STPIC6D595TTR

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Shift registers are a type of random access memory (RAM) that can be used to store and retrieve digital values. The STPIC6D595TTR is a high-performance shift register built on advanced process technology, which is optimized to produce a cost-efficient design with features to maximize system integration. This device features an 8-bit serial port that supports a wide range of industry-standard logic levels, and offers reliable switching performance in the 0.5 – 4.5 V range.

The STPIC6D595TTR is a versatile logic-shift register with a wide range of applications. Generally, it can be used complementarily to enhance the performance of CMOS logic gates, provide multiplexing and data storage, as well as for transmission of binary data in digital systems. Besides, its low power consumption of just 33mW makes it an ideal choice for embedded applications in situations where power consumption must be minimized.

The STPIC6D595TTR is an 8-bit shift register featuring an asynchronous clear and serial input enable functions. The device comprises of two input and output modes; direct enable and common enable, for various applications. In direct enable mode, data is transferred on the rising edge of the enable signal. At the same time, the enable signal is latched to the output data in the common enable mode, allowing three-state outputs.

The device requires five voltages, namely VCC, V CL , V DD , V IL , and VOH, to operate. It also integrates a latch, high current drive capability, and an overvoltage protection and is offered in the 16-pin SOIC package. The device can transfer the data between two data lines; the serial in and serial out. The shift register works in two phases; the first phase is the clock phase, during which the write data is written into each register bit. The second phase is the output phase in which the data is moved from one register bit to the next and the last register bit is moved to the serial output.

The STPIC6D595TTR features intelligent logic functions that can be used to construct various logic devices. For example, arithmetic addition, subtraction, and logic comparators can be implemented using this device. Furthermore, it is capable of performing logic functions such as EXCLUSIVE-OR and AND, as well as it is suitable for using in data encryption and digital communication applications.

All in all, the STPIC6D595TTR is an ideal choice for a wide range of logic applications, due to its low power consumption, versatile logic-shift register, and its intelligent logic functions. The device is thus a great choice for embedded designs where power consumption must be minimized and a robust logic-shift register is required.

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