YC162-FR-07121KL

Resistor Networks, ArraysYC162-FR-07121KL is a combination of resistors, also known as a resistor network and array, consisting of four independent terminals. This resistor network is a passive two-port electronic component that produces an electrical voltage drop by application of the electrical current in one port and simultaneously provides a difficultly-controllable output signal at the other port within the specified integrative circuit. The output signal opposed to the distribution potential may be precisely regulated and is essentially dependent on the specified values of the resistors integrated into the resistor networkEach port of a resistor network is capable of essentially modulating a discrete parameter such as time, voltage, current or resistance. The output signal produced by a YC162-FR-07121KL can be manually managed and tweaked for the specified resistor values through the integrated resistor network, enabling accurate output signals from the device.The terminals of a YC162-FR-07121KL consist of four independent ports which interact with each other in a manner predetermined by its individual resistors. The positive terminal i.e. the anode of one resistance is connected to the negative terminal i.e. the cathode of the other. This arrangement allows the electrical flow by which the output signal is produced, to be controlled, and the resistor values can be adjusted in a way to affect the output signal.The accuracy of an adjustable resistance network such as a YC162-FR-07121KL is mainly attributed to its design. It provides precision adjustable resistance up to a few tens of thousandths due to the application of an accurate ceramic material that has a very high temperature coefficient i.e. of 0.05% per °C.Overall, YC162-FR-07121KL allows for fast, accurate, and reliable adjustment of electrical parameters within the circuitry. In any system requiring high precision control over voltage, current, or frequency, adjustable resistors such as YC162-FR-07121KL are a first choice in circuit design.