MAX4693EGE-T

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The MAX4693EGE-T is an analog switch designed to switch logic signals and general-purpose analog signals. It is generally used to switch low-power analog signals, as well as digital logic signals. It is used to connect two sources in a system, allowing control of one at a time. This part is categorized as an Interface: Analog Switches, Multiplexers, Demultiplexers.

The MAX4693EGE-T is available in SOIC-8, QSOP-8, and TSSOP-8 packages. It is rated for a voltage range of 3V to 14V and can operate at temperatures ranging from -40°C to +125°C. This part has an on-resistance of 25 Ω, an off-leakage current of 0.1 pA, an on- capacitance of 0.7pF, and an off-capacitance of 0.2pF. It also has a low power dissipation of 0.012mW, making it suitable for a broad range of high-performance applications.

The MAX4693EGE-T is designed for use in a variety of interface applications. It is often used to switch logic signals, such as digital input and output signals, in data acquisition systems. It is also used to switch general-purpose analog signals, such as audio, power management, and control signals. Additionally, it is commonly used in medical and test equipment, as well as consumer applications.

The MAX4693EGE-T operates on a single-pole, double-throw (SPDT) switch design. It uses the latest generation of highly integrated CMOS analog switches to provide a low power, low loss, and low noise interface. The switch is configured by the control signals from the external logic pins, allowing for external control of the switch. The device also includes a shutdown pin to provide control over the current leakage of the device in power-down mode.

In conclusion, the MAX4693EGE-T is an interface part that is used for switching logic signals and general-purpose analog signals. It is typically used in data acquisition systems, audio systems, medical equipment, and consumer applications. It is designed with a SPDT switch configuration and operates on a single voltage supply. Additionally, its low power dissipation and low loss and noise performance make it suitable for a broad range of high-performance applications.

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