MAX4052ESE+T

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The MAX4052ESE+T is an integrated, bidirectional analog switch with low-power low-voltage CMOS technology. Its transistors are build up in a package suited for Micro-Power. Its typical electrical characteristics make it fit for various applications in the field of Interface - Analog Switches, Multiplexers, Demultiplexers.

The MAX4052ESE+T is well suited for signal multiplexing and low-level switching for automotive, audio-visual, industrial and consumer system. It can be used in applications such as audio frequency, data line routing and gain switching. The device operates over a wide range of supply voltage, with very-low RON (for low leakage) and low cutoff voltage (for low power consumption).

The working principle of the MAX4052ESE+T involves the control of signals using three switching terminals, as well as two supply terminals. The switching is actuated from the control terminal point where the control signals are applied. When the control signals are low, the switch is low and when the control signals become high, the switch is high. The MAX4052ESE+T is bidirectional with dual isolation, allowing each device to operate independently in either direction. It is optimized for low-power operation and low-voltage supply, with typical on-resistance RON of 1Ω. The device is designed to handle input voltage from 50mV to 40V, with a typical operating voltage range of 1.8V to 15V.

The MAX4052ESE+T features built-in clamping diodes. This feature prevents any damage to the device in the case of transient current between the control and switch circuits. The device has two independent, bidirectional switches which are integrated into the same package and are capable off handling up to 2.0A of current. It is constructed with 0402 size packaging, with the switches and control pins on both sides. The device is fabricated with very low-voltage CMOS and has very low on-resistance RON.

In I/O applications, for example where data lines require switching to be routed between various devices, the MAX4052ESE+T bridges the gap between these devices. With its very low on-resistance and low power, it is very suitable for this purpose. It can also be used for low-current applications, such as contact switches, switching in and out resistors, gain switching, and more. It is also well suited for audio switching, allowing the input and output signals to be swapped over for different applications.

In conclusion, the MAX4052ESE+T is a compact, low-power, low-voltage CMOS analog switch. Its features make it fit for various applications in the field of Interface - Analog Switches, Multiplexers and Demultiplexers. Its low-on resistance and low voltage supply makes it suitable for low-power applications, where data line routing and gain switching are of particular importance. In addition, the built-in clamping diodes protect the device from any transient current, making it a safe and reliable device for any application.

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