MAX4592EUE+T

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The MAX4592EUE+T is an analog switch and multiplexer used in various applications requiring reliable signal switching or routing. This component is commonly used to simplify system designs or decrease power consumption. It utilizes two independent, matched, 180° analog switches or multiplexers and four independent, matched, 90° analog switches or demultiplexers that allow circuits to be switched without any phase shifts over the full-frequency range.

The application field of MAX4592EUE+T includes various analog-switching applications such as temperature sensors, switches for industrial equipment, radio frequency (RF) switching, and power supply control. Additionally, the component can be used in audio-switching applications, wired communications systems, cellular mobile phone circuits, automotive audio systems, and other audio applications.

The MAX4592EUE+T operates in a wide input voltage range from 2.7V to 5V. It has a low on-resistance of 3.6Ω and 0.2Ω for the 180° switches and 4.4Ω, 0.25Ω for the 90° switches. The 180° switches allow low distortion and low power consumption, while the 90° switches provide high levels of isolation between channels. It has a maximum quiescent current of only 0.1µA typical, which is six times lower than the typical quiescent current of the MAX4585. With the on-resistance of the device maintained at a steady level over temperature and AC switch operation, the MAX4592EUE+T provides improved performance over those found in older analog switches.

The switch and multiplexer support two enable inputs with two input logic states. One enable (EN1) allows for a 180° switching function and the other enable (EN2) allows for a 90° switching. Moreover, a single logic level can be used for both enable inputs, thus allowing for single-pole and double-pole single-throw (SPST and DPST) switching operation. The device has dual three-state outputs so that two independent output ports can be connected to two different resistor pull-up/pull-down networks.

In terms of the working principle, the MAX4592EUE+T is fabricated on a process that combines CMOS logic and advanced BiCMOS technology to create the ultimate low-voltage, low-power switch. The device features both a logic-level enable to control the direction of the signal flow, and a control-level enable to switch between the two signals and maintain very low on-resistance (< 0.2Ω). The three-state output pins of the device allow for more flexibility in complex signal-switching applications. This device also features a high, ESD-protected input impedance, which allows for low-power operation and higher signal standards.

The MAX4592EUE+T is designed to operate in a broad range of frequencies (DC to 135MHz at VS=5V, 1MHz to 45MHz at VS=2.7V) and is ideal for low-power applications. With an input voltage range of 2.7V to 5V and an output voltage range of 0V to 5V, the device ensures reliable signal switching even in extreme conditions. The wide supply voltage range coupled with its low quiescent current consumption makes the MAX4592EUE+T an ideal choice for power- sensitive applications.

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