Technical Glossary and Key Terminology for the YR06196 Digital Veterinary Intraoral X-ray System
The YR06196 Digital Veterinary Intraoral X-ray System is at the forefront of veterinary diagnostic imaging technology. Understanding its technical terminology is crucial for effective operation and maintenance. This article will delve into key terms related to the YR06196, providing clarity and enhancing the user's grasp of its functionality.
Overview of the YR06196 X-ray System
The YR06196 is designed with international advanced technology that incorporates effective integrated design, high efficiency, and low radiation exposure. This system utilizes microcomputer intelligent control to not only manage exposure remotely but also includes enhanced alarm features for low and high voltage protection. The micro-focus technology ensures sharper images and accurate diagnostics, which are essential in veterinary practices.
Technical Specifications of the YR06196
| Specification | Details |
|---|---|
| Model | YR06196 |
| Power Supply | 220V±10%, 50HZ, 1KVA |
| Tube Voltage | 70 kVp |
| Tube Current | 8 mA |
| Focus Size | 0.8 mm |
| Total Filtration | 2.5 mm AL |
| Exposure Time | 0.2-4s |
| Leak Radiation | Outside one meter ≤ 0.002 Mg/h (national standard: 0.25 Mg/h) |
| Package Size | 152×57×26 (cm) |
| Net Weight | 57 kg |
| Chip Type | CMOS APS |
| Fiber Optic Plate | Yes |
| Scintillator | GOS |
| Dimension | 39×28.5 mm |
| Active Area | 30×22.5 mm |
| Pixel Size | 18.5 µm |
| Pixels | 1600*1200 |
| Resolution | 14-20 Ip/mm |
| Power Consumption | 600 mW |
Key Terminology Related to YR06196
| Term | Definition |
|---|---|
| Microcomputer Control | A system of control utilizing a microprocessor to manage exposure settings and safety alarms. |
| Alarming Features | Integrated notifications for low voltage and high voltage conditions to enhance operational safety. |
| Micro-focus Technology | A technology that produces high-resolution images by using a smaller focal spot size. |
| Leak Radiation | The amount of radiation that escapes from the machine, measured to ensure safety standards are met. |
| Scintillator | A material that emits light when it absorbs ionizing radiation, used in digital imaging systems. |
| CMOS APS | Complementary Metal-Oxide-Semiconductor Active Pixel Sensor used for capturing high-quality images. |
| Resolution | The detail an image holds, higher values indicate more detail; measured in Ip/mm. |
| Exposure Time | The duration for which the sensor is exposed to radiation, affecting image quality. |
| Active Area | The portion of the sensor that is capable of detecting radiation and producing images. |
| Pixel | The smallest unit of a digital image, where each pixel represents a specific color or intensity. |
Frequently Asked Questions
What is the purpose of microcomputer control in the YR06196?
The microcomputer control in the YR06196 is designed to manage exposure settings and provide intelligent alarm notifications for both low and high voltage situations, ensuring operational safety and efficiency.
How does micro-focus technology enhance imaging in the YR06196?
Micro-focus technology enhances imaging by utilizing a smaller focal spot size, which results in higher resolution images that are essential for accurate diagnostics in veterinary practices.
What safety measures are integrated into the YR06196?
The YR06196 includes several safety measures such as alarming features for low and high voltage conditions and a leak radiation monitoring system to ensure that radiation exposure remains within safe limits.
How can the exposure time affect imaging results?
The exposure time directly influences the quality of the image captured. Longer exposure times can lead to better image quality but may also increase the risk of motion blur if the subject moves during exposure.
What types of sensors are used in the YR06196, and how do they work?
The YR06196 employs CMOS APS sensors, which are designed to capture high-quality digital images by converting light into electronic signals. This technology is recognized for its low power consumption and high sensitivity.
Why is understanding leak radiation important for users of the YR06196?
Understanding leak radiation is crucial because it helps users ensure compliance with safety standards, protecting both staff and patients from unnecessary radiation exposure.
What benefits do the alarming features provide in the YR06196?
The alarming features in the YR06196 provide real-time alerts for any abnormalities in voltage, which can help prevent equipment damage and ensure safe operation during use.
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