MBA02040C1801FC100

The through-hole resistor, or through-hole resistor, is a commonly used type of resistor in the electronics industry. It is also referred to as a leaded resistor, and is generally used to provide electronic signal with an impedance. It consists of a resistive element and two wires for connecting it to a circuit. The wires, or leads, go directly through the resistive element, which is usually made of ceramic, glass, or plastic. There are several varieties of through-hole resistors, including metal oxide film, carbon film, and wire wound.

MBA02040C1801FC100 through-hole resistors have many useful applications, ranging from basic signal conditioning to more complicated operations. They are used in amplifiers, oscillators, voltage regulators, and computer systems. To name a few specific examples, they are often used in audio amplifiers for power supply filtering or sound equalization. Their use in signal conditioning is common in vibration sensors, accelerometers, and pressure transducers. Through-hole resistors are also commonly used in consumer electronics, such as TVs and stereo receivers. In particular, they are often applied as voltage dividers to prevent overload. Furthermore, they are used in radios and microwaves as matching networks.

The operation of through-hole resistors is simple. In general, they limit the current that can pass through them in order to reduce the voltage. This is done through the resistance component of the resistor. This has a wide variety of applications, from controlling the amount of current that a device requires to reducing the amount of voltage that a circuit receives. In the case of a voltage divider, for example, two resistors are used to create a voltage drop across the device.

The MBA02040C1801FC100 through-hole resistor is a general-purpose component designed for use in various signal conditioning applications. It is rated for 14.7 W power dissipation and has a maximum operating temperature of 100 °C. It features four solder pins for connection, with a body size of just 2 mm x 6 mm. This component also offers a wide resistance range from 0.2 ohms to 1.0 megohms. The lead material is usually a tin-lead alloy that is rated to a maximum temperature of 125 °C.

In conclusion, the MBA02040C1801FC100 through-hole resistor is a widely used component in a variety of signal conditioning applications. It offers a wide resistance range and a robust construction that is suitable for a variety of temperatures. The four solder pins allow it to be connected to various circuits with ease. It is a versatile and reliable component that is sure to meet the needs of most applications.