Description
The Harrier XTI9080X series of time delayed integration (TDI) cameras provide high sensitivity and resolution compared to traditional linear diode arrays. The accumulation of signal by combining 8 rows of pixels increases signal, decreases signal to noise ratios, providing higher sensitivity that allows faster scan rates or reduction in X-Ray power. Normally, reducing pixel size in half will reduce the signal to each pixel by 4 times but TDI technology allows the resolution to be doubled while retaining very similar sensitivity. The 0.2mm TDI has the same sensitivity per pixel as a 0.4mm LDA.
X-ray Time Delay Integration CMOS Camera
Specifications
| Sensor Type: | CMOS |
|---|---|
| Detection Method: | Direct Detection |
| # Pixels (Width): | 2000 |
| # Pixels (Height): | 1 |
| Pixel Size (Square): | Not Specified |
| Bit Depth: | 16 bit |
| Full Frame Rate: | Not Specified |
| X-Ray Energy Range: | 15000 – 160000 eV |
Download Data Sheet
Features
- Wide range of resolutions & selection of lengths Compact form factor
- 0.2mm Resolution available for all applications
- 0.4 and 0.8mm resolution available for all nonfood related applications
- Low noise, wide dynamic range, high sensitivity
- High MTF
- 16-bit analog-to-digital conversion
- Supports variable scan speed with position synchronization Software development kit
- Device drivers, libraries, standard API
- With x-ray tube voltages 15 – 160 kV
- GigE/Camera Link/USB3 interface
Applications
- Security Screening
- Food and Industrial applications
- Package content inspection
- Security and cargo screening
- Industrial non-destructive testing (NDT)
Frequently Asked Questions
What applications are the Harrier XTI9080X series of cameras suitable for?
The Harrier XTI9080X series of cameras are suitable for a variety of applications, including security screening, food and industrial applications, package content inspection, security and cargo screening, and industrial non-destructive testing (NDT).
What are the available resolutions for the Harrier XTI9080X series of cameras?
The Harrier XTI9080X series of cameras have a wide range of resolutions available, including 0.2mm resolution available for all applications and 0.4 and 0.8mm resolution available for all nonfood related applications.
What are the benefits of using TDI technology?
TDI technology allows for the accumulation of signal by combining 8 rows of pixels, which increases signal, decreases signal to noise ratios, and provides higher sensitivity that allows for faster scan rates or reduction in X-Ray power. It also allows for the resolution to be doubled while retaining very similar sensitivity.
What interfaces are supported by the Harrier XTI9080X series of cameras?
The Harrier XTI9080X series of cameras support GigE/Camera Link/USB3 interface.
What is the Harrier XTI9080X series of cameras?
The Harrier XTI9080X series of cameras are time delayed integration (TDI) cameras that provide high sensitivity and resolution compared to traditional linear diode arrays.
Similar Products
Crane High Energy X-Ray Line Scan Detector
X-Scan Imaging Corp
Hawk Dual Energy X-Ray Line Scan Detector
X-Scan Imaging Corp
Falcon Single Energy X-Ray Line Scan Detector
X-Scan Imaging Corp
Photonic Science X-ray sCMOS 37.7MP 1:1 Detector
Photonic Science and Engineering
Photonic Science X-ray Laue Back-Scattered Camera
Photonic Science and Engineering
X-ray Time Delay Integration CCD Camera XTI12848-004
X-Scan Imaging Corp
X-Ray sCMOS 16MP Detector
Photonic Science and Engineering
X-Ray sCMOS 4MP Detector
Photonic Science and Engineering
X-Ray FDS Detector 1.41MP
Photonic Science and Engineering
Eagle XO Open Front CCD High-Resolution Scientific Imaging Camera
Raptor Photonics
Thank You!
Your inquiry has been received.
Create an account by adding a password
Why create an account?
- Auto-complete inquiry forms
- View and manage all your past messages
- Save products to your favorites
- Close your account anytime — no hassle