MBB02070C8064FCT00

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Through Hole Resistors are one of the most used components in electronics and electrical engineering. A Through Hole Resistor is a two terminal and non-polarized device which is designed to restrict the flow of current to a certain level. In most cases, through hole resistors have two distinct leads – the anode and cathode. The most common material used for through hole resistors is a carbon based resistive material known as carbon composition.

The MBB02070C8064FCT00 is a through hole resistor which is commonly used in applications where space is at a premium and where the ability to withstand extreme temperatures is desired. The MBB02070C8064FCT00 is a 0.7 Watt resistor that has been designed to work in temperatures ranging from -55 to + 125 degrees Celsius. It is also able to withstand exposure to UV light, and sulfur dioxide fumes.

The MBB02070C8064FCT00 is a Vishay device which utilizes a metal-oxide film that has been designed to provide resistance to a range of currents. The metal-oxide film is made of metal foil which acts as an inslator and provides a precise resistance at different temperatures. The metal-oxide film is then attached to a metal substrate to form the resistor. The metal substrate is coated with a protective coating to protect it from environmental conditions, while also providing a consistent resistance when exposed to fluctuations in temperatures.

The MBB02070C8064FCT00 application field is most commonly used in automotive, telecommunications, industrial electronics, consumer electronics, and audio applications. The resistor can be placed in a variety of relays, switches, and circuit boards, as well as being used in applications as a voltage divider. It can also be used as a current limiter, and as an over current limit.

The working principle of the MBB02070C8064FCT00 is based on the defined resistance for given temperatures. The resistance of the device is dependent on the amount of electrons passing through it, which is determined by the number of metal-oxide layers and the corresponding layer thicknesses. When a voltage is applied across the two terminals of the resistor, an electrical current will flow through the metal-oxide layers in order to provide the desired resistance. This resistance is dependent on the types of materials used, as well as temperature and voltage applied to the resistor. The resistance also changes with temperature and is affected by changes in voltage as well. When the voltage increases, the current flow through the resistor also increases, resulting in a decrease in overall resistance.

The metal-oxide film and the protective coating are responsible for providing reliable performance even in extreme temperatures. Additionally, the non-polarized design allows it to be used in applications where power is subject to frequent fluctuations. By taking advantage of the resistance of the metal-oxide film layer and the protective coating, the MBB02070C8064FCT00 through hole resistor is a reliable and versatile device for a variety of applications.

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