Liquid Crystal Cell Holder
Minimum Order Quantity: 1 Piece
|Usage/Application||in experiment and research Institute|
|Model||LCH-S2, LCH-S3, LCH-S4|
Static Mount is designed to hold Instec Liquid CrystalCell Holders or Stainless Steel Sample Holderwith Aluminum Tongue when the X-Y Micropositioneris not used.
The LCH-S2 is designed to apply electrical field toInstec’s SA, SB, and IPS type liquid crystal cells. TheLCH-S2 is thin enough so that it can be used insideInstec hot and stages. Standard BNC connector isprovided outside the hot and cold stage chamberfor easy wire connection. LCH-S2 can be used withor without X-Y Micropositioner.
The LCH-S3 is designed to apply electrical field tonon-standard liquid crystal cells. The electricalleads must be pre-attached to the liquid crystal cellby user. The LCH-S3 is thin enough to be used insideInstec hot and cold stages. Standard BNC connectoris provided outside the hot and stage chamberfor easy wire connection. LCH-S3 can only beused with X-Y Micropositioner.
The LCH-S4 is designed to apply electrical field tonon-standard liquid crystal cells. The electricalleads must be pre-attached to the liquid crystal cellby user. The LCH-S4 is mounted outside the hot andcold stage. Standard BNC connector is provided foreasy wire connection. LCH-S4 can only be usedwithout X-Y Micropositioner.
- Production Capacity: Ex Stock
- Delivery Time: 2-3 weeks
|10 values provided for each measurement (+ category) :||8 values for visible range (purple to red), one value in Infrared and one value of brightness|
|Precision||1/1000 on each wavelength (Except 405nm : precision 2/1000) and 1/1000 on Brightness and Infrared|
|Resolution||1/1000 (Except 405nm : resolution 2/1000)|
|Measurements can vary if ambient temperature varies :||If the ambient temerature varies of more than 2 DegreeC, re-calibrate the device using the small miror pr|
Clinch - Automatic Detection
|Resolution:||10 microns or better|
|Can sizes:||configurable (99, 127 or more)|
Clinch uses a similar HD optical unit as SEAMetal HD, but with support for automatically detecting Clinch measurement values:
Outer Curl Length
Actual overlap = Overlap – Gap