CD4094BPWRG4

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CD4094BPWRG4 is a CMOS 8-stage shift register and a storage latch. It is fabricated with the silicon gate CMOS technology for high speed, high output drive and radiation hardness. Each register is comprised of 8 stages, so 8 bits of information can be stored and shifted on the rising and falling edge of the clock. Its low power consumption, high speed and high noise resistance make it suitable for many applications.

This high speed shift register has excellent input/output characteristics which makes it ideal for data transmission and storage applications. It also has a wide range of voltage and current operation makes it suitable for many applications such as data transfer and clock management. Due to its low power consumption, high speed and noise immunity, the CD4094BPWRG4 is suitable for use in a wide range of applications.

The application fields for the CD4094BPWRG4 range from data buffering, memory control, functional reeders, audio/video signal processors, logic synthesis, display drivers, keypads, speech recognition, and robotics. The versatile range of applications come from its various operation functions, such as shift register and storage latch, which can be used to convert serial to parallel data, sequential storage, storage and transfer of data, and one-bit data store and load applications.

In addition, the CD4094BPWRG4 is also suitable for many data transfers and signal processing applications, such as time division multiplexing (TDM) system, signal edge detection, signal modulation, and others. With a minimum supply voltage of 4.5V, its stable operation makes sure that data is transmitted accurately and securely.

The basic working principle of the CD4094BPWRG4 is to shift the data from the first stage to the subsequent stages on every high-to-low clock (ACTIVE HIGH EDGE) phase. On the low-to-high clock (ACTIVE LOW EDGE) phase, data is transferred from the last stage to the output. When reset (R), the data in all stages are reset to a low level; the register goes into an inactive mode. If a data is loaded into serial data input (D), it will be sequentially shifted out of the Q0 output, and shifted bit-by-bit until all stages are filled. The data will be held in the register until reset (R) is given.

The CD4094BPWRG4 is usually used in parallel and serial input/output mode. The parallel input mode is suitable for high speed shifts, while the serial input mode is used for line drivers and data communication applications. The versatile parallel/serial input modes make this shift register a suitable choice for many applications.

In conclusion, the CD4094BPWRG4 shift register is versatile and suitable for many applications. With its low power consumption, high speed and excellent input/output characteristics, it is suitable for many data buffering, memory control, data transfer and signal processing applications.

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