CY28410 - Clock Generator

Features

Compliant with Intel® CK410.
Supports Intel P4 and Tejas CPU.
Selectable CPU frequencies.
Differential CPU clock pairs.
100 MHz differential SRC clocks.
96 MHz differential dot clock.
48 MHz USB clocks.
33 MHz PCI clock.
Low-voltage frequency select input.
I2C support with readback capabilities.
Ideal Lexmark Spread Spectrum profile for maximum electromagnetic interference (EMI) reduction.

CY28410 Clock Generator by SpectraLinear - Datasheet Preview — Datasheet preview – CY28410

Datasheet Details

Part number	CY28410
Manufacturer	SpectraLinear
File Size	200.32 KB
Description	Clock Generator
Datasheet	CY28410 Datasheet
Additional preview pages of the CY28410 datasheet.

📁 Similar Datasheet

CY28410 - Clock Generator (Cypress Semiconductor)
CY28410-2 - Clock Generator (Cypress Semiconductor)
CY28411 - Clock Generator (Silicon Laboratories)
CY28411 - Clock Generator (Cypress Semiconductor)
CY28411-1 - Clock Generator (Cypress Semiconductor)
CY28416 - Next Generation FTG (Cypress Semiconductor)
CY28419 - Clock Synthesizer (Cypress Semiconductor)
CY28400 - 100MHz Differential Buffer (Silicon Laboratories)
CY28400 - 100-MHz Differential Buffer (Cypress Semiconductor)
CY28400-2 - 100MHz Differential Buffer (Silicon Laboratories)

Other Datasheets by SpectraLinear

CY28410-2 - Clock Generator
CY28411-1 - Clock Generator
CY28412 - Clock Generator
CY28437 - Clock Generator
CY28439 - Clock Generator
CY28439-2 - Clock Generator
CY28341 - Universal Single-Chip Clock Solution
CY28349 - FTG

Full PDF Text Transcription

Click to expand full text

CY28410 Clock Generator for Intel® Grantsdale Chipset Features • Compliant with Intel® CK410 • Supports Intel P4 and Tejas CPU • Selectable CPU frequencies • Differential CPU clock pairs • 100 MHz differential SRC clocks • 96 MHz differential dot clock • 48 MHz USB clocks • 33 MHz PCI clock • Low-voltage frequency select input • I2C support with readback capabilities • Ideal Lexmark Spread Spectrum profile for maximum electromagnetic interference (EMI) reduction • 3.

Published: Aug 4, 2018 |