NLV14015BDR2G

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The NLV14015BDR2G is a low-voltage, 3-state, low-power shift register designed for advanced low-voltage applications. Its design integrates multiple logic and discrete element functions into a single chip. This shift register is suitable for use in applications with high-speed data transfer requirements, where power and timing flexibility is important. The NLV14015BDR2G belongs in the family of Logic - Shift Registers. It is a synchronous parallel-in/serial-out shift register which can transfer data through synchronous clock inputs (CP and CL). Data transfer starts with the first clock edge of the CP signal, while the CL signal is used to latch the data at the outputs. The device can be used in serial-in/parallel-out mode as well, where data is loaded at the data inputs (D0-D3). The device features 3-state outputs, which allows bus-oriented designs. The outputs are controlled with the OEB (Output Enable Bar) signal, which when low forces all outputs to the high-impedance state. The I/O (Input Override) pin is used to override the data at the data inputs and is available in both modes of operation (serial-in/parallel-out, parallel-in/serial-out). The NLV14015BDR2G shift register is highly applicable for low-voltage systems, operating over voltages as low as 1.4V (typical). Its power consumption is also very low drawn, consuming only 10uA of average (maximum) in active mode, and 1uA in standby. Thanks to this, this shift register is suitable for battery-powered applications, as it can significantly extend battery life. The NLV14015BDR2G is well suited for applications where data is transferred over long distances, or in any situation where power and timing flexibility is important. It is also suitable for data switching applications, or as a multiplexer/demultiplexer circuit. An example of such application is digital communication, where this shift register can be used to switch between different protocol mode selections. In summary, the NLV14015BDR2G belongs in the family of Logic - Shift Registers, and it is a very flexible synchronous shift register suitable for a wide range of low-voltage, low-power applications, from data communication to data switching. Thanks to its 3-state outputs, it is ideal for bus-oriented designs, and it is also much more efficient power-wise compared to other shift registers.

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