MBB02070C4229DC100

Through Hole Resistors

 The MBB02070C4229DC100 is a through-hole resistor that is specifically designed for automated manufacturing. The resistor is composed of a ceramic body and two insulated pins encased with a protective coating. It is designed for use in both board-level and consumer applications, and is especially suitable for PCB applications.

The resistor\'s key features include its low parasitic inductance, its high stability, and its low thermal capacitance—all of which make it ideal for high-density boards such as those found in laptops and cell phones. It is also capable of operating at high temperatures, with a maximum temperature of up to 150°C.

The MBB02070C4229DC100 is typically used in power management circuits as a voltage divider, or for impedance matching in signal circuits. In order to provide accurate signal-independent noise attenuation or signal gain, it can also be used as a low-pass filter.

Application Fields

The MBB02070C4229DC100 is well-suited for consumer and automotive applications, as well as circuit boards in industrial or medical applications. Its small size means it can fit into any tight space, while its high noise rejection, low thermal resistance, and high current capacity make it a good choice for heavy-duty commercial environments.

The MBB02070C4229DC100 is often used in the automotive industry for power management, signal attenuation, precision resistors, and various automotive accelerometers. It is also used in the computer industry as a voltage divider, due to its ability to precisely measure voltage drops over long periods of time. It is also popular in the medical industry due to its reliability and precision.

Working Principle

The MBB02070C4229DC100 operates on the same basic principle as any resistor—it varies its resistance depending on the amount of current flowing through it. When current is applied to a resistor, there is a dissipation of energy due to the voltage drops across each terminal. The dissipation is proportional to the current flowing through it, and this is how the resistor controls the amount of current passing through a circuit.

The MBB02070C4229DC100 is designed to operate within a narrow temperature range, and this is why it is so reliable in high-temperature environments. Its construction is designed to minimize energy dissipation and thermal resistance. Its low parasitic inductance ensures that the current will remain stable even in extreme temperatures, which allows it to be used in applications such as computers and automotive electronics.

The MBB02070C4229DC100 is also designed to operate in high-noise environments. Its capacitance and insulation help to minimize any noise interference, which allows the resistor to operate with greater precision than other types of resistors. This makes the MBB02070C4229DC100 ideal for applications such as precision medical instruments, automotive accelerometers, and in other high-noise environments.

Conclusion

The MBB02070C4229DC100 is an ideal choice for use in consumer and automotive applications, due to its robust build and its high performance in extreme temperatures and high noise environments. It is designed to ensure accuracy and reliability in any circuit, and its small size makes it perfect for use in laptops and cell phones. Its high stability and low thermal capacitance make it an ideal choice for PCB applications as well.