49FCT3805BQGI

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

49FCT3805BQGI is a low-skew, high-current differential drive clock buffer, which is specially designed to distribute clock signals in high-performance applications. This clock buffer provides significantly low clock skew between outputs without requiring adjustment. It offers excellent jitter performance, low EMI/RFI, logic-compatible inputs and outputs, and high speed performance. The 49FCT3805BQGI is a dual differential drive buffer with five outputs.

The 49FCT3805BQGI is a low-skew, high-current differential drive clock buffer that is ideal for distributing clock signals in high-performance applications. This differential driver works by transmitting an amplified version of the clock signal through a pair of outputs. The dual differential drive buffer with five outputs allows the distribution of clock signals across multiple outputs with very low clock skew. It also offers superior jitter performance, low EMI/RFI, logic-compatible inputs and outputs, and high speed performance.

The 49FCT3805BQGI is designed to drive data and control lines from a clock source or from a voltage reference level. It can also drive high-speed data and control signals between two devices. The clock buffer is specially designed to provide a very low impedance and very high density, allowing for the reliable distribution of fast clock signals with a minimum of skew. It has been designed to optimize signal integrity, minimize cross-talk and ensure reliable data transmission.

This buffer is commonly used to drive synchronous circuits and to reduce clock skew in high-speed applications. It is mainly used in telecom and networking, computing, military and medical applications. 49FCT3805BQGI is also used in high-performance FPGAs, ASICs, logic circuits, and bus interfaces. The 49FCT3805BQGI is capable of accepting input frequencies up to 400MHz.

The working principle of the 49FCT3805BQGI is based on its differential drive. The differential drive consists of a pair of amplifiers which are connected to the input signal and the output load. The two amplifiers create a differential signal, which is then amplified and fed to the output load. The differential signal is a signal whose voltage level is positive and negative with respect to the ground level. The signal is multiplied by the gain of the amplifiers and sent out at the outputs. The differential signal allows for the high speed transmission of data and control signals without compromising the signal integrity.

The 49FCT3805BQGI is designed to reduce clock skew and provide superior jitter performance. The clock buffer also allows for the reliable distribution of clock signals across multiple ports with very low clock skew. It is suitable for high-performance applications and offers excellent signal integrity, low EMI/RFI, logic-compatible inputs and outputs, and high speed performance.

Overall, the 49FCT3805BQGI is a low-skew, high-current differential drive clock buffer that is suitable for distribution of clock signals in high-performance applications. It is mainly used in telecom and networking, computing, military and medical applications. The clock buffer is designed to reduce clock skew and provide superior jitter performance and allows for the reliable distribution of clock signals across multiple ports with very low clock skew. It is designed to optimize signal integrity, minimize cross-talk and ensure reliable data transmission.

The specific data is subject to PDF, and the above content is for reference