 |
Why On-Die Power-Rail Measurements are Important
By David Maliniak and Eric Bogatin
For this project, we will use an Atmel 328 microcontroller demo board, prepared with firmware to control it explicitly for our purposes, and with coaxial cables connected between the I/O pins and the input to the active probes of the scope. This interconnect provides a high bandwidth transmission line path for the signals. Discover more.
|
 |
LVPECL/LVDS Clock Oscillators for Telecommunication Applications
IQD has launched a new range of LVPECL (IQXO-623/IQXO-624) & LVDS (IQXO-618) output clock oscillators with the phase jitter of less than 1ps rms (over 12kHz to 20MHz) irrespective of which output is specified. Housed in a hermetically sealed 3.2 x 2.5 x 1.1mm ceramic 6-pad package, the new models are available in a frequency range from 13.5MHz to 156.25MHz. The IQXO-618, IQXO-623 & IQXO-624 are primarily designed for applications such as Ethernet (10G/40G), Fibre Channel & SONET/SDH.
|
 |
 |
 |
 |
EDI CON USA 2018 Opens Registration
EDI CON USA has opened its registration for this year’s event, October 17-18 at the Santa Clara Convention Center. The conference will feature Eric Bogatin’s High Speed Digital Symposium, the EDI CON University tutorials, panels, technical sessions, and workshops with hands-on techniques covering SI, PI, EMC/EMI, as well as RF and microwave topics. The exhibition floor will be open both days, complete with exhibitors and demonstrations and panels in the Frequency Matters Theater on the show floor. Join us for learning, networking (welcome reception and happy hour), keynotes, and the opportunity to see the latest products in SI, PI, EMC/EMI, RF, and microwave. See you in Santa Clara! SIJ readers can take 20% off conference pass admission with the code: READSIJ20.
|
 |
 |
 |
 |
Practical PCB Layout for SI/PI/EMC: What an EE Needs to Know to Survive PCB Manufacturing
If interconnects were transparent, this would be a very short webinar. But in all except the very simplest boards, the interconnects are not transparent. There are three general performance categories of boards based on the range of problems they will encounter. In the short time we will have, all we can do is introduce the best design practices to pay attention to in each of these three general classes of boards. We'll see how design decisions and board material decisions influence taming SI/PI and EMI problems.
|
Visit our archived webinars page for educational resources on various design and measurement subjects and view at your convenience.
Browse webinars here.
|
The preceding is from Signal Integrity Journal™, owned by Horizon House Publications Inc., at 685 Canton St., Norwood, MA, 02062, USA. We are online at www.signalintegrityjournal.com and are also available at 781-769-9750. Copyright © 2018. All Rights Reserved. Your email address has not been given to any Third Parties. You have been selected to receive this email because you opted-in to receive information when you provided your email address to Signal Integrity Journal™. To ensure deliverability of emails from Signal Integrity Journal™, we recommend that you whitelist our domain address: mwjournalemails.com.
Unsubscribe/Update Profile | Browser View | Forward to a Friend | Privacy | Subscribe to Signal Integrity Journal
|
|