CD4532BPW

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Logic-signal switches, multiplexers, decoders are an important part of digital logic circuits. Once set, a digital logic circuit can have many different configuration and behavior, depending on the components used. The CD4532BPW is a specialized version of the 4532, it includes a single 8-channel demultiplexer operating as a low voltage device. It is commonly used in computers, microprocessors, and digital logic circuits.

The CD4532BPW is an 8-channel, low voltage demultiplexer. It includes an active-low enable input which is used to enable and disable the device, in addition to 8 active-low address inputs and 8 data outputs. The device is also supplied with a strobe input which, when enabled, will cause the output lines of the demultiplexer to go high, regardless of the address inputs. The operation of the device is based on providing a set of address inputs, a strobe input, and an enable input which tells the device to look at the address inputs.

The CD4532BPW has two main areas where it is commonly applied, digital computers and digital logic circuits. In digital computers, the device is used as part of the computational process to route and send data as needed. In digital logic circuits, the device is used to enable or disable a specific circuit and/or to change the state of the circuit.

The working principle of the CD4532BPW is fairly simple. First, a set of address inputs are provided, using either a binary or hexadecimal format. These inputs are then provided to the enable input of the device. Next, the enable and strobe inputs are enabled, telling the device to look at the address inputs for the required data. Once the data is found, the output lines of the demux are set to the appropriate state and the output is ready.

Overall, the CD4532BPW is an important part of many digital logic circuits and computers. When used in the right applications, the device can provide a cost-effective way to route or enable/disable data and logic circuits. The device’s working principle is simple yet effective, making it suitable for a wide range of applications.

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