MBA02040D2002CCT00

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Through-hole resistors can be found in many types of insulated and non-insulated packages. The MBA02040D2002CCT00 is a through-hole resistor that is commonly used in appliances, electronic circuits and in automotive electronics. This resistor is designed to provide protection against static build-up but it also offers impressive power efficiency. Understanding the application and working principle of this resistor can help engineers to make the most of the component.

Application of MBA02040D2002CCT00 Through-Hole Resistor

The MBA02040D2002CCT00 through-hole resistor is designed to help limit current in an electronic system and it also prevents short-circuiting of the components within the system. This resistor is known for its ability to protect against static charge and it has become a staple of automotive electronics, home appliances and electronic circuits. It can be found in devices such as TVs, motor controllers, air conditioners, microwaves, circuit boards and amplifier circuits.

The resistor can be used as either a series or parallel resistance and it is important to make sure that the resistor fully meets the requirements for the application before making a selection. This is essential in order to ensure that the resistor will efficiently provide the desired current protection. It is also important to take into account the temperature rating of the resistor, as higher temperatures will reduce the lifetime of the component.

Working Principle of MBA02040D2002CCT00 Through-Hole Resistor

The MBA02040D2002CCT00 through-hole resistor consists of metal oxide film and metal metallurgy material. It is designed with two different terminals that provide a precise resistance to current, (measured in ohms). When current passes through the resistor, voltage drop is created and this voltage drop is used to adjust the current passing through the resistor. The metal oxide film helps to dissipate heat from the resistor, helping to reduce damage from too high temperatures.

The MBA02040D2002CCT00 resistor operates best at temperatures between -55°C and +175°C. It has an overload and short circuit protection that works to help prevent damage to the component and the circuit board. The resistor also has an improved noise field that helps to reduce the amount of noise that can be generated in the circuit.

The MBA02040D2002CCT00 resistor has a very important application in providing protection against static charge and preventing short-circuiting. The resistor is designed to provide reliable and accurate current protection and to dissipate heat. Knowing about the application and working principle of this resistor will help engineers to make the most of the component.

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