MBB02070C4309FC100

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Through Hole Resistors

A through hole resistor is a type of resistor that passes an electrical current through a cylindrical ceramic core and is characterized by its construction that requires hole drilling into the board and passing the resistor\'s leads through the hole. Through hole resistors are typically small, handled easily and suitable for printed circuit boards (PCBs).

One popular type of through hole resistor is MBB02070C4309FC100. This type of resistor is a made from highly reliable, low-profile, down-sizing aluminum-shielded design. MBB02070C4309FC100 resistors have a temperature coefficient of ±100 ppm/°C, a voltage rating of 250mW at 25℃, and are capable of high reliability, low-noise signals and precision-stepped resistor networks.

MBB02070C4309FC100 are widely applicable in many kinds of electronics fields such as audio equipment, radio transmitters, automotive components, portable electronic devices, and lighting systems,etc. The operating temperature range of MBB02070C4309FC100 is -55℃ to 125℃ .

MBB02070C4309FC100 Application Field and Working Principle

As an important part in the electronics fields, MBB02070C4309FC100 is used to prevent excess electric current from flowing into a circuit. MBB02070C4309FC100 resistors are typically found in audio equipment, automotive components, radio transmitters, LED lighting systems, drones, and other consumer electronics. MBB02070C4309FC100 resistors can be used for various purposes, including linear regulation, signal processing, damping, and temperature compensation.

The working principle of MBB02070C4309FC100 is based on Ohm’s law, which states that the voltage of a resistor is equal to the product of the current and the resistance. MBB02070C4309FC100 resisters are widely used because they offer excellent accuracy and stability, and they have been manufactured to have a high tolerance and low temperature coefficient.

The MBB02070C4309FC100 is composed of a ceramic core, a metal film, and two leads. The ceramic core acts as the primary resistor, while the metal film helps to reduce the resistance. The two leads are made of metal and used to connect the resistor to the circuit. When the current passes through the ceramic core, it is impeded, which results in a decrease in voltage and an increase in the amount of power dissipated.

Specifically, the working of MBB02070C4309FC100 is based on the fact that the current passing through the core is impeded by its resistance. The resistor offers an electrical path with a specific resistance to the flow of electrical current through it. This resistance ensures that the current does not exceed the rated value. This helps to protect the device from overheating or short-circuiting.

MBB02070C4309FC100 resistors can be used in various types of circuits and are ideal for operation in a wide range of temperatures. They are also immune to vibration and shock and have no temperature drift. They are also cost effective compared to other types of resistors.

In summary, MBB02070C4309FC100 is a highly reliable, low-profile, down-sizing aluminum-shielded design through hole resistor. It is widely applicable in many kinds of electronics fields, such as audio equipment, radio transmitters, automotive components, portable electronic devices, and lighting systems,etc. The operating temperature range of MBB02070C4309FC100 is -55℃ to 125℃. MBB02070C4309FC100 works on Ohm’s law and is made with a ceramic core, a metal film, and two leads. It offers excellent accuracy and stability, and it has a high tolerance and low temperature coefficient.

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