MUX36S16IPW

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MUX36S16IPW is an interface that belongs to a family of analog switches, multiplexers, and demultiplexers. It is typically used in applications where fast and accurate signal switching is needed. This component, specifically manufactured by IDT, incorporates an array of 36 independent 3-state switches. Each switch is single pole 16 throws, allowing up to 16 devices to be connected to a single pole. It is a programmable multiplexer and performs low impedance with high bandwidths, the signals connected can be differential or single ended.

The MUX36S16IPW has two input buses each consisting of 36 bits. A 1-of-36 multiplexer is used to select one of the bits from each of the input buses. The two buses are then multiplexed with the selection made by two 16-bit control registers, one for each bus. The multiplexed output is then combined back into a single 36-bit data bus.

The MUX36S16IPW is controlled by either the address and data bus, or one 4-bit control register. A total of 4 commands can be executed in this way. The rest of the commands need to be sent through the dedicated control signal input lines. This can be the clock tCLK, the clock enable signal tCE, the reset signal tRES, the output enable signal tOE and the chip enable signal tCE.

The MUX36S16IPW also features a write enable signal tWE and an address latch signal AL which is used to latch the address given on the address bus to the internal address register. This is in addition to the 4-bit control register which is used to select the data from the input buses. A single byte of information is loaded into the MUX36S16IPW from the data bus in response to the write enable signal tWE.

The MUX36S16IPW also features a 3-state enable signal tOE_En which is used to enable the 3-state control of the output registers. This can be used to enable or disable the MUX36S16IPW from driving the output bus so that other devices can be connected to the same bus. This feature can be used to connect multiple MUX36S16IPWs together.

The MUX36S16IPW uses an asynchronous CMOS technology which results in sub-par capacitance and low power consumption. The component also features ESD protection which prevents electrostatic discharge damage as well as hot plug support which allows it to be pulled in and out of a system without causing any damage. These features make the MUX36S16IPW one of the most advanced analog switches, multiplexers, and demultiplexers available.

The MUX36S16IPW is used in applications where signal switching is required in complicated system configurations. It offers low power consumption, improved signal isolation, and can be used for fast and efficient switching. The component is ideal for use in boards or systems where cost and space constraint is of high importance and signal isolation is a must.

In conclusion, the MUX36S16IPW is a high performance, low power consuming analog switch, multiplexer and demultiplexer. It combines high switching speed and efficiency to provide a powerful and cost effective signal switching solution. With its many features such as ESD protection, hot plug support and its ability to be used in multiple system configurations, the MUX36S16IPW is an excellent value option when looking for a fast and reliable signal switching solution.

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