Y4485V0059QT9L

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Resistor Networks, Arrays are electronic components that combine multiple resistors (and sometimes capacitors) into a single component known as a network. They are an integral part of any design, offering electrical performance that is superior to using individual discrete resistors, and are often used to ensure that the correct resistor value is always present in any given application. The Y4485V0059QT9L is an example of a resistor network.

The Y4485V0059QT9L is a Surface Mount Technology (SMT) device. SMT is a type of mounting technology that is typically used in printed circuit boards where components are attached directly to the board. SMT provides increased board density, cost savings due to smaller components, and better performance in terms of speed, power consumption, and heat dissipation.

The Y4485V0059QT9L has an array of resistors with a nominal resistance of 10 Ω. The network includes a total of 16 resistors where each resistor is connected to the other in a specific pattern which provides an accurate resistance value. The resistors in the network are all the same value, allowing for a precise and predictable resistance value.

The Y4485V0059QT9L is used in a variety of applications such as power management, signal conditioning, and decoupling. It is used in power management and signal conditioning applications as it reduces the number of discrete resistors that would have to otherwise be used. This in turn reduces the board space and cost and increases the levels of integration in a design. In decoupling applications, the Y4485V0059QT9L is used to provide a high level of capacitance in a small form factor because the network of resistors increases the overall capacitance of the component.

The working principle of the Y4485V0059QT9L is the same as any other resistor network or array. In a network, the resistors are connected in series creating a total resistance which is the sum of all the individual resistors. When the device is connected to a power source, current will flow through it and will be divided among the resistors based on the individual resistances. By connecting a number of resistors in one network, the total resistance is much higher than if each resistor was connected separately, allowing for a greater current-handling capability.

The Y4485V0059QT9L is a cost-effective solution for board-level integration of resistors and capacitors. By providing a precise and predictable resistance value, the Y4485V0059QT9L can be used in a variety of applications where high levels of integration are desired. Its small size allows for it to be placed on tight PC board density resulting in smaller product designs and greater performance.

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