IDT49FCT20805NDGI

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

An introduction to IDT® 49FCT20805NDGI, a clock buffer, driver, is presented in this essay. It is a device for distributing high-speed signals efficiently and accurately. This clock can be for different application fields and offers different modes of working.

IDT49FCT20805NDGI belongs to the family of FCT clock buffer products from IDT (Integrated Device Technology, Inc.), which offers very high cycle/second performance and yield, low noise, and low power consumption. Its features include: 3.3V supply voltage, 28-pin TSSOP package with wide input voltage range (1.0 V - 3.6 V), low dynamic and static power consumption, 1:6 fan-out ratio with low additive jitter, high speed maximum (2.5V/3.3V: -40°C to 85°C, 21 psec/30psec max), and adjustable slew rate.

The IDT49FCT20805NDGI is a clock buffer, driver, and is designed for distributing high-speed signals efficiently and accurately in application fields where the speed and accuracy of signal transmission are critical. It is capable of supporting data rates up to 100Mhz and is ideal for use in multiple applications such as consumer electronics, automotive, communications, industrial and military systems, and FPGAs.

The working principle that underpins the IDT49FCT20805NDGI is the same as other clock buffer drivers. It is configured to operate according to the operating parameters specified by the user. When a signal is input, the device uses integrated circuits to amplify and multiplex the signal so that it can be transmitted to multiple output buffers. These buffers then output the amplified signal to the downstream device, ensuring that it remains at the same time and the same frequency.

IDT has designed the IDT49FCT20805NDGI to operate in two distinct modes: the Normal Mode, and the High Performance Mode. In the Normal Mode, the device is configured to maximize power efficiency and operation at lower frequencies (<100 MHz). The High Performance Mode is developed for faster switching and is optimized for high frequency operation (up to 250 MHz). This mode utilizes a low static power input for higher speed performance, making it suitable for rigorous applications such as communications and embedded systems.

In addition to its two operating modes, the IDT49FCT20805NDGI features adjustable slew rate and power control settings. The adjustable slew rate ensures that the speed of transmission is optimized, allowing the device to maintain accurate and efficient performance while reducing power consumption. The adjustable power control setting allows the device to detect the presence of an on-coming signal and provide the correct amount of power accordingly. This ensures that only the minimum amount of power is used to power the device and is especially beneficial in battery-powered applications.

The IDT49FCT20805NDGI is a clock buffer, driver, boasting superior performance and power efficiency for high-speed signal transmission in application fields where speed and accuracy are of paramount importance. It offers two operating modes (Normal and High Performance Modes), adjustable slew rate, and adjustable power control settings, guaranteeing reliable operation regardless of frequency or power requirements.

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