MAX4613EPE+

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The MAX4613EPE+ is an integrated device from Maxim Integrated, a leading global analog and mixed-signal IC supplier, that provides both broadband and narrowband switch multiplexer and demultiplexer functions. It has been designed as a low-power, low-cost solution suitable for portable applications, and is available in a wide range of package options.

The MAX4613EPE+ is in the Interface – Analog Switches, Multiplexers, Demultiplexers category. The device is a three-state broadband, and four-state narrowband switch multiplexer consisting of a single transistor and two resistors per channel. The device utilizes source conductance technology with advanced process design and layout techniques, which results in low static power consumption of 10µW and low on-chip capacitance.

The MAX4613EPE+ operates from a single supply and accepts LVTTL (Low Voltage Transistor Transistor Logic) inputs up to 5.5V but with a reduced output switching capability. The device has a supply voltage range from 2.7-5.5V and can switch from 0V to 1V of differential voltage. The device also supports a power down mode, which reduces the quiescent supply current consumption to less than 1µA.

The MAX4613EPE+ has an ESD protection of Class 2 per the Human Body Model (HBM), Insulation peak pulse voltage (IPK)of 500V, and is suitable for use in Class B environments.

The MAX4613EPE+ has a variety of applications, including audio switching, analog multiplexing, serial port switching, cellular phone switching, power multiplexing, and many others. It is especially useful in applications where high speed and large signal swings need to be switched while meeting stringent power requirements.

The MAX4613EPE+ supports two different operating modes, which are selectable through the ENABLE pin. In the normal mode, switching between the 16 channels is allowed and the device is enabled. In the class-B mode, the device is disabled and the output transistors of all the channels are shut off.

The MAX4613EPE+ provides high levels of isolation between the input and output signals, making the device suitable for applications that require high levels of noise immunity. The device also provides reasonably good linearity and fast switching speeds, making it attractive for low power, high performance designs.

The MAX4613EPE+ is an ideal solution for applications requiring fast switching, low power and low cost. It is widely used in a variety of applications as an efficient, cost effective alternative to discrete switching solutions.

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