4608X-102-330

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

4608X-102-330 is a resistor network array that is composed of an eight-terminal resistor array. This product is designed by AVX Corporation using their advanced technologies. 4608X-102-330 is suitable for use in different applications such as smoothing out AC signals, current shunting, filtering, and voltage dividing.

Application Field

4608X-102-330 resistor network array is mainly used for signal conditioning applications which require minimal signal loss and high accuracy. It is widely used in applications such as power management, medical, telecommunications, and process control.

The 4608X-102-330 provides high accuracy and low signal loss, which makes it ideal for power management applications. It can be used for current sensing, signal conditioning, voltage regulation, and providing low-drop out voltage for circuits. 4608X-102-330 resistor network array can also be used for signal conditioning to provide low-loss AC filtering, signal smoothing, and transient protection for circuits.

In the medical field, 4608X-102-330 can be used for bi-directional signal conditioning and gain setting. It is also used for signal conditioning and voltage dividing as part of medical equipment. Additionally, it can be used for filtering, voltage regulation, and signal buffering in telecommunications and process control.

Working Principle

The 4608X-102-330 resistor network array works on the principle of combining resistors in a parallel configuration. This type of arrangement allows the circuit to divide the input voltage while maintaining its AC characteristics. The 8-terminal resistor array is composed of eight resistors that are arranged in a crossover configuration. The resistors are connected by two star nodes, and each resistor has two nodes. The two star nodes are connected by two paths, one path going to a common node and one path to a star node. The four paths between the two star nodes intersect, forming the crossover configuration. Each resistor has two nodes, and the two paths between each resistor can be used to adjust its resistance value.

When an input voltage is applied to the 8-terminal resistor array, the voltage is divided across each resistor, and then combined at the common node. This enables the circuit to reduce or buffer the input signal while maintaining its AC characteristics. The 4608X-102-330 also has low dissipation and low equivalent series capacitance, allowing for high-precision signal conditioning.

Conclusion

4608X-102-330 is a resistor network array of eight resistors that can be used for signal conditioning applications which require minimal signal loss and accuracy. It is widely used in applications such as power management, medical, telecommunications, and process control. The 4608X-102-330 works on the principle of combining resistors in a parallel configuration, which allows it to reduce or buffer the input signal while maintaining its AC characteristics. It is capable of providing high accuracy and low signal loss, making it ideal for power management applications.

The specific data is subject to PDF, and the above content is for reference