SINE Scientific Instruments
Established in 2001,Guangzhou Sine Scientific Instrument Co., LTD. (formerly Sysu Scientific Instruments) is one of the world’s leading high-tech enterprises specializing in weak signal detection technology, research and development of weak signal detection instruments and supporting equipment. Sine Scientific Instruments has been focusing on weak signal detection for nearly 20 years. It owns world-class advanced technology and independent core intellectual property rights. It has obtained dozens of patents and published nearly 100 academic papers and journals, filling the technical gap in the field of weak signal detection in China.
Qosain Scientific is proud to collaborate with SINE Scientific Instruments (SSI), bringing their innovative technologies to Pakistan as an official distributor.
Qosain Scientific delivers structured training and instructional support for sensitive measurement applications for SINE Scientific Instruments.
- 50mHz to 120kHz frequency
- Low-noise current and voltage inputs
- 1 nV to 1 V full-scale sensitivity
- 1us to 3ks time constants
- >120 dB dynamic reserve
- 1mHz to 102kHz frequency
- 10us to 3ks time constants
- Input noise as low as 5nV/√Hz
- Multiple-harmonic measurement
- >130 dB dynamic reserve
- FFT spectral analysis
- DC to 102kHz frequency
- 2 independent lock-in units
- Dual signal generators
24-bit high-precision ADC - Multiple-harmonic measurement
- Noise as low as 5nV/√Hz
- 10 μHz – 250 kHz/1.5 MHz frequency range
- Input noise as low as 2.5 nV/ Hz
- Input range from 1 nV to 5 Vrms
- Time constants from 100 ns to 3 ks
- Dynamic reserve > 130 dB
- 8-channel synchronous demodulators
- 2-channel PID controllers
- Spectrum analysis, oscilloscope function
- 2-independent synchronized input channels
- 10 μHz – 250 kHz / 1.5 MHz frequency range
- Input noise as low as 2.5 nV/ Hz
- Input range from 1 nV to 5 Vrms
- Dynamic reserve > 130 dB
- 8-channel synchronous demodulators
- 2-channel oscilloscopes with FFT analysis
- 2-channel PID controllers
- DC to 1.5MHz frequency
- Input noise as low as 2.5nV/√Hz
- Input range 1nV to 5Vrms
- Time constants from 100ns to 3ks
- >130 dB dynamic reserve
- 8-channel demodulator synchronized measurements
- Spectrum analysis, oscilloscope function
- 2-channel PID controllers
- DC to 1.5MHz Frequency
- Input noise as low as 2.5nV/√Hz
- Input range 1nV to 5Vrms
- >130 dB dynamic reserve
- 2 independent synchronized input channels
- 8-channel synchronous demodulators
- 2-channel oscilloscope with FFT analysis
- 2-channel PID controllers
- 10 μHz – 10 MHz/60 MHz frequency range
- 1 nV to 1 V full-scale sensitivity
- Time constants from 30 ns to 4.4 ks
- >120 dB dynamic reserve
- Oscilloscope, Spectrum Analysis
- PID Controller, AM Modulation
- Up to 4 demodulators
- DC to 80MHz frequency
- 30ns to 4ks time constants
- >120 dB dynamic reserve
- Multiple-harmonic measurement
- 3nV/√Hz input noise
- Scope,Spectrum Analyzer
- PID Controller, AM Modulation
- DC to 400MHz frequency
- 2 independent lock-in units
- Dual signal generators
- >120 dB dynamic reserve
- 4nV/√Hz input noise
- Oscilloscope, Spectrum Analyzer
- PID Controller
- Frequency range: 1μHz-100kHz\500kHz\1MHz
- Sensitivity: 1 nV – 5 V
- Time Constant: 1 µs – 3 ks
- Dynamic Reserve: >120 dB
- Auto Phase/Range
- Simultaneous multi-harmonic measurement
- Spectrum Analysis and Oscilloscope
- 0.012% basic measure accuracy
- I-ranges: 10nA-1A
- V-ranges: 20mV-200V
- Broadband noise:
- 3mVrms (typical)
- Resolution (I/V): 4 fA/ 8 nV
- Interfaces: GPIB, USB, Ethernet
- 1 Hz-10 kHz chopping frequencies
- Various types of blade options
- High-precision phase-locked loop
- LCD display with single encoder control
- USB remote control interface
- With external trigger control mode
- TTL/CMOS level input & output
- Low current noise down to 60fA/√Hz
- DC-70MHz bandwidth range
- Ultra-low noise from input stage JFETs
- Flexible transimpedance gain settings
- Wide range of high-precision bias adjustment
For price and delivery information:
To learn more, please visit SINE Scientific Instruments.
For any query please contact us at info@qosainscientific.com