4116R-3-152/332

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Resistor Networks, Arrays have long been used to enable electrical circuits to perform their required roles. Whether in the form of a single component or an array, this type of component has been used to modify, control and distribute electrical power in myriad ways. In this article, we will discuss the application field and working principle of the 4116R-3-152/332 Resistor Network, an array of precision thin-film resistors.

The 4116R-3-152/332 Resistor Network is typically used in low-voltage, low-power circuits to provide precise signal routing and sensitive signal processing. It is most often used in electronic circuits such as those found in microprocessors, analog-to-digital converters, and current-sense networks. Due to its small size, the 4116R-3-152/332 is an ideal choice for applications where space is at a premium.

The 4116R-3-152/332 Resistor Network features up to 151 precision thin-film resistors connected in a series-parallel network. The resistors are highly accurate with tight resistor tolerances and tight linearity ranges. The resistors are also designed to provide low temperature coefficient and excellent thermal stability. This makes the array well suited for delivering precision voltage ratios and thermal compensation.

The 4116R-3-152/332 Resistor Network is made up of two distinct elements, the series-parallel resistors and the integrated circuit or IC. The resistors are used to provide the appropriate level of accuracy and precision for the circuit. The IC is used to control and balance the flow of current and voltage across the resistors. This combination gives the array a wide range of capabilities and versatility.

The working principle behind the 4116R-3-152/332 Resistor Network is relatively simple. A current passing through the resistors in the array will be proportional to the voltage across each resistor, which is determined by the resistor\'s resistance. This current distribution is then further modulated and balanced by the IC to provide the desired level of accuracy. This balance of voltage and current is achieved as the IC actively manipulates the resistance of each individual resistor in order to compensate for any external or internal temperature changes.

In addition to its precise signal routing capabilities, the 4116R-3-152/332 Resistor Network is also capable of providing high-voltage protection, surge protection, and EMI/RFI shielding. Its small size and low power consumption make it an attractive choice for a variety of electronic circuits, from audio systems to automotive components.

The 4116R-3-152/332 Resistor Network is an effective and versatile component that provides significant advantages over similar components. Its unique design and precise control make it an ideal choice for a variety of applications. Its small size and low power consumption make it a reliable, cost-effective solution.

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