Y1747V0180BA9W

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Resistor networks consist of two or more resistors coupled together in various topologies to achieve certain predictable results. Resistor arrays, as they are sometimes referred to, can be used for amplifying and isolating signals, implementing various voltage dividers, buffering, current conditioning, or matching voltage and current levels.

The Y1747V0180BA9W Resistor Network is a 2 terminal device that supports a maximum DC voltage rating of 80V and a power dissipation of 0.02W max. It contains 180 surface mount resistors and is constructed in an array of three-dimensional shapes and configurations. This type of network provides a high level of accuracy and stability and offers an improved power dissipation capability.

The working principle of the Y1747V0180BA9W Resistor Network is based on the fact that it comprises of an interconnected network of resistors.These interconnected resistors work together in combination to achieve the desired aims, i.e. isolation, filtering, buffering, etc. The resistors are electrically connected to each other in a predefined pattern, which ensures that the transient voltages or currents across the network are reduced to desired levels. In addition, these networks also serve to balance the reactive voltages and minimize power losses.

The Y1747V0180BA9W Resistor Network is ideal for use in a wide variety of applications, including industrial and automotive electronics and other applications where the isolation, buffering, or conditioning of signals is required. The small thermal mass of the network is ideal for applications where power consumption is the main focus. This type of network is often used in automotive systems, as they are very rugged and feature low noise levels. Additionally, they can be used in audio and RF systems and for amplifier power control where stability and high accuracy are required.

The Y1747V0180BA9W Resistor Network can provide effective solutions for various tasks. It is designed for high frequency applications and can provide distributed capacitance and inductance, as well as low inductance for high frequency, current regulation, and noise suppression.The network also has a lower noise figure than its counterparts and is therefore suitable for applications where signal accuracy is important. The resistor array also has a low thermal resistance and does not create EMI issues.

In summary, the Y1747V0180BA9W Resistor Network is a highly versatile device that can be used in a variety of applications. By combining its relatively small thermal mass with a high level of accuracy, it can provide an effective solution in industrial and automotive electronics, as well as for high frequency, signal processing, and noise suppression. Its low noise figure makes it ideal for amplifier power control, audio and RF systems applications, and current regulation.

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