MBB02070D2341DC100

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Through Hole Resistors

Through hole resistors are a type of field effect device, and consist of an element of fixed resistance, usually made up of a pre-formed, thin tantalum or carbon film sturdily encapsulated on a ceramic substrate. Through hole resistors are simple passive electronic components designed to reduce or limit the passing current, dependant on the construction and their material.

MBB02070D2341DC100 Application Field and Working Principle

The MBB02070D2341DC100, is a surface mount type through hole resistor specifically designed for high voltage applications. This device offers relentless performance in demanding environments and is commonly used in high volume applications, such as in power supplies, consumer electronics, automotive, industrial and medical equipment. The MBB02070D2341DC100 is a type of non-inductive resistor with a wide resistance range from 0.1 ohms to 20K ohms, with power ratings up to 30W. This resistor is constructed with metal alloy has superior thermal shock capabilities, for extreme temperature settings.

The primary principle of operation of the through hole resistor is based on limiting current or voltage, and they can be used either as a shunt or as a rheostat. Specifically, a shunt resistor offers resistor values higher in magnitude than the load current which allows the device to dissipate its power continuously by reducing voltage or current that exceeds the rated capacity. The rheostat on the other hand, is a variable resistor designed to modify current and it can be used as a variable voltage output for adjustable current loads or even as a voltage reduction device.

The MBB02070D2341DC100 has gold-plated terminations that protect against corrosion, making it suitable for harsh environmental conditions. This resistor may be operated in a temperature range of -55°C to 125°C, and a relative humidity from 5% to 95%. The wide capacitance range and high thermal shock resistance makes the MBB02070D2341DC100 the ideal device for high voltage and power applications.

The device also offers low temperature coefficient of resistance which ensure a consistent performance at a certain current and voltage. In addition, the high-coupling factor of the resistor ensures a good conduction during high temperature operation and reduces noise interference and other power fluctuations.

The high wiring density of the MBB02070D2341DC100 makes it ideal for applications with multiple loads. It also consumes very less power compared to other resistors and can be easily integrated into different design systems with minimal external components. The device also offer excellent noise immunity.

All these advantages of the through hole resistor have made it the ideal choice for applications such as in medical and consumer electronic devices. Its wide operating temperature range also makes it a great choice for creating device that operate in extreme environmental conditions or in space applications.

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