PI49FCT3807BSE

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PI49FCT3807BSE is a clock buffer, driver and multiplexer from the FCT series, designed and marketed by Pericom Semiconductor (now Diodes Incorporated) which allows for signals transmission between two devices with different input/output standards. The product provides high-speed operation, and excellent noise immunity in broad range of industrial and consumer applications.

The PI49FCT3807BSE Clock Buffer is based on a unique IC architecture that supports both a clock buffer and a multiplexer. The logic consists of a clock buffer, an input/output buffer, an execution buffer, and a quantization circuit. The clock buffer is a circuit used to convert a low-voltage or low-frequency signal into the appropriate signal format for a given application. The input/output buffer is used to provide isolation between the input and output signals, ensuring that any noise or transmission errors do not affect the data in transit. The execution buffer is responsible for controlling the operation of the device, such as the selection of the multiplexer inputs. The quantization circuit is used to reduce the amount of energy dissipated by the circuit, and is responsible for the efficient operation of the device.

The PI49FCT3807BSE is designed for a variety of applications, including industrial controls, consumer electronics, debugging tools, and more. The device provides high-speed operation and excellent interference immunity, allowing for reliable signal transmission over long distances. The product is rated for an operating temperature range from -40 to +125ºC and is available in 12- or 8-bit configurations. It is also available in a number of pin configurations, including a minimum/maximum operating voltage of 0.5/2.5V and a frequency range of 0.25-8MHz.

The PI49FCT3807BSE Clock Buffer is an ideal solution for designers and manufacturers looking for an efficient and reliable method of transmitting signals between two devices. With its low power consumption and wide operating voltage range, the product offers an attractive cost/performance ratio, making it an excellent choice for a wide range of applications.

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