produce any acoustic noise. The range of resistors produced by the manufacturer includes power ratings of up to 12 watts with control currents from 6 milliamps to 500 milliamps.

In terms of its general application, the MBB02070C8458FRP00 is most commonly used in precision instruments such as analog-to-digital converters, audio amplifier feedback networks and various industrial controls. The resistor is also suitable for use in measuring instruments, telemetry equipment, sensors and transmitters, and other precision equipment. In some integrated circuit applications, the small size of the resistor also lends itself to use in power supply and timing circuits. In addition, the resistor can be connected in series and combined with other through-hole resistors to produce a precision resistor network.

As far as its working principle is concerned, the MBB02070C8458FRP00 is a thermally-stable resistive device. The device\'s resistance is determined by its internal resistance, temperature coefficient, voltage coefficient, power coefficient, and capacitance. The resistor\'s thermally stabilized operation is provided by its unique design, which comprises of a special resistant material, a high-performance non-metallic insulation, a self-lubricating glass-filled nylon insulation, and an ultra-low profile construction.

The thermally-stable operation of the resistor is created by its unique design, which includes a special resistant material with a special heat resistant coating applied to the top half of the resistor as well as a metal shield placed between the printed circuit board and the resistor. The metal shield protects the resistor against thermal shock, preventing thermal expansion on the resistor. This protects the resistor\'s resistance value and ensures the device keeps within its operating specifications over a broader temperature range.

The temperature coefficient of the MBB02070C8458FRP00 is typically in the order of 10ppm/°C, which makes it ideal for applications requiring very low drift over temperature. The device\'s voltage coefficient is typically 0.004%, which is also suitable for applications requiring very precise voltage controlled resistance. The device\'s power coefficient is typically in the region of 1.5%, making it suitable for applications requiring medium power handling.

Finally, the MBB02070C8458FRP00 has a very low self-capacitance of less than 0.2pF, which helps minimize the effect of "pick-up noise" from unwanted signals entering the resistor. This makes it ideal for applications which require high-speed switching as well as low noise operation.

In summary, the MBB02070C8458FRP00 is an ideal choice for precision electronics applications, where stability, accuracy, temperature coefficient, voltage coefficient, power coefficient, and low noise operation are of paramount importance. Its wide range of applications has made it one of the most widely used precision resistors in modern electronics.

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