YC164-JR-07910KL

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Resistor network and array are widely applied in the circuits. A typical resistor network, YC164-JR-07910KL, includes nine resistors connected in the matrix in the way of a multiplexer allowing for further connections to devices. The nine resistors are of even value and located in the same package, usually a resistor array package. YC164-JR-07910KL working principle operates via the switching of resistors to form controllable impedance paths between nodes on the circuit and achieve different signal separation. A single resistor can alter its impedance for three different portions along its length at varying resistances. This helps maintain the same signal waveform. By switching between this resistor\'s three different portions, the resistor can modify the impedance seen by the node and the signals can be routed through multiple nodes.

YC164-JR-07910KL can be used in a variety of circuits to control the flow of electrical currents and signals. This resistor network is commonly used in digital circuits with multiplexer chips. The resistor array is designed to be integrated with the array of logic gate to produce the desired functionality. It can also be used to configure an amplifier or a differential amplifier, the purpose of which is to boost the amplitude of electrical signals. An important application area of YC164-JR-07910KL is in power managements and control systems. It enables the gradual increase or decrease of the current along with the over-current protection, load-balancing, switching voltage regulators. The resistor array is also used in line receivers which change the amplitude of digital signals from the transmitter. Additionally, the new Fuzzy logic fully automated control systems, required precise and reliable combination of several functions make use of this resistor network.

The YC164-JR-07910KL is extremely reliable and can be integrated onto existing printed circuits easily. It is designed to work in wide range of temperature conditions. It can tolerate severe mechanical shock, vibration and thermal changes. The resistor has extremely flat power characteristics and is capable of dissipating extremely small amount of power. It contains high insulation mesh system which provides good noise immunity during the operation. Most importantly, it can provide low losses in signal transmission and exhibits low inductance. Another advantage is that it requires negligible virtual board space.

All these unique features make the YC164-JR-07910KL an ideal choice for electronic appliances which requires rugged and precise external components with great repeatability. This resistor network plays an important role in both audio and video appliances, digital and analogue circuits, power controllers, instrumentation circuits, voltage-control amplifier, AC/DC switches and in general signal conditioning & processing circuits. Finally, YC164-JR-07910KL, being an array of resistors, does not require frequent switching of these resistors and is very cost-effective.

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