Digital Dental Intra-Oral Sensor for VetPort-X IV
The PortView is a CMOS area image sensor developed for X-ray imaging. These image sensors have 2.2 megapixels (1,300 x 1,700), with a pixel size of 20×20 µm, and a monitoring photodiode for monitoring and detecting X-ray irradiation. The FOP (fiber optic plate) used as the input window ensures high image quality and long sensor life even under exposure to X-rays. The PortView supports USB 2.0 and is designed to be dust and waterproof, equivalent to IP67. Two sizes are available, with different scintillators used.
FEATURES
- CMOS Area Image Sensors
- Pixel Size: 20×20 µm
- High Resolution: 20 Lp/mm typ
- Dynamic Range: 57 dB (size1) / 75 dB (size2)
- Monitoring Photodiode
- USB 2.0 Interface
- Waterproof: Equivalent of IP67
The PortView is a CMOS area image sensor developed for X-ray imaging. These image sensors have 2.2 megapixels (1,300 x 1,700), with a pixel size of 20×20 µm, and a monitoring photodiode for monitoring and detecting X-ray irradiation. The FOP (fiber optic plate) used as the input window ensures high image quality and long sensor life even under exposure to X-rays. The PortView supports USB 2.0 and is designed to be dust and waterproof, equivalent to IP67. Two sizes are available, with different scintillators used.
Pixel Size
- 20×20 µm
High Resolution
- 20 Lp/mm typ
Dynamic Range
- 57 dB (size1) / 75 dB (size2)
Monitoring Photodiode
- The monitoring photodiode is arranged along the entire circumference of the effective pixel area and this will monitor dose rates. When you get an image, if the output of the monitoring photodiode gets higher than a certain threshold, you can get an image automatically via USB 2.0 Interface.
Direct Connection with VetPort-X IV
Waterproof
- Equivalent to IP67
| wdt_ID | Item | Specification |
|---|---|---|
| 1 | Image size (HxV) | PortView_S1: 20 x 30mm |
| 2 | PortView_S2: 26 x 34mm | |
| 3 | Number of total pixels (HxV) | PortView_S1: 1,000 x 1,506 pixels |
| 4 | PortView_S2: 1,300 x 1,706 pixels | |
| 5 | Number of effective pixels (HxV) | PortView_S1: 1,000 x 1,500 pixels |
| 6 | PortView_S2: 1,300 x 1,700 pixels | |
| 7 | Number of light-shielded pixels | PortView_S1 - Upper part: 766,768,770 pixels - Lower part: 1,000 x 3 pixels |
| 8 | PortView_S2 - Upper part: 756,758,760 pixels - Lower part: 1,300 x 3 pixels | |
| 9 | Pixel Size | 20x20 µm |
| 10 | Pixel Pitch (HxV) | 20 µm |
* Specifications can be changed without prior notification.
- Overview
The PortView is a CMOS area image sensor developed for X-ray imaging. These image sensors have 2.2 megapixels (1,300 x 1,700), with a pixel size of 20×20 µm, and a monitoring photodiode for monitoring and detecting X-ray irradiation. The FOP (fiber optic plate) used as the input window ensures high image quality and long sensor life even under exposure to X-rays. The PortView supports USB 2.0 and is designed to be dust and waterproof, equivalent to IP67. Two sizes are available, with different scintillators used.
Pixel Size
- 20×20 µm
High Resolution
- 20 Lp/mm typ
Dynamic Range
- 57 dB (size1) / 75 dB (size2)
Monitoring Photodiode
- The monitoring photodiode is arranged along the entire circumference of the effective pixel area and this will monitor dose rates. When you get an image, if the output of the monitoring photodiode gets higher than a certain threshold, you can get an image automatically via USB 2.0 Interface.
Direct Connection with VetPort-X IV
Waterproof
- Equivalent to IP67
- Specifications
wdt_ID Item Specification 1 Image size (HxV) PortView_S1: 20 x 30mm 2 PortView_S2: 26 x 34mm 3 Number of total pixels (HxV) PortView_S1: 1,000 x 1,506 pixels 4 PortView_S2: 1,300 x 1,706 pixels 5 Number of effective pixels (HxV) PortView_S1: 1,000 x 1,500 pixels 6 PortView_S2: 1,300 x 1,700 pixels 7 Number of light-shielded pixels PortView_S1
- Upper part: 766,768,770 pixels
- Lower part: 1,000 x 3 pixels8 PortView_S2
- Upper part: 756,758,760 pixels
- Lower part: 1,300 x 3 pixels9 Pixel Size 20x20 µm 10 Pixel Pitch (HxV) 20 µm * Specifications can be changed without prior notification.
