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Resistor Networks, Arrays

The 4116R-1-513LF is an array of sixteen series-connected 1/2 watt (500mW) resistors, which is designed to provide a balanced set of resistors in one integrated space-saving package. The 4116R-1-513LF is a relatively mature technology, especially when compared to newer SMD resistor technologies. However, its merits are still widely recognised, and its application field and working principle are worth exploring.

Application Field

The 4116R-1-513LF has a wide range of uses in modern electronic circuits. It enables multiple resistors to be connected in parallel or series in a range of configurations, which makes it ideal for use in precision balanced circuits or high current applications which require a high power rating. The highly accurate resistors provide a reliable, stable and repeatable signal, which is essential in many precision systems.

Since the 4116R-1-513LF can accommodate up to sixteen resistors in a single package, it can be used in numerous applications such as power control, motor control, temperature and resistance measurement, data transmission, etc. It is also frequently used in test and measurement equipment, and audio and video gear.

Working Principle

The 4116R-1-513LF is an array of sixteen no-lead surface mount resistors mounted on a single substrate. The resistors are arranged in a 5mm x 3mm x 0.8mm package, enabling them to be densely packed to save space. Each resistor inside the package is 500mW, with a resistance range of 0.05Ω to 10MΩ.

The array can be connected in series or parallel configurations, allowing the resistance to be adjusted to the required level. When connected in series the resistance of the array increases, and when connected in parallel the resistance decreases. This is known as ‘parallel tuning’, where the array can be tuned to match specific circuit parameters.

The array can also be used for high accuracy measurement of resistance, voltage and temperature of a circuit. The array contains multiple precision resistors which allow for very high accuracy measurements, and also enable the detection of subtle changes in circuit parameters. The result is a highly reliable, accurate and repeatable measurement.

Additionally, the 4116R-1-513LF is resistant to noise due to the tight tolerances of the resistors. This ensures that the array can be used in noisy environments without interference.

Conclusion

The 4116R-1-513LF is an array of sixteen individual no-lead surface mount resistors. Its wide range of applications and working principles make it a valuable component in precision and high current circuits. It can be used for power control, motor control, resistance measurement, and also in test and measurement equipment, providing a highly reliable and accurate result.

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