全部商品 / Cambridge fMRI 與 Vision 視覺研究設備 / fMRI 功能性磁振影像動力學研究設備

fMRI 刺激設備
Cambridge Research Systems 的團隊將您置於 fMRI 的最前沿,提供專家建議和集成的 fMR I解決方案。 您可以確信,CRS 的工具能夠提供科學應用所需的精度和控制,同時又保持實用且價格合理-這是 CRS 自1989年成立以來一直秉持的工程理念。
Designed from the ground up for fMRI
Display Characteristics
- IPS LCD: 31.55" diagonal, 1920 x 1080, RGB colour with fixed 120Hz frame rate
- Active area: 698.4mm x 392.9mm (0.36375mm pixel pitch)
- Native 10-bit colour resolution with support for up to 16-bit RGB control; Deep Colour display technology supports in excess of 1 billion colours
- Light output is synchronous to the input video signal
- Digital video input delivers high fidelity noise-free displays
- Edge illuminated white LED backlight, peak white up to 350cd.m-2
- Typical contrast ratio 1400:1
- Typical grey-to-grey response time 5ms
- DC backlight
- Automatic compensation of brightness for temperature and ageing (factory set to maintain 120cd m-2)
- Native video input: 1920x1080 pixels @ 120Hz; 24-bit RGB. DisplayPort and HDMI sources supported using BOLDscreen 32 AVI
- Native video resolutions: 1920x1080. Other resolutions with BOLDscreen 32 AVI
Display Dimensions
- Dimensions: 797 x 491 x 78mm
- Weight: 19kg
Tripod Dimensions
BOLDscreen is supplied with an MR Safe tripod. An MR Safe trolley is available at additional charge.
- Height adjustable: 1000 – 1800mm
- Weight: 2.5kg
Power Supply
- Diameter: 39mm
- Length: 200mm plus connectors
- Weight: 2kg
Voltage Converter Unit
- Mains Input: 100 to 240Vac nominal, 50 or 60Hz, 180w, Class II
- Output: 15Vdc
- Dimensions: 200 x 80 x 41mm
- Weight: 1.5kg
Cable Lengths
- Optical Fibre: 30m Multimode 50/125 Duplex Fibre Patch Cable LC - SC
- DC Power Cable: 10m
- Mains Power Lead: IEC 320-C8 with appropriate mains plug, 2m
System Environmental Conditions
- Indoor use only
- Operating Temperature: 0°C to +30°C
- Cooling: Convection-cooled
- Operating (or Storage Humidity up to 40°C) : 10-90% RH, non-condensing
- Storage Temperature: -20 °C to +60 °C, 40% RH
MR Safety

延伸閱讀 (fMRI 影片, 進一步了解 fMRI )
Doctor Klioze / Describes the physics and bio-mechanics of functional MRI
