4606X-104-302/622L

Analog multiplexers, such as 4606X-104-302/622L, are versatile Resistor Networks, Arrays providing high performance signal conditioning for a variety of industrial applications. With the ability to switch signals between several channels, these devices bring essential benefits to both analog and digital systems. Understanding the fundamentals of how they work and the most common features and applications can help system designers determine if these multiplexers are right for their application.

Applications

The 4606X-104-302/622L analog multiplexer has a wide range of applications. It is used in many industrial areas as it provides high-performance signal conditioning and ensures that signals of different voltages and currents are routed between sources. Some of the most common applications are:

• Process Control
• Temperatures Measurement
• Data Acquisition
• Control systems
• Sensors Signal Conditioning
• Automation Systems

In general, this multiplexer can be used to switch signals between multiple channels. It can also be used to convert digital signals into analog signals, and vice versa. Furthermore, it can be used to route signals between different units in an industrial system, allowing for more efficient operation.

Working Principle

The 4606X-104-302/622L is a dual eight-channel analog multiplexer. It operates thanks to two switching outputs, each with 8 channels. Each of these has a separate resistor and switch associated with it. When a signal is applied to one channel, the associated switch routes the signal to the output. Simultaneously, the associated resistor limits the current to the control input.

The multiplexer also includes a latch that holds the current input channel. The latch allows the device to remain in its current state even after the signals are disconnected. This makes it possible for the device to operate in a manner similar to memory, which allows it to save its current state even after power interruption.

Finally, this multiplexer is also equipped with protection circuitry. This includes both over-current and over-voltage protection. The over-current protection protects the device from too much current while the over-voltage protection protects it from excessive voltages.

Conclusion

The 4606X-104-302/622L analog multiplexer is an incredibly versatile device. With its wide range of applications, it is a great tool for any industrial system. Additionally, the device offers features such as current limiting, latching, and over-current/over-voltage protection. Understanding both the applications and working principle of this device can help designers find the right components for their system.