AF164-FR-07169KL

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Resistor Networks, Arrays, are used in a wide range of applications from consumer and commercial applications to aerospace and other industrial electronics. Specifically, the AF164-FR-07169KL resistor network has many useful applications in almost any circuit. The AF164-FR-07169KL is a single in-line network with eight resistors, each with a resistor value of 0.1 Ohm. This resistor network can be combined with other resistors to make a parallel resistor configuration with increased current capability. This article will discuss the application field and working principle of AF164-FR-07169KL resistor networks.

The main application of AF164-FR-07169KL resistor networks includes frequency combiner circuits, high-speed DAC/ADC interfacing circuits and temperature sensing circuits. In frequency combiner circuits, several signal frequencies can be combined together using the resistors in the AF164-FR-07169KL network. This type of resistor allows frequencies to remain separate yet still be combined, allowing more complex frequency combinations. This is especially useful when dealing with frequency division multiplexing (FDM) systems.

The AF164-FR-07169KL resistor networks are also used in high-speed DAC/ADC circuits. This type of circuit reduces power dissipation and noise when connecting digital to analogue converters (DACs) and amplifiers to ADC’s. Asynchronous digital signal processing (ADSP) is a type of DAC/ADC circuit that combines the two functions together in one package. This type of circuit demands fast switching speeds and low-power consumption, which the AF164-FR-07169KL network is able to provide.

Finally, AF164-FR-07169KL resistor networks are used in many temperature sensing applications. They can be used for remote sensing applications, meaning that the heat source can be hundreds of feet away from the temperature sensing device. Additionally, they can be used to measure the temperature of an object without being in direct contact with the object. This is achieved by utilizing the principle of thermal transmittance, where heat from the object is transmitted through the resistor network to the temperature sensing device.

The AF164-FR-07169KL resistor network is designed to operate at a maximum voltage rating of 200 Volts DC, up to 12 Amps. With this high current rating, it can be used in applications where large currents are expected. The working principle of the AF164-FR-07169KL resistor network is based on the concept of resistive one-time programming (OTP). This process involves permanently connecting the resistors in the network to form a fixed resistor configuration that cannot be changed. The resistors are chosen based on the desired current rating of the circuit. The OTP process is only performed once during manufacture, and the resistor configuration remains fixed afterwards.

When the AF164-FR-07169KL resistor network is connected to a voltage source, the resistors will act as voltage dividers. The current will then flow through the resistors according to the configuration, depending on the resistance value of each resistor. This working principle is utilized for all the applications mentioned earlier.

In conclusion, the AF164-FR-07169KL resistor network is useful for a wide range of applications. Its resistor configuration can be adjusted to suit any current rating requirements, and its one-time programming feature ensures reliable operation for the life of the resistor network.

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