MC14094BDTR2G

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The MC14094BDTR2G is an 8 Bit Parallel-in/Serial-out Shift Register and is part of the Geber Philips logic family. It is designed to be used as a digital storage element, making it ideal for many applications.

The device has an 8 bit wide parallel data input port and two serial outputs, Q1 and Q2, allowing the data in each Register to be serially shifted out in both directions. When data is shifted out, the next data is shifted in.

The data present at the DInput and Clock terminals is clocked into the first register stage on the rising edge of the Clock. The data is then shifted out from Register 2 to Register 1 on the rising edge of the Clock and then from Register 1 to the serial Outputs. The data is also shifted out from the Register1 to the Register2 pins on the falling edge of the Clock pulse. The device is a master-slave shift register, with the D1 and D2 pins being used to cascade the Register2 output to the Register1 input and the rising clock edge is used to clock in the shift register.

The MC14094BDTR2G features an output enable pin which greatly simplifies the interface to external logic devices. When the Output Enable pin is low, only the serial outputs are active. When the Output pin is high, all of the outputs of the stage become active. This eliminates the need for external logic devices to control the outputs of each buffered stage.

The MC14094BDTR2G is also multiplexed, which reduces the number of pins needed for interfacing. The multiplexed data inputs and outputs of the Register1 and Register2 are connected to data pins D1 and D2 respectively. This reduces the number of pins that need to be connected to the memory bus. The multiplexed serial port allows for easier testing of the device.

The MC14094BDTR2G is used in a variety of applications including logic control systems, audio signal processing, memory management, video and image processing, serial data communications and signal conditioning systems. It is also used in embedded systems, motor controls and other data acquisition systems.

The working principle of the MC14094BDTR2G is fairly simple. The data present at the DInput and Clock terminals is clocked into the first register stage on the rising edge of the Clock. The data is then shifted out from Register 2 to Register 1 on the rising edge of the Clock and then from Register 1 to the serial Outputs. The data is also shifted out from the Register1 to the Register2 pins on the falling edge of the Clock pulse. The device is a master-slave shift register, with the D1 and D2 pins being used to cascade the Register2 output to the Register1 input and the rising clock edge is used to clock in the shift register.

Overall, the MC14094BDTR2G is a very versatile and powerful shift register that is capable of many applications. The device has been designed to provide a reliable and cost-effective solution for many applications. Its flexibility in design and its ability to integrate multiplexed serial data inputs and outputs make it an ideal solution for a wide variety of applications.

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