YC158TJR-07680KL

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Resistor Networks, Arrays

Resistor networks, arrays, and other multi-terminal configurations are used to provide combinations of resistors in a single package, often referred to as “packs”. These packs are used in a variety of applications, from high-speed switching circuits to more static, signal attenuation and filtering, and temperature compensation functions. YC158TJR-07680KL is one such pack.

The YC158TJR-07680KL is a series-array resistor pack consisting of 8 terminals. It is commonly used in high-speed power design, and is suitable for audio and video circuits. The pack is made up of eight individual resistors, eight lead poles and a common ground. Each resistor can be adjusted independently with a fixed resistor value. It allows multiple resistors to be connected together in series or parallel configurations.

The YC158TJR-07680KLhas a number of advantages over other types of resistors. One of these is its small size, which frees up space in high-performance applications. It also offers excellent stability, keeping its value over time. This is very important for high-frequency applications, as it eliminates the need for an extra buffer network. Furthermore, it has excellent resistance to temperature, making it able to handle high temperatures without sacrificing reliability and performance.

The working principle for the YC158TJR-07680KL is very simple. It consists of two parts, the resistor array and the lead poles. The resistor array consists of 8 resistors, with each having its own value. The lead poles are connected in series with the resistor array, connecting each resistor in the array to the next one. The common ground terminals are connected to the ground line. When current is applied to the terminals, it flows through the resistive array, resulting in a voltage drop.

The YC158TJR-07680KL is an ideal choice for a wide variety of applications. Its small size, excellent stability, and good temperature resistance make it a great option for high-performance designs. Its ability to be adjusted independently makes it even more suited for specific signal attenuation, filtering, and temperature compensation tasks. Additionally, its affordability makes it a cost-effective option for many types of circuits.

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