MAX4623ESE+

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MAX4623ESE+ is an integrated switch from Maxim Integrated, and it belongs to the interface - analog switches, multiplexers, demultiplexers. It is a high-speed, low on-resistance analog switch that operates from a single 5V supply with low standby supply power.

This analog switch family enjoys low specified on-resistance and low residual off-state leakage current. The on-resistance (RON) and off-state leakage are both specified to 7Ω and 0.3nA max at 25℃, respectively. It includes a precision reference in the feedback loop to prevent unexpected gain shifts or output saturation during voltage supply transients. It features very low quiescent current of 1µA and ESD ratings of up to ±15kV.

MAX4623ESE+ is designed as a low-power, high-performance analog switch for applications in various industries, such as consumer (battery operated devices, Bluetooth and other low-power audio products), industrial, networking and computing (line drivers, amplifier control, etc.), STB (set top box), instrumentation and consumer automotive.

MAX4623ESE+ operation is controlled by Logic-High/Logic-Low and it will normally respond to the control signal within 10ns. Data will be latched until logic signal is low. A single-control input can operate all MAX4623ESE+ channels, while multiple channels can also be activated with external resistance. Its fast slew rates and low distortion maximize noise performance of applications.

MAX4623ESE+ is the ideal choice for applications that require low insertion loss, low propagation delay, low on-resistance and low off-state leakage current. Its excellent power noise immunity and wide supply voltage, 4.5V to 5.5V, make it suitable for applications that require low power and superior signal quality.

In conclusion, MAX4623ESE+ is a very useful, powerful, efficient and reliable integrated switch from Maxim Integrated that is suitable for a wide range of applications. It provides low on-resistance and low residual off-state leakage current and fast slewing rates, making it superior to other switches in terms of performance.

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