ADG528FBP

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The ADG528FBP is a high performance CMOS analog switch. The device is designed to provide bidirectional switching between two capacitively coupled signals. This device is ideal for instrumentation and test systems, analog multiplexers, and bus switching. The switch features a double-pole double-throw (DPDT) operating mode and an on-resistance of 5Ω. The low leakage current, low input bias current, and high analog signal performance make this device perfect for applications that require precision analog signal path switching.

The ADG528FBP employs a CMOS analog switching architecture that ensures switching losses remain low and noise from the switch is minimal. The device is specified up to 5.0V and includes an on-resistance range from 5Ω to 10Ω. These parameters allow the switch to operate at higher voltages and frequencies while handling signals with maximum fidelity. Furthermore, the device incorporates a low-leakage current to maintain high linearity, even at low signals and high input bias current.

The ADG528FBP is designed to enable bidirectional switching between two capacitively coupled signals. The double-pole double-throw (DPDT) operating mode ensures that each path between the two signals can be independently switched, providing high signal precision without cross-talk. Furthermore, the device also integrates a “bypass” channel that allows for two-way connection between the two signals without going through the switch. This allows for greater flexibility in switching configurations and reduces switching time.

The high performance and flexibility of the ADG528FBP makes it perfect for a wide range of application fields, from analog multiplexers and bus switching, to instrumentation and test systems. This CMOS switch features a low on-resistance, low leakage current, low input bias current, and high analog signal performance, making it ideal for applications that require precise analog signal path switching.

The working principle of the ADG528FBP is a double-pole double-throw (DPDT) operation mode. This switch contains two independent channels allowing the user to switch between two capacitively coupled signals. An on-resistance of 5Ω ensures that switching losses remain low and the signal maintains its integrity throughout the switching process. The device also includes a “bypass” channel, allowing for two-way connections between the two signals without going through the switch.

The ADG528FBP is a high performance analog switch that is perfect for a wide range of application fields, including analog multiplexers and bus switching. This CMOS switch is designed to enable bidirectional switching between two capacitively coupled signals and features a double-pole double-throw (DPDT) operation mode. The device also utilizes a low on-resistance, low leakage current, low input bias current, and high analog signal performance, allowing the switch to maintain high linearity even when handling signals with maximum fidelity.

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