MAX392CUE+

Switch Time (Ton, Toff) (Max):	130ns, 75ns
Base Part Number:	MAX392
Supplier Device Package:	16-TSSOP
Package / Case:	16-TSSOP (0.173", 4.40mm Width)
Operating Temperature:	0°C ~ 70°C (TA)
Crosstalk:	-85dB @ 1MHz
Current - Leakage (IS(off)) (Max):	100pA
Channel Capacitance (CS(off), CD(off)):	9pF, 9pF
Charge Injection:	2pC
-3db Bandwidth:	--
Series:	--
Voltage - Supply, Dual (V±):	±3 V ~ 8 V
Voltage - Supply, Single (V+):	3 V ~ 15 V
Channel-to-Channel Matching (ΔRon):	300 mOhm
On-State Resistance (Max):	35 Ohm
Number of Circuits:	4
Multiplexer/Demultiplexer Circuit:	1:1
Switch Circuit:	SPST - NO
Part Status:	Active
Packaging:	Tube

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Introduction
The MAX392CUE+ is an analog switch, multiplexer and demultiplexer from Maxim Integrated. This device provides a low-voltage, logic-level, analog switch that can function as a multiplexer and demultiplexer. The MAX392CUE+ is an excellent choice for applications requiring the maximum performance from a single chip. It has the functionality of both a switch and an amplifier, with an operating power of a maximum 1.45 Volts. The device has four selectable, individually configurable I/O channels, which provide high switch isolation and reliable performance in a small package.
Application Field
The MAX392CUE+ is ideal for applications in the automotive, consumer, industrial, and medical sectors. In the automotive sector, the MAX392CUE+ is used in applications including audio/video switch matrix, ON/OFF power control, and smart cockpit module control. In the consumer sector, it is used for high-speed data switching and mobile communication applications, as well as for switch-mode power supply control and in-vehicle communication networks. In the industrial sector, it is used for switching systems in medical equipment and automated process control (APC) systems, as well as for controlling gas flow in low-flow fluid systems. In the medical sector, it is used in medical device applications such as ventilators, ECG machines, and pulse oximeters. The MAX392CUE+ is also used in industrial networking applications and has the ability to switch between multiple modules, allowing for flexible and configurable solutions.
Working Principle
The MAX392CUE+ consists of two separate parts which include a Mux/Demux and an ESD clamp. The Mux/Demux is used for switching signals from the digital to the analog domain, while the ESD clamp is used for protection from electrostatic discharge (ESD) and overvoltage events. The Mux/Demux part of the MAX392CUE+ consists of a CMOS switch with four selectable, individually configurable I/O channels. The switch can be used as a multiplexer, demultiplexer, or both. The switch is controlled by a logic input that is applied to the SELECT input pin. The MAX392CUE+ can be programmed to provide up to 4 channels of logic signals or can be switched between two channels of logic signals, depending on the type of signal being routed. When the switch is in its default state, the signal is passed through the multiplexer/demultiplexer. The signal is then routed to the MAX392CUE+’s protected ESD clamp which is triggered to clamp the signal and protect the circuit from ESD and overvoltage events. The ESD clamp has a minimum clamp voltage of 0.9V and a maximum clamp voltage of 2.5V. The MAX392CUE+ is also able to operate in a variety of voltage ranges from 0.9V up to 5.5V.
Conclusion
The MAX392CUE+ is a low-voltage, logic-level, analog switch, multiplexer and demultiplexer from Maxim Integrated. This device provides reliable and high speed performance, with an operating voltage of a maximum 1.45 Volts. It has the functionality of both a switch and an amplifier, and is ideal for a wide range of applications in the automotive, consumer, industrial, and medical sectors. It has four selectable, individually configurable I/O channels, which provide high switch isolation and reliable performance in a small package. The MAX392CUE+ also has a robust ESD clamp to protect the circuit from ESD and overvoltage events. Thanks to its features, the MAX392CUE+ is an excellent choice for applications requiring the maximum performance from a single chip.

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