MBA02040C2102FC100

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The through-hole resistor, also known as the axial-leaded resistor, is an electrical component that uses both electrical and physical properties to resist the flow of current in electrical circuits. The two basic characteristics of through-hole resistors are size and power rating. The size of a through-hole resistor is determined by the diameter of the lead holes, which should be large enough to ensure a secure fit when mounted on a board. The power rating of a through-hole resistor is given in watts, and is determined by the current carrying capacity of the lead wire. The most common type of lead wire used in through-hole resistors is copper, which is a naturally good conductor of electricity.

The MBA02040C2102FC100 is a type of through-hole resistors that are designed for use in high-frequency applications. This resistor consists of four resistors in a single package, making it a space-saving component for applications where four separate resistors are required. The resistors are manufactured using a thick-film process, which helps to reduce the size of the resistors. The resistors are also designed to be low noise and have a very consistent resistance over a wide range of temperatures.

This resistor is designed to be used in high-frequency broadcasting applications due to its high-frequency operation. The resistors are used to provide a broadcast signal, or in the case of broadband applications, they are used to block out unwanted signals from non-approved frequencies. The resistors are designed to have a wide resistance range and provide stable electrical performance even in dynamic environments.

The MBA02040C2102FC100 has a working voltage range of up to 400 volts. The resistors are designed to have a maximum dissipation of 1 watt and a minimum temperature coefficient of -550ppm/°C. The resistors can operate at frequencies up to 100 MHz and feature a low impedance load of only 0.5 ohms up to 3 GHz. This allows them to be used in a wide range of high-frequency applications such as television and radio broadcasting, and other types of signal processing.

The MBA02040C2102FC100 is designed to be mounted on a board and connected to other components within a circuit. The resistors can also be soldered into place on a circuit board using lead-free solder. The resistors are designed to withstand extreme temperatures and are rated to operate up to temperatures of up to +125°C. This makes them well-suited for use in a variety of harsh environmental conditions, including automotive applications.

The MBA02040C2102FC100 is a highly reliable through-hole resistor that can be used in a variety of applications. It is designed to provide a low-temperature coefficient and stable resistance over a wide thermal range. The resistor is suitable for use in high-frequency broadcasting applications, as well as in automotive and other harsh environments. Additionally, the resistor is designed to operate at high voltages and features a high-frequency operation capability.

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