AF164-FR-0766K5L

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Resistor Networks, Arrays are a type of electronic components used for various functions such as limiting current, dividing voltages, and providing bias with amplifiers. The AF164-FR-0766K5L is a particular type of resistor networking array designed for applications that require quick and reliable performance.

The AF164-FR-0766K5L consists of sixteen resistors, 8 of them being 10 Ohms and the other 8 being 5.6 Ohms, arranged in such a way that the total resistance is 106 Ohms. It comes with a precision of 0.3%. The 0.3% precision means that the resistors in the network are calibrated such that the variance between the 8 resistors that make up the total 106 Ohms is within the given range. This is an important aspect as it ensures stability in the given application, which is highly desirable.

The AF164-FR-0766K5L also has a low temperature coefficient, which means that it can maintain the 106 Ohms resistance even in significant temperature variations. This is crucial in fluctuating environments or applications where a consistent resistance is required all the time. Furthermore, it has an 8-Pin Dual In-Line Package which gives the user more flexibility in how to actually use the resistor array.

In terms of applications, the AF164-FR-0766K5L is most often used as a voltage divider or a current limiter. As the name implies, the voltage divider is a network where the total voltage supplied to the AF164-FR-0766K5L is divided amongst the 16 resistors, each resistor taking a certain amount of voltage based on the ratios. Similarly, the AF164-FR-0766K5L can also be used as a current limiter where the total current supplied to the network is divided amongst the 16 resistors, each resistor taking a certain amount of current, again based on the resistance ratios.

The AF164-FR-0766K5L is a highly reliable and dependable resistor network and offers quick performance in time-sensitive applications. It offers excellent thermal stability and is suitable for use in harsh environments. It is also ideal for applications that require accurately controlled current or voltage as the 0.3% precision allows for better predictability in the results.

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