Datasheet4U.com

ISPCLOCK5510 - In-System Programmable Zero-Delay

Product Overview

Lattice Semiconductor

📥 Download Datasheet

ISPCLOCK5510 In-System Programmable Zero-Delay by Lattice Semiconductor - Datasheet Preview — Datasheet preview – ISPCLOCK5510

Datasheet Details

Part number	ISPCLOCK5510
Manufacturer	Lattice Semiconductor
File Size	1.28 MB
Description	In-System Programmable Zero-Delay
Datasheet	ISPCLOCK5510 Datasheet
Note	This datasheet PDF includes multiple part numbers: ISPCLOCK5510, ISPCLOCK5300S. Please refer to the document for exact specifications by model.
Additional preview pages of the ISPCLOCK5510 datasheet.

Product details

Description

The ispClock5300S is an in-system-programmable zero delay universal fan-out buffer for use in clock distribution applications.

Features

Four Operating Conﬁgurations.
Zero delay buffer Zero delay and non-zero delay buffer Dual non-zero delay buffer Non-zero delay buffer with output divider.
Up to +/- 5ns skew range.
Coarse and ﬁne adjustment modes.
Up to Three Clock Frequency Domains.
Flexible Clock Reference and External Feedback Inputs.
Programmable single-ended or differential input reference standards - LVTTL, LVCMOS, SSTL, HSTL, LVDS, LVPECL,.

📁 Similar Datasheet

ISP0912 - Bluetooth Low Energy Module (Insight SiP)
ISP091201 - Bluetooth Low Energy Module (Insight SiP)
ISP1040B - Intelligent SCSI Processor (QLogic Corporation)
ISP1040C - Intelligent SCSI Processor (QLogic Corporation)
ISP1102 - Advanced Universal Serial Bus transceiver (NXP)
ISP1102BS - Advanced Universal Serial Bus transceiver (NXP)
ISP1102W - Advanced Universal Serial Bus transceiver (NXP)
ISP1103 - Universal Serial Bus transceiver (NXP)

Other Datasheets by Lattice Semiconductor

ISPCLOCK5500 - In-System Programmable Zero-Delay
ISPCLOCK5520 - In-System Programmable Zero-Delay
ISPCLOCK5300S - In-System Programmable Zero-Delay
ISPCLOCK5304S - In-System Programmable Zero-Delay
ISPCLOCK5308S - In-System Programmable Zero-Delay
ISPCLOCK5312S - In-System Programmable Zero-Delay

Published: Feb 11, 2010 |