XY Slits for X Ray
SLX-1-UU
Adjustable slits have two razor sharp opposing blades that can be adjusted to vary the air gap between them. Typical uses include spectrophotometers, Schlieren optical systems and diffraction experiments.
◦A precision positioning mechanism keeps the blades straight and parallel with minimum incremental motion on the order of tens of microns.
◦Two types are available. The PSL-0 is intended for ultraviolet, visible and infrared radiation. The SLX-1 is intended for use with X-rays and has tantalum blades to efficiently block X-rays.
◦The PSL-0 moves the blades left and right simultaneously, enabling adjustment of slit width without changing the center position of the slit.
◦The SLX-1 moves the blades independently, left and right, or up and down, thus enabling change of slit position and rectangular shape. The slit length on the PSL-0 is adjusted by sliding the adjustment plate.
◦Two types are available. The PSL-0 is intended for ultraviolet, visible and infrared radiation. The SLX-1 is intended for use with X-rays and has tantalum blades to efficiently block X-rays.
◦The PSL-0 moves the blades left and right simultaneously, enabling adjustment of slit width without changing the center position of the slit.
◦The SLX-1 moves the blades independently, left and right, or up and down, thus enabling change of slit position and rectangular shape. The slit length on the PSL-0 is adjusted by sliding the adjustment plate.
| Name | XY Slits for X Ray | 
|---|---|
| Weight | 0.4800kgs | 
| Guide | 
                            
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| Attention | 
                            
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| Image Label | XY Slits for X Ray | 
| Blade Material | Tantalum (No Finish) | 
| Blade Variable Range | XY 0 - 10mm | 
| Blade Position Scale MIN Reading | XY 10μm/DIV | 
| X-ray Resistance | 300keV/cm | 
            In stock
        
    
            SKU
        
SLX-1-UU
    
    
                €1,555.50
                            
            
            
Adjustable slits have two razor sharp opposing blades that can be adjusted to vary the air gap between them. Typical uses include spectrophotometers, Schlieren optical systems and diffraction experiments.
    

