4614X-102-822LF

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Resistor Networks, Arrays are a class of circuits or network of components that consist primarily of resistive elements. Generally speaking, the purpose of a resistor network is to create a signal path connecting many electronic components. The 4614X-102-822LF Resistor Network is an example of one such network that is commonly used in a wide range of applications.

The 4614X-102-822LF is a low temperature coefficient (LTC), multi-pin surface mount device (SMD). It is a standard type of resistor with an accuracy of ±1% tolerance. The resistance value ranges from 100 ohms to 10 megohms and is available in both surface mount and through hole versions. The network is a 8-Pin Line-Type network with a low temperature coefficient, low noise, low profile and reliable operation. It is designed to offer a high quality and precise performance for a wide range of applications.

The 4614X-102-822LF has a wide range of applications, including consumer electronics, automation, metering, instrumentation, medical devices, automotive, communications, and aerospace. It can be used for power conditioning, voltage divider, signal and reference, load balancing, current limiting, protection, and testing. The device is also used as a termination resistor in many applications because of its low temperature coefficient and reliable operation.

The main working principle of the 4614X-102-822LF Resistor Network is the directional flow of electric current through one or more interconnected resistive elements. The resistors create an electrical opposition which, in turn, regulates the flow of electric current within the circuit. As the resistors are connected in a series and/or parallel configuration, they can be used to achieve different levels of resistance. For example, two resistors connected in series will offer twice the resistance of one resistor; whereas, two resistors connected in parallel will offer half the resistance of one resistor.

The resistors of the 4614X-102-822LF Resistor Network are also designed to create a low pass filter effect. This means that low frequencies in an electrical signal are allowed to pass through the network, while higher frequency signals are blocked from penetrating the network. This corresponds to the cut-off frequency of the filter, which is proportional to the resistance values of the resistor network. The cut-off frequency is also affected by the inductance inherent in the resistors within the network, as well as the stray inductance present within the circuit.

The 4614X-102-822LF is a high quality and reliable resistor network that is well suited for a wide variety of applications. Its low temperature coefficient, low noise, low profile and reliable operation make it an ideal choice for a variety of uses. The resistor network is relatively easy to configure and the resistors are connected in a combination of series and/or parallel configurations, allowing for precise control over resistance and cut-off frequencies. As such, it is an ideal choice for a wide range of applications where precision and reliability are paramount.

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