NC7SZ384M5X

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NC7SZ384M5X is a logic signal switch, multiplexer and decoder combined, typically used in signal routing, selection and operation selection applications. It is a low-power, 3-state, CMOS logic device with multiple operating modes, 8 single-pole, double-throw (SPDT) switches, 4 different decoder structures, and 4 different multiplexer structures. It is widely available in three different packages: an 8-pin small outline package (NC7SZ384M5XW8), an 8-pin small-outline package with exposed pad (NC7SZ384M5XG8), and a 10-pin mini small-outline package (NC7SZ384M5XW10).

The NC7SZ384M5X has two independent decode functions, allowing the user to create 4-bit decoded addresses of up to 8 address lines, or 8-bit decoded addresses of up to 16 address lines. Each decoder output has an associated active-low output enable pin (YOEn) that is used to enable both the decoder and data select (MX) outputs. This allows for both data selection and address decoding to be controlled simultaneously. In addition, the NC7SZ384M5X also has two independent data select (MX) functions, allowing the user to select up to 4 data lines from 8 data sources.

The 8 SPDT switches provide the user with the flexibility to route signals from one source to multiple destinations, with each switch independently controlled through associated active low input pins (S0-S7En). Furthermore, the device also has a built-in frequency divider as well as a mute function, allowing the user to reduce noise or even mute audio signals when needed. The NC7SZ384M5X is designed to run at a supply voltage of 1.8V to 3.6V and allows for the output voltage range to be adjusted from 0V to Vdd, depending on the device\'s connection configuration.

The NC7SZ384M5X device is ideal for applications such as digital audio routing and switching, address decoding and data selection, logic level conversion, and frequency division/muting. It also provides the user with multiple operating modes and flexible routing capabilities, providing the user with greater control over the signal transmission paths. Furthermore, the extremely low power consumption and low voltage operation make the NC7SZ384M5X an ideal choice for power-sensitive designs.

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