YC124-JR-07680RL

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Resistor Networks, Arrays refer to the combination or arrangement of many resistors connected in various ways to achieve different functions and purposes. One of the most commonly used resistor network is the YC124-JR-07680RL. It is an integrated passive element with high precision and excellent stability, and has a wide range of applications.

The YC124-JR-07680RL is a passive resistor network component, which is composed of eight high precision thick film resistors. Its structure integrally packages these resistors in a single package, which drastically reduces the size and weight of the device compared to using discrete resistors. This feature reduces the number of external components, reduces the connection error, improves the efficiency of components layout, and simplifies the wiring as well.

This resistor network is designed with a total resistance of 680Ω, with a minimum resistance of 700Ω. Rated power is 250mW, rated working voltage is 35V. The temperature coefficient is ±50PPM/°C, the insulation resistance is ≥1000MΩ, the highest working temperature is +125°C, and the overload voltage is 3.5V@25s. It has excellent stability and accuracy, as well as very good long-term performance.

The YC124-JR-07680RL usually has a wide range of application scenarios. It is commonly used in digital circuits, signal linear circuits, measuring instruments and industrial control circuits. On the application side, it often serves as a signal attenuation circuit, a high frequency amplifier’s signal bias circuit and the input resistance in the audio segment. All in all, the resistor network is mainly used for current limiting, voltage division/drop, signal attenuation, wave shaping, cutoff filtering, impedance buffering amplification, signal mixing and many other electronic circuit applications.

The working principle of the YC124-JR-07680RL is quite simple. It is a passive resistor network component, composed of multiple resistors. It is capable of connecting two points for current flow in order to reduce the voltage or power of a signal as desired. In a resistor network, each resistor has a specific resistance value. In a linear arrangement, the total resistance is equal to the combination of parallel resistors, or the summation of the series resistors.

For example, if we have two resistors with resistance values R1 and R2, then the total resistance of the line can be calculated as: Rt = R1 + R2 for a series line, and Rt = 1/(1/R1 + 1/R2) for a parallel line. Thus, a voltage source with a certain amount of power can be adjusted according to our desired values, as it passes through the resistor network.

The YC124-JR-07680RL is a useful and reliable resistor network. It serves its purpose of allowing users to accurately control the current and voltage transfer through it. It can be used in various application scenarios, from signal linear circuits, digital circuits, measuring instruments and industrial control circuits. With its high precision and excellent stability, the YC124-JR-07680RL delivers the perfect solution for all your resistor network needs.

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