MAX4633CSE+

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The MAX4633 is a CSE (current switch-emitter follower) CMOS analog switch built with two independent switchess. This part is exclusively designed for audio signals, and provides superior performance for applications such as headphone amplifiers, microphone switches and line switch boxes. The MAX4633CSE can be used as a standard analog multiplexer, demultiplexer ,or analog switch.

The MAX4633CSE+ has several features that make it go above and beyond other available options. The first is low off-leakage current, which ensures accurate switching. Additionally, the devices have bipolar power supply operation. This allows it to switch both AC and DC signals with very low distortion. The MAX4633CSE+ has a wide supply voltage range of up to +/-18V, and can switch signals of up to +- 5V. These features enable superior performance in a wide range of applications.

The MAX4633CSE+ is a single-pole double-throw (SPDT) CMOS switch that operates on a single power supply voltage of up to +/-18V. It utilizes CSE circuitry and features a fast switching time of less than 20ns, making it suitable for high-frequency applications such as headphone amplifiers and line switch boxes. The low off-leakage current ensures accuracy when switching, with leakage present even when the device is off. The MAX4633CSE+ also has high input resistance that ensures low distortion, and is available in both DIP and SOIC packages.

The working principle of the MAX4633CSE+ is simple. When the Enable input is disabled, the output of the analog switch is off. When the Enable input is high, the output of the analog switch is controlled by the Logic input. If the Logic input is low, the Signal input is connected to the output. If the Logic input is high, the Signal input is disconnected from the output. This allows fast switching between signals with very low distortion.

The MAX4633CSE+ is an ideal part for applications that require high switching speeds and low distortion or leakage. Its fast switching time and high performance enable it to be used for audio applications such as headphone amplifiers, microphone switches and line switch boxes. Additionally, it can be used as a standard analog multiplexer, demultiplexer, or analog switch, making it suitable for a wide range of applications.

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