MBB02070C1200FRP00 Datasheet/PDFThrough Hole Resistors are types of resistive components made up of materials such as NTCs, PTCs or film-type resistors. The most common type used in electrical and electronics equipment is the metal oxide film resistor (MOF resistance), an example of which is MBB02070C1200FRP00. They are commonly found in many different applications, where their efficiency and reliability are highly valued, such as in field-programmable and microprocessor-driven applications.
The application field of the MBB02070C1200FRP00 Through Hole Resistor includes industrial control systems, telecommunications, PCs, and medical equipment. Because of their high breakdown voltage, low thermal drift, and high accuracy, these components are suitable for precision control of current, voltage, and temperature in industrial equipment.
The working principle of the MBB02070C1200FRP00 Through Hole Resistor is based on the fact that when electricity passes through a material, it raises the temperature of the material. As the temperature of the material increases, the resistance of the material also increases. So, by controlling the material\'s temperature, the resistance of the material can be accurately controlled. This is the basic principle behind the operation of the Through Hole Resistor.
The MBB02070C1200FRP00 Through Hole Resistor is composed of several layers of metal oxide films coated onto a ceramic substrate. These layers can be either positive or negative and, depending on the application, one layer can be thicker than the other. This allows for the very precise regulation of current by controlling the temperature of the component.
The metal oxide layers help to reduce the contact resistance and ensure a low impedance path for the current. The metal oxide layers also act as a thermal barrier, helping to dissipate heat away from the component and regulate its temperature more efficiently. This ensures that the component operates at the desired temperature, thus providing a much more accurate and effective resistance.
Finally, the MBB02070C1200FRP00 Through Hole Resistor is built with a very low thermal drift. This means that its resistance does not vary significantly with temperature, allowing for more consistent performance. This feature makes the Through Hole Resistor well suited for applications such as precision control and monitoring, where accuracy is important.
In summary, the MBB02070C1200FRP00 Through Hole Resistor is a reliable component used in a wide range of applications, from industrial control systems to telecommunications and medical equipment. Its working principle is based on the fact that when electricity passes through a material, it raises the temperature of the material and increases the resistance of the material. The component is composed of several layers of metal oxide films and is designed with low thermal drift and high accuracy, making it ideal for precision control of current, voltage, and temperature in industrial equipment.