74LV164BQ-Q100X

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Logic – Shift Registers are used as a central basic within digital engineering as they are generally used for serial to parallel conversion. Such shift registers are used for integrated circuit logic, whereby data is shifted from input to output horizontally, under instructions from a clock signal. Specifically, the 74LV164BQ-Q100X shift register is an 8-bit register and is mainly used along with other logic devices, memory devices, and multiplexer/modulator/demodulator devices.The main components of the 74LV164BQ-Q100X shift register include a data-in pin, clock pin, and 8-bit output pin. The data-in pin is where the data being shifted into the register would enter. Once the data has entered through the data-in pin, the clock pin is responsible for start initiating the shift cycle. The contents of the shift register are transferred to the 8-bit output pin depending on the clock signal. The output pin is of a single rail, with either high or low logic being outputted when the clock signal is high or low, respectively. The 74LV164BQ also has an output enable pin. When this pin is set to a low logic level, the outputs of the shift register will be in a disabled state; that is, any invalid data is not clocked or shifted, nor will it be on the output pins of the shift registers. The design of such components help to control the output of devices, where a miscellaneous data flow can be prevented from occurring. Additionally, the 74LV164BQ has a range of packing and mounting types, whereby the shift registers can be configured with switches to meet certain needs. Such switches can be placed to the control of the application, acting as control valves so data can be processed in an efficient manner. In order to ensure safe operation, the 74LV164BQ has a wide range of voltage ranges, as it is rated for a minimum of 1.8V and a maximum of 5.5V. This is important for safely operating the register, as incorrect voltage levels can cause the register to malfunction. Furthermore, the 74LV164BQ includes a wide range of features, such as being able to detect whether the data from the data-in enters correctly or not. Such safety features can help avoid unintentional system crashes that may occur from incorrect data entries or incorrect clock cycles.Despite the fact that the 74LV164BQ has a wide range of features, it does come with a few drawbacks. Firstly, the frequency of the clock cycle is rather limited, as it is designed to run best within a relatively low frequency range. This means that it is not suitable for larger data applications with longer clock cycles that require higher frequency. Additionally, the 74LV164BQ is not TTL compatible, which can be a problem when used with other devices that may require a direct compatibility between devices. In conclusion, the 74LV164BQ-Q100X shift register is a popular shift register logic component that is integral within many applications. Its data-in pin and clock pin allows user to control the data entering into the shift register and the speed of data being shifted from the register. Additionally, safety features are also included, making the 74V164BQ a great tool for any application.

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