GWInstek × TAITRONICS 2023--Highlights Reel

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TAITRONICS 2023 has come to a successful close. Let's take a look at some joyful moments and exciting experiences.
🔥 Exciting Booths: Our booths were filled with creativity and innovation, showcasing our products and solutions.
🚀 New Product Releases: You got an exclusive first look at our latest products and how they can assist you in your work.
If you enjoyed this video, don't forget to like, comment, and subscribe to our RU-vid channel for the latest video content. And, feel free to visit our website for more information. www.gwinstek.com
#GWInstek #TAITRONICS

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Опубликовано:

6 ноя 2023

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Комментарии : 3

@jim9930 7 месяцев назад

I purchased an MDO2404eg scope several years ago. 200MHz, 4 chn, dual 14 bit DDS and inquired at the USA sales office and also Taiwan main office about the bit depth and a front end schematic. Entirely disappointed at the response: "proprietary information". The scope measures 1040Hz next to 1KHz and drops the signal on FFT below -72dBc full scale; thus 12 bit convertor on the front end inputs. The technical data lists this series as 8bit; due to SFDR (harmonic distortion of input amplifiers). retired technical director of an RF test equipment manufacturer.... how many sales did you lose by not providing the information requested?

@gwinstek1975 7 месяцев назад

Hello sir, thank you for your message. We sincerely apologize for any frustration you've experienced. We regret that we couldn't provide the information you were seeking, and we appreciate your patience. For technical issues related to product usage, we can provide you with more assistance. If you have any other questions or require further assistance, please feel free to email technical@goodwill.com.tw, and our technical team will be ready to assist you.

@jim9930 7 месяцев назад

@@gwinstek1975 Thank you for the address, I will mark it in loved videos. Lord willing, I would like to modify a channel with a better input op amp to cover the 100kHz to lo VHF where none of the available systems are able to measure distortion products in amplifiers. Computer based 16/24 bit audio are limited by sampling frequency (192KHz typ). Quant, Audio Precision, etc. Presently, I am able to see thd/imd to -130dBc re 1vrms up to 1MHz with this scope; but the SFDR is a problem to work around with careful filtering.