https://www.ccn.ucla.edu/wiki/index.php?action=history&feed=atom&title=Peripheral_Equipment 2026-05-08T11:02:51Z Revision history for this page on the wiki MediaWiki 1.43.6 https://www.ccn.ucla.edu/wiki/index.php?title=Peripheral_Equipment&diff=5662&oldid=prev 2025-12-16T23:57:49Z

<p>Created page with &quot;===Peripheral Equipment=== Peripheral equipment available for projects include: *Siemens intercom system *Siemens physiological measurement system **Includes pulse, respiration, and EKG *[http://www.mrivideo.com/visuastimdigital.php VisuaStim digital system] by RTC **Includes goggles/headphone/controller unit *<a href="/wiki/index.php/Opto_Acoustic_Noise_Canceling_Headphones" title="Opto Acoustic Noise Canceling Headphones">Opto Acoustic Noise Canceling Headphones</a> **Thin profile headphones that fit in 32CH coil with active noise cancellation technology *<a href="/wiki/index.php/BOLDscreen_Display" title="BOLDscreen Display">BOLDscreen Display</a> **...&quot;</p> <p><b>New page</b></p><div>===Peripheral Equipment===<br /> Peripheral equipment available for projects include:<br /> *Siemens intercom system<br /> *Siemens physiological measurement system<br /> **Includes pulse, respiration, and EKG <br /> *[http://www.mrivideo.com/visuastimdigital.php VisuaStim digital system] by RTC<br /> **Includes goggles/headphone/controller unit <br /> *[[Opto Acoustic Noise Canceling Headphones]]<br /> **Thin profile headphones that fit in 32CH coil with active noise cancellation technology<br /> *[[BOLDscreen Display]]<br /> **LCD display system controlled via fiberoptic cabling <br /> *[[Current Designs Response Devices]]<br /> **4-button, 2-button, and track-ball response devices<br /> *[[FIRMM]]<br /> **Real-time motion monitoring system<br /> *[[BioPac MP150]]<br /> **For collecting physiological measures including skin conductance, respiration rate, and pulse rate/waveform<br /> *[[Eye Camera]]<br /> **Used to monitor wakefulness<br /> *[https://www.ccn.ucla.edu/wiki/index.php/Eye_Tracking EyeLink 1000 Eyetracker]<br /> **Used to monitor fixations and saccades<br /> <br /> ===iMac Computer===<br /> The MR suite is equipped with a dedicated iMac computer running Mac OS High Sierra with a dual-boot Windows 10 partition capable of running:<br /> *Psychophysics Software:<br /> **Psychtoolbox, <br /> **PsychoPy,<br /> **E-Prime,<br /> *MATLAB 2015b<br /> *AcqKnowledge 4 (for BioPac MP150)<br /> <br /> To start up the dual-boot and access Windows, restart the iMac while holding down the Option key. You will need a password--contact CCN staff for it.<br /> <br /> For new software, please contact the MR Technician before installation.<br /> &lt;!-- Admin Note<br /> The password for iMac dual boot is CCNWIN.<br /> --&gt;<br /> <br /> &lt;!-- Admin Note<br /> This section about the lensometer has been moved to Main Page &gt; Troubleshooting &gt; MR-Safe Glasses to organize this page better.<br /> <br /> ===Lensometer===<br /> A tool for measuring the prescription on an eyeglass lens.<br /> * This is stored in a small, rectangular box in the cabinet with the MR glasses. It is a white box under the cleaning wipes (Image 1 below).<br /> * Open the box and remove the components within (2).<br /> * Connect the largest piece to power using the black cable.<br /> ** The tool can also run on battery power. However, it seems to behave unreliably when both power sources (batteries and cable) are used, so we have removed the batteries and recommend you do not place new ones in. The lensometer stays on by default, by the nature of its design, so the batteries will continue to drain even when it&#039;s not being used.<br /> * Stand the largest piece upright and slot it into the divot on the outer shell of the box (3).<br /> ** You may not be able to slide it all the way in because of the power cable. This is okay--just make sure the piece is upright and stable.<br /> * Slide the reflective rectangular piece horizontally into the small slats. This may take a bit of wiggling (4). If one end doesn&#039;t seem to want to slide in, turn it around and try inserting from the other end.<br /> ** You can leave this piece aside unless you want to measure a pair of glasses. Its purpose is to provide a stand to stabilize the glasses on.<br /> ** Once the stand piece is in, you can slide it up and down as needed to provide a stable resting place for your glasses.<br /> * Squeeze the silver trigger on the back and hold the lens in question in the resulting aperture space. Release the trigger and the lens will be held firmly in its position (5).<br /> * Look through the eyepiece and find the green, starry shape that will be defining the focus. If it&#039;s off-center or totally missing, adjust the position of the lens in its measurement position. Once you find it and it&#039;s centered, turn the black dial on the right until it becomes clear and focused.<br /> * Read the little window on the left of the tool to see what the corresponding prescription is (6). Red and black numbers correspond to positive and negative.<br /> <br /> &lt;gallery&gt;<br /> lens_storage.jpg|1|1. The lensometer is stored in the MR glasses cabinet.<br /> lens_case.jpg|2|2. Open the case to find the tools inside.<br /> lens_mounted.jpg|3|3. The lensometer successfully mounted on the case.<br /> lens_stand.jpg|4|4. The glasses stand slid into place.<br /> lens_glasses.jpg|5|5. Use the tool to grip the lens and rest the glasses on the stand if necessary.<br /> lens_dial.jpg|6|6. Turn the black dial on the right until the starry shape is in focus. The corresponding prescription will be shown here.<br /> &lt;/gallery&gt;<br /> --&gt;</div>

Patrick