- Phone
-
Address
Room 703, No. 1228 Zhenguang Road, Putuo District, Shanghai
Product Categories
Shanghai Yucheng Optoelectronics Technology Co., Ltd
Terahertz material characterization system
NegotiableUpdate on 01/25
- Model
- Nature of the Manufacturer
- Producers
- Product Category
- Place of Origin
Overview
Terahertz material characterization system
Product Details
Terahertz material characterization system
8500 Series THz System for Materials Characterization
A brand new measurement system：
• Used for electrical, magnetic, chemical, and materials research, as well as characterization.
Utilizing terahertz frequency energy and integrated high magnetic field low-temperature thermostats to measure the spectral response of materials over a wide frequency range, temperature range, and magnetic field intensity range
Personnel who do not require expertise in terahertz optics.
A fully integrated solution eliminates the complex optical system setup typically associated with terahertz spectroscopy. Just load one sample and start measuring.
|
Application software |
Integrated low-temperature thermostat and sample plugin |
|
·Experimental setup/operation ·Program temperature and magnetic field measurement ·Analysis of Spectral Data |
·Variable temperature range from 5 to 300 K ·Superconducting magnet field 9T ·Customize a low-temperature thermostat suitable for a 26mm aperture for terahertz radiation |
|
Continuous wave terahertz spectroscopy |
Sample tray |
|
·Using continuous wave (CW) terahertz energy for measurement ·Amplitude and phase detection from 200 GHz to 1.5 THz ·Spectral resolution below 500 MHz |
·Sample size 10 millimeters ·Measurement, terahertz transmission ·Mechanical automatic adjustment of sample position |
|
Integrated control |
|
|
·336 temperature controller ·625 Superconducting Magnet Power Supply ·Helium level gauge ·Electric sample positioning control |
|
measure |
Coherent amplitude and phase; Integrated measurement of variable temperature and variable magnetic field capability in THz transmission band of continuous wave (CW) |
|
Terahertz generation/testing |
Low temperature/magnetic field compatible optical mixing in low-temperature thermostat |
|
Terahertz bandwidth |
0.2 to 1.5 THz |
|
Terahertz antenna |
Square spiral antenna (with optional plug-in for reverse spiral antenna that can also be used for spin material measurement) |
|
frequency resolution(minimum) |
<500 MHz |
|
Terahertz dynamic range |
0.2 THz: 50 dB |
|
Scanning time |
A resolution scan with a full bandwidth of 1 GHz in less than 10 minutes |
|
platform |
Liquid helium low-temperature thermostat and ± 9T superconducting magnet |
|
temperature range |
5 K to 300 K |
|
magnetic field |
±9 T |
|
Sample insertion |
Low temperature thermostat plug-in and sample and reference measurement automation three position rotating tray |
|
Sample size |
10 mm (0.4 in) × 10 mm (0.4 in), maximum |
|
direction |
Terahertz and magnetic field are parallel and perpendicular to the sample plane |
|
Atmosphere of the sample space |
helium |
|
Software |
Lakeshore software enables complete control of terahertz measurements and low-temperature/magnetic field environments |
|
data processing |
Visualization of all terahertz raw data |
