MBB02070C4023DC100

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The MBB02070C4023DC100 is a type of through hole resistor. It is a carbon resistor with a maximum resistance of 2.2 kilo-ohms, a rated power dissipation of 0.7 watt, and a tolerance of ±2%. Its working principle is a simple combination of electrical and chemical properties of the small carbon element used.

When current is applied to the resistor, electrons in the metal oxide pass through the thin metal film which is in contact with the element. When they reach the carbon element, the electrons are absorbed into the element. The more current applied, the more electrons are absorbed and this increases the resistance. The carbon element acts like a bridge in a circuit, providing an adjustable barrier to the flow of electrons. When the control voltage is applied, the resistance changes, making the bridge function like a variable resistor.

The MBB02070C4023DC100 is mostly used in applications such as motor control, temperature control, and audio circuit control. It is particularly suitable for regulating the speed or the temperature of motors, and can control the maximum voltage and current of power supplies. Its low power dissipation and low TCR ensures consistent performance over a wide range of temperatures, up to 150°C.

The MBB02070C4023DC100 is a robust component that is highly reliable even under frequent operating conditions. Its long-term stability also provides consistent performance with minimal temperature drift, and has a long life expectancy of 20,000 hours at 25°C. This makes it ideal for use in many industrial and commercial applications.

The MBB02070C4023DC100 is an extremely versatile component, as it can be used to control the speed and power of a motor, as well as the temperature of a system. Its low power dissipation and long-term stability make it an excellent choice for use in many applications. When combined with other components, the MBB02070C4023DC100 can provide a wide range of user-defined functionalities, making it an invaluable component for a variety of applications.

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