CD4034BNSRE4

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The CD4034BNSRE4 is part of the family of Shift Registers, which are often used in digital communication circuits. This device is an 8-bit synchronous serial-in/parallel-out (SIPO) shift register. It is designed to receive serial data inputs which can then be transferred to their respective output pins to be used as parallel data. It has four data input pins and eight data output pins which are used to transfer digital data to the device from one logic system to another, and then parallel output the data. In addition to the four data input pins and eight data output pins, there are two control pins which are used for device control.

The CD4034BNSRE4 is a synchronous device, meaning that the device’s behavior is synchronized to some external clock signal. Therefore, in addition to the four data input pins and two control pins, the device requires a clock input to function properly. This external clock signal dictates when data should be shifted into the device and when the respective output pins should be activated.

The CD4034BNSRE4 is most commonly used in digital communication circuits, especially in microcontrollers and embedded systems. Generally, data is transferred from one logic system to another. The serial data inputs are received by the device, shifted into the device, and parallel outputted to their respective output pins. These output pins are then connected to another logic system and the data can be transferred in parallel. Typically, the shifting and outputting of data is synchronized to a clock signal so the data is shifted in the correct order and at the correct time, resulting in a reliable data transmission.

The CD4034BNSRE4 has two main modes of operation, which are active-high (positive logic) and active-low (negative logic). Depending on the active state, the outputs from the device’s output pins will be either true or false based on the data inputted. The device also has two control pins, an asynchronous clear (CLR) pin and a clock enable (CE) pin. Both of these pins are used to control the device’s operation.

The asynchronous clear (CLR) pin is usually used to reset the device with a clear signal. When this pin is activated, the device will reset and all of the output pins will shift to a lowstate. The clock enable (CE) pin is used to enable or disable the device based on the state of the clock input. When this pin is active, the device is enabled and it will receive data inputs. However, when this pin is inactive, the device will be disabled the outputs will remain unchanged.

The CD4034BNSRE4 is a versatile device with many applications in the field of digital communication circuits. It can be used to receive serial data inputs and then transfer them to their respective output pins to be used as parallel data. The device also has two control pins which are used to control the device’s operations. Additionally, the device is capable of operating in two main modes, active-high and active-low, making it suitable for most uses in the field of digital communication. This device is a useful tool in the industry of digital communication and is often used in microcontrollers and embedded systems.

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