PI5A100QE

PI5A100QE interface analog switches, multiplexers and demultiplexers are fast, low power, low on-resistance monolithic CMOS devices. Operating on digital input signals with TTL, DTL, or CMOS levels, the digital inputs select one of the available channels. Each channel contains an analog switch with a low on-resistance path between the output and input terminal.

The PI5A100QE is designed to provide high bandwidth, low power dissipation, and low on-state resistance. With a switching speed of 10 nanoseconds, this device is fast. It is also low power, consuming only 180 uW of power. Additionally, the on-state resistance is low, measured in four different grades ranging from 608 mOhm to 785 mOhm. These characteristics make the PI5A100QE an ideal choice for applications requiring stable analog signal routing.

The PI5A100QE is particularly well suited for digital systems, where it can switch fast and low power digital input signals from one point to another. Using CMOS or TTL/DTL levels on the inputs, the digital input signals select one of the available channels. The analog switch of each channel connects the output brush to the programmable terminal, allowing for a fast and low power conversion of analog signals from one port to another.

The PI5A100QE operates on the digital inputs encoded in 2-wire, 4-wire, or 9-wire configurations. This allows for external control of the device, as well as direct control from the digital I/O. The low on-state resistance, true low power consumption, small size, and fast switching speeds make it suitable for a large variety of applications, such as audio, medical, test and measurement, industrial control, telecom and networking, and other embedded applications.

In summary, the PI5A100QE interface analog switches, multiplexers and demultiplexers offer high speed, low power consumption, and low on-state resistance. It is particularly well-suited for digital systems requiring fast, low power signal conversion from one port to another. Additionally, it is suitable for various analog applications, such as audio, medical, industrial control, telecom and networking, and other embedded applications.