AF164-FR-0722KL

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Resistor networks and arrays are highly complex and intricate objects but play an integral role in many electrical circuits. Among them, the AF164-FR-0722KL resistor array is a noteworthy component due to its wide range of uses and accurate performance. This article will look into the application field and working principle of the AF164-FR-0722KL resistor array.

At the forefront, the AF164-FR-0722KL is a 1/4-watt, MIL-R-21 Charles resistor array in a DIP (dual-inline-package) configuration. On top of this, the AF164-FR-0722KL has 16 independent, identical resistors (R1, R2, etc.) with the same Tolerance Rating, albeit in a single housing. Ultimately, this renders the device space-saving and cost-efficient. In terms of physical details, the AF164-FR-0722KL is constructed with 2 DIP bridges and up to 114 PODs per component. As such, its maximum operating temperature is 125°C (257°F) and its storage temperature range is between -65°C to +150°C (-85°F to +302°F).

In terms of its application field, due to its space-saving design and various technological features, the AF164-FR-0722KL is often used in a variety of industrial, military, and general-purpose circuits. Even more, its operation does not require many external components; consequently, it is often used in low-power circuits. For example, it can be used in place of chips with discrete resistors, such as op-amps, comparators, logic gates, etc. As well as this, it is suitable for measurement and testing scenarios, due to its high accuracy. Moreover, due to the high power rating of this device, it is often used in power management solutions.

Moving on to the working principle of the AF164-FR-0722KL, it functions as a resistor network. In more specific terms, the resistors are connected in parallel, whereby the same voltage is applied to each resistor. This voltage passes through the resistor at the same time, which allows for the resistance to be regulated by adjusting the voltage or current in each resistor. In a nutshell, this is because the resistors are connected in parallel, which means that each resistor is in series with the other, and the current is divided among each resistor based on its resistance. As such, the total resistance is then equal to the sum of each individual resistor.

In conclusion, the AF164-FR-0722KL is a vital resistor array for many industrial, military, and general-purpose circuits; as it is space-saving and cost-efficient. In terms of its working principle, the AF164-FR-0722KL functions as a resistor network, whereby resistors are connected in parallel. This results in the total resistance being equal to the sum of each individual resistor. Therefore, the AF164-FR-0722KL is a highly efficient and accurate resistor array, while providing many advantages in terms of cost and space-saving.

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