MAX333AEPP+

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The MAX333AEPP+ is an ultra-low power repetitive 10-bit analog multiplexer. It is a single-channel multiplexer with very small on resistances and fast switching speeds, making it a valuable addition to the ever-growing field of device-level switch components.

The MAX333AEPP+ is part of the MAX333 family, a family of analog multiplexers that feature ultra-low power consumption and robust operation across a wide range of temperatures and voltages. The MAX333AEPP+ is a single-channel multiplexer and provides a 10-bit analog port for bus communication, along with digital outputs for low-power control and sequencing. The MAX333AEPP+ also features programmable slew-rate control.

The MAX333AEPP+ is designed for a variety of applications requiring a low-power, high-accuracy device such as data acquisition, signal processing, communications, and embedded systems. Specifically, the MAX333AEPP+ offers superior accuracy and performance for low-power bus systems, particularly in applications that require a fast switching time, accurate level matching and/or wide range of impedance matching. As an ultra-low-power multiplexer, the MAX333AEPP+ offers an ideal choice for power-sensitive applications.

The MAX333AEPP+ utilizes an R-L latch circuit. A latch is a type of bistable device; it has two different ‘stable’ states, or holding states, and the device can remember which state it is in even after the power is removed. In the case of the MAX333AEPP+, this allows the device to store a signal value and make it available on the common output port in a low-power manner. The device is hardwired so that when a control signal is applied at the switch\'s control signal input, the value of the input port is transferred to the output port.

The MAX333AEPP+ uses a push-pull architecture for fast switching and low power consumption. It does this by employing a dual-gate MOSFET, which has two gates on each side of the channel, allowing for the full discharge of the signal on one side of the channel and the switching of the signal on the other. This allows for fast switching with low power consumption. The device also features a programmable slew-rate control, which allows further reduction in power consumption while maintaining levels of accuracy.

The MAX333AEPP+ is an excellent choice for a variety of applications that require a low-power, high-accuracy device. Its ultra-low power consumption, fast switching time, accurate level matching and wide impedance matching make it an ideal choice for embedded systems, data acquisition, signal processing, and communications applications. The MAX333AEPP+ is a valuable addition to the ever-growing field of device-level switch components.

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