Teledyne LeCroy LabMaster 10 Zi-A Oscilloscopes Information
Watch the videos or request a demo from a Teledyne LeCroy representative to find out if a Teledyne LeCroy LabMaster 10 Zi-A oscilloscope is the right scope for your applications.
Teledyne LeCroy LabMaster 10 Zi-A Oscilloscopes
Highlights
• Price range: Starts at $111,000
• Bandwidth range: 20 GHz - 100 GHz
• 4 - 80 analog channels
• Up to 240 GS/s sample rate
• 20 - 1024 megapoint record length
Teledyne LeCroy will help you configure the best LabMaster 10 Zi-A Oscilloscope to meet your needs and budget.
Thanks for your request. You'll be hearing from us soon!
Click to Reset FormQuestions
No one has asked a question about this product yet. Be the first!
Twitter Feed
- Ground bounce in a connector can drive common currents on a cable and fail an #EMC certification test. Learn more i… https://t.co/9uvuewQKrh
- Happy Friday! Read how our friend Art Pini used some out of the box thinking to get more from his #oscilloscope via… https://t.co/hcij7mlHYb
- #Oscilloscope Tip: Shorten your ground lead as much as possible. This gets the oscilloscope to capture & display th… https://t.co/Mop1dMY99w
- NEXT THU! Learn to test switched-mode power supplies in our new #webinar with Steve Murphy ✨. Register here:… https://t.co/DV462VTs6i
- Don't miss our January #VirtualTraining classes! Jan 20- Learn the architectural and functional ins & outs of… https://t.co/duo2Xi5My3
- We're hiring! Join our team --> Positions available in: Chestnut Ridge, NY ▪ Milpitas, CA ▪ Heidelberg, Germany ▪ B… https://t.co/T07QTMVLYg
- #Bluetooth #Webinar January 21, 2021! Explore Handsfree and Object Exchange phonebook profile sets using real-world… https://t.co/TLVSeLG2w1
- Have you seen our new 60 V Common Mode Differential Probes? They are the ideal probes for lower voltage GaN power c… https://t.co/vj0Gdxd4nw
- Looking for a test solution for your #DisplayPort2.0 devices? #TeledyneLeCroy recently released the M42d 80Gb/s… https://t.co/WffWiQpIoc
- Interested in learning how to test electrical signals sent over the #USB Type-C® connector? Join us for a new… https://t.co/wPm9myXdD4
- Did you just see that? Wish your oscilloscope had a DVR so you could rewind and see that totally weird thing that j… https://t.co/25UsSF7pck
- Decode and trigger on #powermanagement data with our #PMBus TD/TDME #oscilloscope option! Learn more:… https://t.co/9cJZdLD9Mi
- Do you deal with S-parameters? Join us THIS WED for a free #webinar--> Sign up here: https://t.co/EiITSxGVcb… https://t.co/Zb05K9UFji
- #USB #VirtualTraining, January 21! Join our in-depth full day training to learn about USB, its architecture and ter… https://t.co/rl3rfaF0QJ
- Interested in learning how to test electrical signals sent over the #USB Type-C® connector? Join us for this new… https://t.co/SNPqel2tkd
- Quickly validate cause and effect events and extract and plot embedded #SENT data. Check out this tech brief to see… https://t.co/tQBHM9kG3K
- Learn to test switched-mode power supplies in our new #webinar with Steve Murphy on Thu, Jan 21 ✨. Register here:… https://t.co/YiLa1SiuM8
- We're hiring! Join our team --> Positions available in: Chestnut Ridge, NY ▪ Milpitas, CA ▪ Heidelberg, Germany ▪ B… https://t.co/xiQvVCrdR5
- Work from anywhere with MAUI Studio™ — our #oscilloscope software on your PC. Download and install at no charge wit… https://t.co/s6AnSGo7zH
- Need to test a battery-powered brushless DC Motor/Drive? Read how our #MotorDrive Analyzer (MDA) can help:… https://t.co/a5WJavX9va