EXB-N8V105JX Resistors

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Resistor Networks, Arrays are generally used when creating miniature circuits, or circuits in need of high precision. The EXB-N8V105JX is a reliable, low cost, high density 1:5 resistance network that is very popular due its small size and hence versatility in various applications. It also comes with a variety of options that make it ideal for a wide range of applications.

EXB-N8V105JX Applications

The EXB-N8V105JX is mainly used as active parts in photography equipment, various types of sensing devices, consumer electronics, telecommunication devices, motor control, power electronics, and automotive applications. It also works great when used in a wide variety of other fields, such as process control for industrial automation, robotics, or medical instrumentation. It is designed to be highly robust and can withstand harsh environmental conditions.

For example, it can be used in the automotive industry as an ignition system component, or as a switching element in a power supply or amplifier circuit. It is also used to stabilize the performance of electrical and electronic systems such as in mobile phones or computer systems. Additionally, this resistor array is also used to create oscillators, bandpass filters, signal splitting and frequency tuning. By using this device, a circuit designer can save money and reduce the size of the circuit without sacrificing performance.

Working Principle of EXB-N8V105JX

This resistor array operates based on a resistive network principle, which requires resistors to be connected in series and/or parallel. The EXB-N8V105JX consists of five individual resistors that are designed to be connected in a specific way, depending on the desired output resistance. The resistors are then connected together in a circuit via soldered connections, with each resistor having two terminals.

This resistor array is designed with a wide operating temperature range, which is why it is suitable for various applications. This range means that the device can be used in temperatures ranging from -55ºC to +125ºC without any issues. The resistor elements are made using a unique thin film layer, which gives them a high accuracy and stability. This feature is very important for applications that require precise results.

Since the resistor elements are encapsulated in a metal package, they are highly resistant to contamination and shock, as well as very durable. They are also designed to have a uniform temperature coefficient across the entire operating range, which means that the resistance of each of the five resistors will remain constant over time and temperature.

Conclusion

The EXB-N8V105JX is a reliable and versatile resistor network that is capable of providing high precision output even in harsh environmental conditions. It works great for a wide range of applications, including automotive, telecommunication, robotics, and medical instrumentation. The resistors are designed for extreme accuracy and stability, and the package is highly resistant to shock and contamination. Overall, the EXB-N8V105JX is a great choice for creating miniature circuits or high precision circuits.

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