MOX-400231007FE

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Through Hole Resistors play an important role in modern electronic systems. MOX-400231007FE, one of the Through Hole Resistors, is frequently used in many applications, such as power supply, and communication and so on. It is also widely adopted in industrial and consumer electronics.

Applications

MOX-400231007FE is mainly used in high accuracy high performance application fields. With its excellent features of operating temperature range, chemical and temperature resistance, low noise and high stability, it is an ideal choice in temperature controlling system, circuits of power and frequency, AC/DC communication, medical equipments and consumer electronic equipments.

The application fields include integrated light circuit, ultra-low noise amplifying systems, its reliability can be demonstrated in power supply cabinets, transistors, logic circuits, auto alarms and wifi communication systems, amplitude and pulse modulation and other high power electronic equipments.

Working Principle

MOX-400231007FE is based on the principle of the variable resistance of a metal oxide resistor. When an electrical current is applied to the resistor, the electric field comes in contact with the metal oxide resistor and changes the resistance. This change in resistance affects the output current of the circuit.

When the resistance of the resistor changes due to the introduction of the external voltage or current, the circuits parameters will also be changed, such as voltage, current, resistance etc, and thus the output current of the circuit. As the output current is affected, the power supplied to the circuit is also affected, and this is how the working principle of MOX-400231007FE applies.

Advantages

MOX-400231007FE has many advantages compared to other resistors. Firstly, it requires low energy consumption and offers high precision results. Secondly, the device is very stable in operation and free from interference from external sources. Moreover, it is highly reliable and maintenance free.

The device also offers an extended operating temperature range and can maintain its stability even under extreme conditions, as its rated resistance typically does not exceed 3.6 ohms. Additionally, the device offers improved resistance to chemicals, such as acids and greases, due to its high temperature coefficient and low thermal coefficient of resistance.

Disadvantages

The main disadvantage of Mox-400231007FE is its relatively high cost. Additionally, as the number of elements to be used, increases so does the cost. Also, because of its relatively complex structure, it requires more time to assemble than other types of resistors.

In addition, its compact size also means that heat generated from the process of electron emission is difficult to dissipate, as its conduction area is much smaller than that of the other types of resistors. Furthermore, because the material used for its construction is more expensive than other types of resistors, it ultimately leads to higher cost.

Conclusion

In conclusion, MOX-400231007FE is an ideal choice for many applications, thanks to its excellent features, such as operating temperature range, chemical and temperature resistance, low noise, high stability, and extended operating temperature range. Despite the relatively high purchase price, it has great advantages which could make it cost-effective in the long run. Therefore, if it fits into your application or engineering project, it is worth considering.

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