Skip to Content

Tektronix MDO34 3-BW-500 Mixed Domain Oscilloscope 4x 500MHz Chann... from Tektronix

Share on Facebook Share on Twitter Share on Pinterest Add to Universal WishList
Tektronix MDO34 3-BW-500 Mixed Domain Oscilloscope 4x 500MHz Chann...
Rating:
(0 votes)
This product is sold by Rapid Online

Price at Rapid Online:
£10653.60



Merchant: Rapid Online
Model: MDO34 3-BW-500 3-BND 3-MSO 3-AFG
Brand: Tektronix
Product code: MDO34 3-BW-500 3-BND
Merchant's Category: Bench/R&D Equipment

Tektronix MDO34 3-BW-500 Mixed Domain Oscilloscope Upgrade Options - Tektronix MDO34 3-BW-500 3-BND 3-MSO 3-AFG, This MDO34 3-BW-500 Mixed Domain Oscilloscope comes complete with pre-installed 3-MSO 16 Digital Channels, 3-BND Application Bundle and 3-AFG Arbitrary Function Generator.Get a fully loaded 3 Series MDO34 3-BW-500 at a great price, allowing you to benefit from :Serial decode & trigger buses such as I2C, SPI, CAN, LIN & USB plus automated power analysis16 digital channels; free up your analogue channels and see more signals at onceArbitrary function generator with 13 predefined waveforms and arbitrary waveform generationWith the largest display in class, improved low-level signal measurement accuracy and industry-leading probe performance, the 3 Series MDO sets a new standard for bench oscilloscopes. Whether you're testing your baseband design for IoT or just for simple EMI sniffing, the 3 Series has a unique true hardware spectrum analyser built right in with superior RF test performance and guaranteed RF specifications.Having the right instruments to hand when and where you need them is critical to efficient testing and fault-finding. The Tektronix 3 Series MDO34 Mixed Domain Oscilloscope combines analogue waveforms, digital logic and spectrum analysis in a lightweight, portable package, making it the perfect choice where space is limited and high flexibility is desired.The combination of a small instrument and a high level of integration, aids its usage for sophisticated lab experiments as well as in the teaching of various electronics principles. The MDO34 can be fully upgraded enabling additional functionality over time as needs change or budgets allow.Includes the following: 65-4094 - Tektronix MDO34 3-BW-500 Mixed Domain Oscilloscope 4x 500MHz Channels85-7389 - Tektronix 3-MSO Installed Option; 16 Digital Channels 85-7390 - Tektronix 3-BND Installed Option; Application Bundle for 3 Series MDO85-7391 - Tektronix 3-AFG Installed Option; Arbitrary Function Generator Tektronix MDO34 3-BW-500 Mixed Domain Oscilloscope 4x 500MHz Channel MSO BND AFG
More details from Rapid Online


Follow Rapid Online to get news updates and products on your homepage.
Rapid Online is being followed by 0 people.
Follow Rapid Online



Delivery Details

Specific details for this product: No specific details given.

General Delivery details for Rapid Online:
Rapid Online delivers only to the UK
FREE UK MAINLAND DELIVERY ON ORDERS OVER �35 (exc. VAT). Same-day despatch and no minimum order value.

  • Some free P&P Free UK Postage on some orders.
  • UK Delivery Only UK Delivery only


No review added yet - be the first!

Reviews and Comments

If you own this product already, please write a quick review to help others:

Your rating (1 low, 10 high):



Current Special Offer at Rapid Online:

Comments and Feedback

This is an experimental quick comments form. Please use it to point out a mistake, tell us about a closed shop or a quick comment about the page you are on. Any comment/feedback left here may be added to the page if it is helpful.





Rapid Online


Read more about Rapid Online
Rating:
(0 votes)

Leading supplier of electronic components, electrical equipment, tools and educational supplies. More than 50,000 products available online.




DISCLOSURE: We may earn a commission when you use one of our links to make a purchase.
We do our best to make sure the prices shown on this site are correct but they are not live prices so please check on the merchant's site for the correct current price.
The data on this site is taken from many different sources including user submissions so may not be completely accurate. If you find an error, please let us know.