Y1712V0100VV0L

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The Y1712V0100VV0L series of resistor networks belongs to the Resistor Networks, Arrays category. It combines various precision, low-temperature coefficient resistors into an array format, providing very low-inductance, mechanical ruggedness, temperature compensation and stability. Compared with traditional low-power, high-frequency resistors, it has more advantages such as larger power, smaller size, better electrical performance and higher trimming accuracy.

The Y1712V0100VV0L series resistor network consists of four parallel resistances, each having its own individual resistance R1, R2, R3 and R4. An example of a Y1712V0100VV0L resistor network can be constructed as follows. The four resistances can be networked together by soldering a resistor lead at each end of its resistance, such as R1 + R2, R2 + R3, and R3 + R4. The end result is that a single-ended, four-resistor network with a total resistance of 1Ω is created.

The Y1712V0100VV0L series resistor network is usually used in applications where the required resistance value is slightly higher than the smallest possible resistance value available in a single-resistor package. In such cases, the four resistors are connected in parallel in order to reduce the total resistance to an acceptable level. The resulting network can then be used to ensure accuracy, precision, low-inductance performance, and temperature compensation. This type of resistor network is also suitable for environments where constant temperature is not guaranteed, as it offers extended temperature compensation range.

The working principle of the Y1712V0100VV0L series resistor network is relatively simple. When a voltage is applied across the four resistors in the network, a small current flows through each one. The sum of the currents flowing through the four resistors will be equal to the total current flowing through the network. Since the resistances of the four resistors are the same, the resulting voltage across each resistor will be equal, and the total voltage across the network will be the applied voltage. Therefore, the resistance of the entire resistor network will be equal to the combined resistance of the individual resistors.

The Y1712V0100VV0L series resistor network is widely used in various electronic and electrical applications such as; motor circuit protection, motor speed control, telecom power supplies, LED lighting, motion control and auto electronics. In these appli-cations, the Y1712V0100VV0L series resistor network provides excellent accuracy, high-stability, extended temperature compensation range and rugged mechanical design.

The Y1712V0100VV0L series resistor network is an ideal solution for applications requiring precision and reliability. Its four connected resistors offer excellent accuracy, high-stability, temperature compensation and rugged mechanical design. In addition to this, its compact size and low-inductance performance make it suitable for many applications in the industrial, medical and automotive sectors.

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