MBA02040C1003FC100

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The MBA02040C1003FC100 is an example of through hole resistors. Through hole resistors are components that provide a resistance to an electrical current. The purpose of these devices is to control the voltage or current in an electronic circuit.

The MBA02040C1003FC100 is a three-terminal device with two resistors, usually referred to as a dual resistor. It is an elevated temperature coefficient device, with a temperature range of -55 to +150 degrees Celsius. The device has a resistance value of 1K ohms, with a tolerance of +/-1%.

The MBA02040C1003FC100 can be used in a variety of applications. It is commonly used in electronic circuits requiring a high level of protection against overvoltage, such as power supplies, data processing components, and signal processing components. It can also be used as a long-term impedance element in circuits that will be exposed to high temperatures, such as automotive or aerospace electronic systems. Additionally, this type of resistor is often found in apps requiring isolation, such as industrial, military, and medical electronics.

The working principle of the MBA02040C1003FC100 is based on the resistance the device has to the current passing through it. When a current is applied to the resistor, a voltage will appear across it. The voltage is proportional to the amount of current that flows through the resistor, and the resistance is proportional to the resistance of the material itself. This is known as Ohm’s law, and it applies to all resistors. For the MBA02040C1003FC100, the voltage can range from 0-1V depending on the current that is applied.

The MBA02040C1003FC100 is a three-terminal device, meaning that three wires are connected to it. The middle terminal is called the anode and carries the power supply voltage. The other two terminals are called the cathode and the gate. The cathode carries the return current while the gate serves as the control signal, allowing current to flow when it receives a positive voltage.

The MBA02040C1003FC100 is a versatile resistor due to its elevated temperature coefficient and resistance value. It is used in various applications requiring precise control of current flow, as well as protection against overvoltage. Its three-terminal design also makes it suitable for use in isolated circuits. By understanding its working principle and applications, designers and engineers can more effectively harness its power to build reliable and efficient electronic systems.

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