MAX359EPE+

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

Interface: Analog Switches, Multiplexers, Demultiplexers

The MAX359EPE+ is an electromechanical analog multiplexer/demultiplexer that fits in a 5-pin SOT143 package. It integrates 16 bit analog switching, differentially balanced input/output, and built-in temperature-compensated logic control with a wide operating temperature range. The device uses dual switches and is capable of switching common-mode voltages as well as high source-impedance signals up to 7V p-p. Its on-resistance is very low, resulting in minimal distortion of switching signals.

The MAX359EPE+ provides a wide range of applications in digital and analog signal processing circuits. It offers a high-performance digital and analog signal path for data acquisition, signal conditioning, and digital-to-analog conversion applications. The device is particularly well suited for applications involving video signals, audio signals, and other specialized signal conditioning applications. Due to its wide range of features and low on-resistance, the device is suitable for a variety of low- bandwidth analog signal routing applications, such as multiplexing, demultiplexing, and signal selection.

Application Field

The MAX359EPE+ is ideal for use in applications involving the routing of analog signals. It is ideal for use in video signal routing and signal selection applications, as well as any application requiring the capacitive division of analog signals. The device can also be used in different types of signal conditioning applications, including signal level changing and signal tuning. Additionally, the MAX359EPE+ is suitable for signal multiplexing and demultiplexing applications, such as signal-to-noise ratio measurements, audio routing and signal switching, dither signal routing, and video signal synchronizing.

The device is also suitable for digital-to-analog conversion applications, such as digital multiplexers, digital indicator systems, and signal processing. The device is also suitable for digital signal routing, switching and control applications. Additionally, the MAX359EPE+ can be used in signal sampling applications and signal level detection.

Working Principle

The MAX359EPE+ is a dual switch analog multiplexer/demultiplexer that utilizes a differential-input/output architecture to achieve switching and signal conditioning. The device contains two switches. The first switch has a low on-resistance and a high-impedance off-state, while the second switch has a high on-resistance and a low-impedance off-state. The outputs of the two switches are connected in an ‘OR’ configuration, so that when either switch is activated, the output of the device is routed to one of the two inputs.

This architecture also allows for signal conditioning, as the low on-resistance of the first switch minimizes signal distortion, while the high-impedance off-state of the second switch provides a high-impedance input, allowing for signal level shifting and gain control. The device is also capable of switching common-mode voltages, in addition to single-ended signals. This enables the device to be used for signal multiplexing and demultiplexing, as well as for signal selection applications.

The device also contains temperature-compensated logic, which allows for precise control over the analog signal paths. This makes the device suitable for applications where switching speed and accuracy are critical, such as in signal multiplexing and demultiplexing applications. Additionally, the device is capable of switching a wide range of input signals, up to 7V p-p and 100 KHz.

The MAX359EPE+ is an ideal device for analog signal routing applications, as it offers a high-performance digital and analog signaling path for data acquisition, signal conditioning, and digital-to-analog conversion applications. It is also capable of switching and conditioning a wide range of analog signals with low on-resistance and high off-state impedance.

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