ICS9FG110 - Programmable FTG

Features

Generates common PCI-Express frequencies from reference input clock (33.33MHz).
7 - 0.7V current-mode differential output pairs.
Three spread spectrum modes: spread tracking mode, 0 to -0.5 downspread and +/-0.25% centerspread REFIN 1 SDATA 2 SCLK 3.
PD# 4 PCIEXT0 5 PCIEXC0 6 28 VDDA 27 GNDA 26 IREF 25 MODE_SEL.
24 PCIEXT6 23 PCIEXC6 ICS9FG110.
Support for M/N programming.

Integrated Circuit Systems

Datasheet Details

Part number	ICS9FG110
Manufacturer	Integrated Circuit Systems
File Size	9.05 KB
Description	Programmable FTG
Datasheet	ICS9FG110 Datasheet
Additional preview pages of the ICS9FG110 datasheet.

📁 Similar Datasheet

ICS9FG104 - Frequency Generator (Integrated Device Technology)
ICS9FG104D - Frequency Generator (IDT)
ICS9FG107 - Programmable FTG (IDT)
ICS9FG108 - Frequency Generator (IDT)
ICS9FG108D - Frequency Generator (IDT)
ICS9FG1200D-1 - Frequency Gearing Clock (IDT)
ICS9FG1201H - Frequency Generator (IDT)
ICS9FG1201H - Frequency Gearing Clock (Renesas)
ICS90C64 - Dual Video/Memory Clock Generator (Western Digital)
ICS9112-26 - Low Skew Output Buffer (Renesas)

Other Datasheets by Integrated Circuit Systems

ICS9FG104 - Programmable FTG for Differential P4TM CPU
ICS9FG107 - Programmable FTG for Differential CPU
ICS9FG108 - Programmable FTG for Differential P4 CPU
ICS9FG1904B-1 - Frequency Generator
ICS90C65 - Dual Voltage Video/Memory Clock Generator
ICS9111-01 - 300Mhz Clock Generator
ICS9111-03 - (ICS9111-03/04) Frequency Generator
ICS9111-04 - (ICS9111-03/04) Frequency Generator

Full PDF Text Transcription

Click to expand full text

Integrated Circuit Systems, Inc. ICS9FG110 Advance Information Programmable FTG for Differential PCI-Express Recommended Application: Pin Configuration Frequency Timing Generator for Differential PCI-Express clocks Features: • Generates common PCI-Express frequencies from reference input clock (33.33MHz) • 7 - 0.7V current-mode differential output pairs • Three spread spectrum modes: spread tracking mode, 0 to -0.5 downspread and +/-0.

Published: Dec 12, 2016 |