Jasco J-1000 series Circular Dichroism spectrometers

Resource type: 
Brochure
Format: 
pdf
Date of creation: 
22 October 2016
Library code: 
10667
Features of the J-1000 series
The three models of the J-1000 series offer the most robust feature set available, for applications ranging from education and routine analysis to complex research with strict requirements.
Advanced features of the J-1000 series:
- High optical throughput
 - Low stray light
 - Advanced electronics: digital signal processing (DSP) using FGPA
 - Simultaneous Multi-Probe (SMP): CD, LD, fluorescence, UV-visible, absorbance
 - Wide dynamic range
 - Highly effcient nitrogen purge system: low- volume monochromator designed using a flow simulator
 - Integrated Hg lamp for wavelength calibration
 - NIST traceable scale calibration standard
 - Single USB connection for simplicity and easy PC changes in the future
 - Measurement of micro-volume samples
 - Three scanning modes: auto, step and continuous
 
Unique optical features and benefits:
- Compact benchtop design
 - Air-cooled 150W Xenon lamp
 - Highest signal-to-noise ratio
 - Collimated sample beam for artifact-free solid sampling and use of external accessories
 - Range of precise temperature control accessories
 - Automated-titration and stopped-flow
 - Spectra Manager II software for control and data analysis
 - Spectra Manager CFR option for 21 CFR Part 11 compliance
 - Secondary Structure Analysis and Advanced Curve Fitting Analysis capabilities included as standard
 - Flexible design allows for field upgrades for different measurement capabilities
 - Ability to upgrade accessories as applications and budgets evolve
 
Versatility for a wide range of applications:
- Protein conformational studies
 - Protein folding studies
 - DNA / RNA interactions
 - Enzyme kinetics
 - Formulation studies
 - Purity testing of optically active substances
 - Quantitative analysis of pharmaceuticals
 - Natural products chemistry
 - Material science
 - Rapid kinetics (stopped-flow) CD
 - Absorbance and fluorescence studies
 
