Overview
Description
The 5PB1102 is a high-performance 1:2 LVCMOS clock buffer that offers a best-in-class additive phase jitter of 50fs RMS. This clock buffer also supports an Output Enable function. It is available in 8-pin DFN and TSSOP packages and can operate from a 1.8V to 3.3V supply.
Features
- High-performance 1:2 LVCMOS clock buffer
- Very low pin-to-pin skew: < 50ps
- Very low additive jitter: < 50fs
- Supply voltage: 1.8V to 3.3V
- fMAX = 200MHz
- Integrated serial termination for 50Ω channel
- Packaged in 8-pin TSSOP and small DFN packages
- Extended (-40 °C to +105 °C) temperature range
Comparison
Applications
Design & Development
Support
Support Communities
Support Communities
-
5PB1102 and 5PB1108 fanout clock buffer ESD parameter
Hi all Recently, i choosed the 5PB11XX series LVCMOS clock buffer for fanout use. However,datasheet makes no mention of what kind of ESD input protection the chip has. I want to inquire about the ESD parameters of this chip.Thanks.
Jul 21, 2022 -
Will the 5PB11xx (5PB1102, 5PB1104, 5PB1106, 5PB1108, 5PB1110) buffers be able to drive a pulse signal?
Will the 5PB11xx (5PB1102, 5PB1104, 5PB1106, 5PB1108, 5PB1110) buffers be able to drive a pulse signal? What would be the minimum pulse width and the pulse repetition frequency that these parts can support?
Apr 23, 2024
FAQs
-
How do we terminate the unused pins for the 5PB11xx family of buffers (5PB1102 / 5PB1104 / 5PB1106 / 5PB1108 / 5PB1110) ?
The unused pins can be left floating on these devices. For other questions not addressed by the knowledge base, please submit a technical support request.
Oct 31, 2016 -
Can ferrite beads be used as part of the power supply filtering components for the 5PB11xx family of buffers (5PB1102 / 5PB1104 / 5PB1106 / 5PB1108 / 5PB1110)?
Yes. IDT approves usage of ferrite beads for power supply filtering on these devices. For other question not addressed by the knowledge base, please submit a technical support request.
Oct 31, 2016
Videos & Training
This video provides an overview of the LVCMOS High Performance Clock Buffer Family, highlighting their key features and capabilities.
Related Resources
News & Blog Posts
Blog Post
Dec 15, 2018
|
News
Mar 24, 2015
|