Conductus/tristan Technologies Imag Imc-303 Multichannel Squid Controller

US $1,827.84

  • Santa Fe, New Mexico, United States
  • Jan 30th
This SQUID controller has a unique feature that enables it to simultaneously control both LTS and HTS devices. The device's rear-panel BNC connectors allow users to monitor high-level analog outputs, while a "fourth channel" input allows users to digitize signals along with the three SQUID signals using the controller's internal AID converter. This product is an ideal choice for laboratory SQUID applications, and you can download more information by clicking the link provided. At Hofstra Group, we guarantee this hardware to perform to your satisfaction, and in the unlikely event that you need to return this item, we will arrange and pay for return shipping in addition to refunding the purchase price and original shipping. The Conductus/Tristan Technologies iMAG iMC-303 Multichannel Squid Controller retails for $6500 and comes with a 7-day unconditional right of return and a 90-day warranty. A one-touch tuning capability also exists for those who prefer a fully automated system that optimizes critical parameters quickly and reliably. High-resolution AID converters and the standard IEEE-488 bus make the iMAG controller the best option for computerized data acquisition. The Conductus/Tristan Technologies iMAG iMC-303 Multichannel Squid Controller is a durable and flexible measurement system that can accommodate most laboratory SQUID applications. Experienced users can take advantage of the Tristan Multichannel Controller's complete manual control of all SQUID parameters, making adjustments to bias level, modulation amplitude, "skew" level, dc flux level in the SQUID (offset), heater, and integrator reset with ease. Please review our Sales Agreement for more information.

Directions

Similar products from Cryogenic Tanks & Accessories

People who viewed this item also vieved

By clicking "Accept All Cookies", you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts.

Accept All Cookies