4116R-1-360LF

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Resistor Networks, Arrays generally refers to a large number of small resistors interconnected to form a complete network or array in order to fulfill a specific requirement. 4116R-1-360LF is one of the popular such resistor arrays in the market that serves a very particular purpose. This article will first discuss its application field followed by the underlying working principle.

Application Field

The primary application field for 4116R-1-360LF is in the field of telecommunications, where it is used for calibration in Mobile Services. It is also often used in the high frequency communication system. Other application fields where it can be employed include the test and measurement area, medical system and instrumentation. One of the unique features that make it suitable for these varied application areas is the fact that it utilizes ceramic substrate technology for optimal operation performance.

Working Principle

To explain the underlying working principle of 4116R-1-360LF, we must first understand its basic structure. It is composed of eight resistor arrays, each array containing five resistors connected in series. These resistors are then connected in parallel to form the completed 4116R-1-360LF network. The resistor values can vary within each array, ranging from 18Ω to 360Ω.

The fundamental working principle behind the 4116R-1-360LF network is that the resistors are arranged in such a way that a single voltage applied to the input is distributed to all the resistor arrays through the four common connections. This results in the presence of multiple voltages on each individual array and each resistor in the array. The effect of this is that the voltage on each resistor will be proportional to its corresponding resistance. This essentially enables the circuit to accurately measure the corresponding resistance of the resistors within each array.

In addition, 4116R-1-360LF is capable of functioning as an impedance bridge, making it possible to measure not only resistance but also inductance and capacitance. The bridge’s symmetrical configuration further enables it to provide accurate measurements regardless of the direction of the current flow. This makes it ideal for telecommunications and other high frequency communication systems.

Conclusion

This article has discussed the application field and working principle of 4116R-1-360LF. It is mainly used for calibration in Mobile Services and is also applicable in various other fields. It consists of eight resistor arrays, each with five number of resistors connected in series. The arrangement of the resistors allows it to accurately measure the resistance of the various components. Furthermore, it can also double up as an impedance bridge for measuring inductance and capacitance. As such, it is an ideal choice for various application areas, particularly for those in the telecommunications industry.

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