MAX4684ETB+T

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MAX4684ETB+T is a device belonging to the Interface - Analog Switches, Multiplexers and Demultiplexers category. It is a single, low on resistance, high voltage and current analog switch that allows for high frequency off-on-on switching functionality. The devices incorporate an internal logic circuit to inhibit on-off spikes associated with ESD and EMI. Its fine-pitch, TSSOP-14 enables automated assembly while allowing more connections in a reduced package size.

The main feature of the MAX4684ETB+T is its low resistance switch which enables fast switching of analog signals with minimal loss. It also provides low capacitance and very low power consumption, resulting in a low noise floor. Furthermore, it has an integrated protection circuit that ensures maximum noise immunity in high power switching applications.

The application field of the MAX4684ETB+T includes signal routing and routing of AC/DC power. Its concept of providing fast on-off-on switching and low on resistance allows for signal control and signal routing in multiple applications such as power amplifiers and signal conditioners, signal conditioning and signal conversion, and continuous wave (CW) signal routing.

The working principle of the MAX4684ETB+T is based on the MOSFET/JFET technology. The MOSFET/JFET acts like a voltage-controlled switch that allows for fast switching of both analog signals and power signals. An internal logic circuit is used to prevent any ESD and EMI related on-off spikes. The MAX4684ETB+T is designed to provide noise immunity and fast switching with minimal loss. A power supply of between 2.7V to 10V is used to activate the switch while two logic inputs are used to control mode selection.

The highly efficient design of the MAX4684ETB+T enables fast on-off-on switching with a low on resistance, making it ideal for power applications where space is a premium. Additionally, its low power consumption and integrated protection circuit make it suitable for use in noise-sensitive applications. As such, it is a popular choice for signal routing and power routing applications.

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