MAX309CSE+T

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 are all leverage extremely high-speed switching performance. The MAX309CSE+T are a low-power, high-speed analog switch array designed to perform high-speed signals switching with accuracy and low power consumption.

The MAX309CSE+T feature a band gap reference cell, which accurately sets the threshold voltage of the analog switch to 1V. The device operates from a single supply voltage of 2.5V to 5V, provides low-power analog switching for high-speed control applications using a CMOS process.

The MAX309CSE+T are an ideal application for high speed data acquisition systems such as medical imaging systems and computer-based diagnostic equipment. It can also be used in video modulators, video switching applications, and as an interface between low-powered digital electronics and analog signal processing circuits.

The MAX309CSE+T feature an integrated power-saving feature that maintains the lowest possible power consumption while quickly reacting to control signals. The power saving will remain enabled even when the control signal is assertive and the analog switches are inactive. It effectively minimizes the total system power consumption.

The MAX309CSE+T support a wide range of analog signal types such as current, voltage, and capacitive signals, while also providing high speed operation. Furthermore, it also supports rail-to-rail operation, allowing the device to tolerate a range of analog signal voltage levels. This rail-to-rail operation allows the device to switch signals between its two supply rails, providing greater flexibility than its single-supply cousins.

The MAX309CSE+T work on the principle that a control signal is used to activate or deactivate a switch channel. The control signal is then converted by the analog switch into a voltage that can be used to control the operating current of the switch. This allows the user to establish a digital composite signal using a single control signal.

The device can also be used to create pulse-width modulation (PWM) signals for ultra-high-speed real-time control applications. Pulse-width modulation is a method of control in which a series of pulses are generated to control the amplitude and frequency of an input signal.

The MAX309CSE+T provide what is called positive logic — meaning the logic level at which the output is activated is greater than the input. This allows them to be used together with a variety of CMOS logic families, including within the MAX309CSE+T’s own family.

The MAX309CSE+T are also designed to provide selectable input signal delay, allowing the user to adjust the signal switching speed to match the desired application. Additionally, the devices support wide temperature operating range of between 0° and 70°C.

The MAX309CSE+T features an impressive array of features and functionality, including signal isolation, signal inversion, and analog multiplexing, which allows for the simultaneous switching of multiple signals into a single point. It also provides a variety of digital interfaces for easy connection with external devices and embedded software for more advanced control.

In summary, the MAX309CSE+T is a low-power, high-speed CMOS analog switch array that provides reliable signal switching performance in high-speed and high-speed control applications. Its wide range of features and functions, combined with its wide temperature operating range, make it an ideal choice for applications where low-power, high-speed switching is required.

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