MBB02070C1302DCT00

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Through Hole Resistors

Through hole resistors are a type of resistors that pass an electrical current through its metal wire leads. They feature two leads where the electricity flows, a resistance element and a housing for insulation and protection. Through hole resistors are typically found on printed circuit boards and used in both analog and digital circuits.

The MBB02070C1302DCT00 is a through hole resistor that is designed for harsh environments. It has a high tolerance of up to 1%. The resistor has a wide temperature range of -55°C to +125°C and can handle up to a maximum power rating of 3W. The resistor has durable construction which makes it suitable for applications that require component reliability and long performance life.

The MBB02070C1302DCT00 has several useful applications. Its tolerance of 1% and low losses make it ideal for medical, measurement applications, and broadcasting systems. It is also perfect for use where long life and reliable performance is essential, such as in automotive and industrial applications. It is also used in power supplies, relays, and servo systems that require a high level of accuracy in voltage and current.

The working principle of through hole resistors can be explored in four stages. Firstly the resistor material is the operative material in a circuit. It is usually carbon and is designed to resist the current that flows through it. The second stage is the assembly process. The leads are connected to a board, and the element is inserted into the board. Thirdly, the resistor is placed on the board, and it is held in place by the leads and mechanical fasteners. Finally, and perhaps most importantly, the electrical current flows through the element of the resistor.

In conclusion, the MBB02070C1302DCT00 through hole resistor is a reliable and versatile device that can be used in a variety of applications. Its low power consumption and high tolerance make it suitable for medical, industrial, and broadcasting applications. It can handle temperatures from -55°C to +125°C and can provide reliable performance over a long period of time. Its working principle involves the use of a carbon material to resist the electrical current, as well as the assembly process during which the element is inserted into the board and held in place by the leads and mechanical fasteners.

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