Y1719V0553BB9L

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A resistor array is an arrangement of multiple iresistors connected in a network such that they are electrically connected through series or parallel connections. The Y1719V0553BB9L is a resistor array formed by four resistors in a dual in-line package (DIP). It is a common part used in a variety of applications.

The Y1719V0553BB9L resistor array is designed for a wide range of applications. It is commonly used in power supply circuits, damping circuits, amplifiers, programming logic circuits, and linear circuit designs. It is also commonly used in thick film board assembly, SMD boards, and equipment front panels for decoration and display purposes.

The Y1719V0553BB9L resistor array uses a lead-free material with a high-temperature resistance. It is constructed with four resistors connected in series and has an overall resistance of 8.2K Ohms. Its overall tolerance is ±1%, the power rating is 1/4W, and the operating temperature range is -55°C to +125°C. It also has a high-speed thermal energy dissipation rate which allows for a greater overall component lifetime.

The working principle of the Y1719V0553BB9L resistor array is based on resistance. By connecting the four resistors in a specific way, it acts as one component with a total resistance of 8.2K Ohms. The overall resistance is determined by the values of the resistors, and their total resistance is determined by the connection pattern. Each resistor has its own voltage drop, and this voltage is applied to each resistor in order to create a partial current path. The resistance of each individual resistor also contributes to the overall resistance of the component.

The Y1719V0553BB9L resistor array is an excellent choice for a wide variety of applications due to its combination of high thermal energy dissipation rate, high-temperature resistance, and low cost. It is also easy to use and can be incorporated into most circuits without requiring any additional components.

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