MBB02070C1108FCT00

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Through Hole Resistors

Through hole resistors are resistors that are mounted through the board during installation. They can be used in applications where the space available for mounting the resistor is limited and precise measurements and calibrations are required. The MBB02070C1108FCT00 is a through-hole resistor that has many applications in the industry. This article will discuss the application fields and working principle of the MBB02070C1108FCT00.

Applications of the MBB02070C1108FCT00

The MBB02070C1108FCT00 is a multi-layer resistive element with a resistance value of 0.7 Ohms and a tolerance range of ±10%. The applications of the MBB02070C1108FCT00 are quite varied and can be used in applications ranging from automotive, medical, aerospace, telecommunications, and many other industrial applications. The following are some of the common applications of the MBB02070C1108FCT00.

• Telecommunications: The MBB02070C1108FCT00 is used in telecommunications applications as a load resistor to control line attenuation. It is also used in power amplifiers and signal processing applications to control impedance matching.
• Automotive: The MBB02070C1108FCT00 is used in automotive applications as an ignition timing resistor in automotive spark plugs and ignition system.
• Aerospace: The MBB02070C1108FCT00 is used in aircraft to measure temperatures, control fluid flow, and protect electronic components from electrical over-stress. It is also used to improve the accuracy and reliability of engine performance, fuel flow, and engine control systems.
• Medical: The MBB02070C1108FCT00 is used in medical applications as a calibration resistor in MRI scanners and other medical equipment. It is also used to measure electrocardiogram signals and control electrical signals in pacemakers.

Working Principle of the MBB02070C1108FCT00

The MBB02070C1108FCT00 is a multi-layer resistor that is designed to operate in high voltage and temperature environments. The resistor consists of a dielectric substrate, which acts as the primary electrical insulation between the resistor element and the board. The resistor is then mounted to the board using a soldered connection. The resistor element is composed of several layers of conductive materials that are sandwiched between dielectric layers. The conductive layers are composed of either metallic or non-metallic materials that are designed to provide the desired resistance value and tolerance range.

When a current passes through the resistor, the electrical field generated between the conductive layers creates an electric force that pushes against the insulation layer to reduce the amount of current traveling through the resistor. This force builds up until it reaches a point called the breakdown voltage, at which point the resistor is unable to reduce the current any further. The breakdown voltage of the resistor can be adjusted by adding or removing layers of materials, in order to achieve the desired resistance value.

The MBB02070C1108FCT00 is ideal for applications that require precise resistive values and tolerances. It is also resistant to corrosion, temperature change, and EMI interference. The multi-layer design also makes it more durable and reliable than traditional resistors.

Conclusion

The MBB02070C1108FCT00 is a through-hole resistor that has many applications in the industry. This article discussed the application fields and working principle of the MBB02070C1108FCT00. The MBB02070C1108FCT00 is useful in applications ranging from automotive, medical, aerospace, and telecommunications. The resistor works by creating an electric force that pushes against the insulation layer to reduce the current that passes through the resistor. The breakdown voltage of the resistor can be adjusted by adding or removing layers of materials. The resilience of the MBB02070C1108FCT00 to various environmental conditions, as well as its ability to withstand high electrical and thermal stress, makes it a popular choice in many applications.

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