Hello, Welcome to Dasenic

Flip Electronics CY7B991-7JXC Environmental and export classification status description

The Cypress Semiconductor CY7B991-7JXC is an integrated circuit (IC) that falls under the category of ICs. It is a high-performance, low-skew, 1:10 differential-to-10 LVCMOS/LVTTL fanout buffer. This device is designed to distribute high-speed clocks in the communications, networking, data storage, and computer markets. Functions: - Differential-to-LVCMOS/LVTTL fanout buffer - Low skew - High-performance clock distribution Applications: - Communications equipment - Networking devices - Data storage systems - Computers - High-speed clock distribution applications Alternative Components: - IDT 2309 | 3.3V 1:10 Differential-to-CMOS/LVTTL Fanout Buffer - Pericom PI6CL110 | 1:10 Differential-to-LVPECL Clock Distribution Buffer - Diodes PI6C2510 | Differential-to-LVCMOS Fanout Buffer Embedded Modules: - Clock distribution control logic - Input differential receivers - Output clock buffer drivers --- Related Q&A: 1. What voltage levels does the CY7B991-7JXC support? - The CY7B991-7JXC supports 3.3V voltage levels for its LVCMOS/LVTTL outputs. 2. What kind of clock frequencies can the CY7B991-7JXC handle? - The CY7B991-7JXC can handle high-speed clock frequencies suitable for applications in communications, networking, and data storage devices. 3. How does the CY7B991-7JXC minimize skew in clock distribution? - The CY7B991-7JXC incorporates design features that reduce skew, ensuring synchronized clock signals across its 10 LVCMOS/LVTTL outputs. 4. Can the CY7B991-7JXC be cascaded with similar devices for larger clock distribution networks? - Yes, the CY7B991-7JXC can be cascaded with additional buffer devices for expanding clock distribution capabilities in larger systems. 5. Does the CY7B991-7JXC provide any advanced features for clock signal integrity maintenance? - The CY7B991-7JXC may include features like PLLs (Phase-Locked Loops) or signal conditioning circuits to enhance clock signal integrity and reduce jitter in the distributed clock signals.