Infrared Wavefront Sensor QJWFS-300-SWIR
Qijing Technology's Infrared Wavefront Sensor Uses Shack-Hartmann Sensing for Applications Such as Laser Communication. Low- and High-Speed Versions Are Customizable, Covering Near-Infrared, Short-Wave Infrared and Other Bands.
Specification Snapshot
Wavelength [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; Wavelength Unit Not Supplied.]
900–1700
Wavelength [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom; Wavelength Unit Not Supplied]
900–1700
Wavelength [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom; Wavelength Unit Not Supplied]
900–1700
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Overview
Qijing Technology's Infrared Wavefront Sensor Uses Shack-Hartmann Sensing for Applications Such as Laser Communication. Low- and High-Speed Versions Are Customizable, Covering Near-Infrared, Short-Wave Infrared and Other Bands.
Specifications
| Parameter | Value |
|---|---|
| Wavelength [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; Wavelength Unit Not Supplied.] | 900–1700 |
| Pixel Size [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; 350 x 350.] | 15 µm |
| Pixel Array [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom.] | 350 x 350 |
| Microlens Spacing [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; Option 1, Effective Array 15*15@1000Hz.] | 300 µm |
| Active Array [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; Option 1, Pitch 300µm; @1000Hz.] | 15*15 |
| Microlens Spacing [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; Option 2, Effective Array 10*10.] | 500 µm |
| Active Array [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; Option 2, Pitch 500µm.] | 10*10 |
| Short-Wave Camera Pixels [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom.] | 15 µm |
| Area Array [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; Windowing.] | 9.6 mm × 7.68 mm |
| Speed [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom.] | 600 Hz |
| Communication [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom.] | USB 3.0 |
| Accuracy λ [Source Table Row 1: Short-Wave Infrared-High Speed; QJWFS-300-SWIR / QJWFS-500-SWIR Share a Column; Custom; rms.] | λ/20 |
| Wavelength [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom; Wavelength Unit Not Supplied] | 900–1700 |
| Camera Pixel Size [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom] | 15 µm |
| Pixel Array [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom] | 512*512 |
| Microlens Spacing [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom; Option 1, Effective Array 15*15] | 300 µm |
| Active Array [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom; Option 1, Pitch 300µm] | 15*15 |
| Microlens Spacing [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom; Option 2, Effective Array 13*13] | 500 µm |
| Active Array [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom; Option 2, Pitch 500µm] | 13*13 |
| Speed [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom] | 1000 Hz |
| Communication [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom] | Camlink |
| Accuracy λ [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom; rms] | λ/20 |
| Cooling [Source Table Row 2: Short-Wave Infrared-High Speed; 512*512 Configuration, Model Unspecified; Custom] | With Cooling |
| Wavelength [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom; Wavelength Unit Not Supplied] | 900–1700 |
| Pixel Size [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom] | 5 µm |
| Pixel Array [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom] | 1280 x 1024 |
| Microlens Spacing [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom; Option 1, Maximum Array 31*31@4.65mm.] | 150 µm |
| Maximum Array [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom; Option 1, Pitch 150µm; @4.65mm.] | 31*31 |
| Microlens Spacing [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom; Option 2, Effective Array 23*23@4.5mm; Cooled Type.] | 200 µm |
| Active Array [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom; Option 2, Pitch 200µm; @4.5mm; Cooled Type.] | 23*23 |
| Accuracy λ [Source Table Row 3: Short-Wave Infrared-Low Speed; 1280 x 1024 Configuration, Model Unspecified; Custom; rms] | λ/30 |
Applications
Laser Communications
Key Features
Customizable, High Stability, High Cost Performance
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Supplier Information
Ningbo QiJing Technology Co., Ltd. is an innovative enterprise dedicated to the research and development of deformable mirror technology, wavefront sensing systems, and adaptive optics equipment. After years of deep cultivation in deformable mirror technology, the company has mastered six core technologies, including dual-drive technology, water-cooling cavity design, transmissive technology, high-flatness lens manufacturing, charge pump driving, and high-precision control. It has developed three series of products: miniaturized general-purpose deformable mirrors, transmissive deformable mirrors for biological microscopes, and deformable mirrors for high-energy lasers. As a leading commercial deformable mirror R&D company in China, it focuses on the high-end precision optics field and aims to become a pioneering team in domestic adaptive optics systems, breaking foreign monopolies and achieving domestic substitution of deformable mirrors, allowing customers to enjoy import-quality at ordinary prices.
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