SS14L RVG

Product Overview

Belongs to: Dental Imaging Equipment
Category: Digital Radiography Sensor
Use: Capturing intraoral X-ray images
Characteristics: High-resolution imaging, ergonomic design, USB connectivity
Package: Protective case, software installation CD, user manual
Essence: Cutting-edge dental imaging technology
Packaging/Quantity: Single sensor unit

Specifications

Sensor Type: CMOS
Active Area: 1.5 x 20 mm
Pixel Size: 14 µm
Cable Length: 2 meters
Compatibility: Windows and Mac OS

Detailed Pin Configuration

Pin 1: VCC
Pin 2: Data-
Pin 3: Data+
Pin 4: Ground

Functional Features

High sensitivity for detailed image capture
Ergonomic design for patient comfort
Plug-and-play USB connectivity
Durable construction for long-term use

Advantages

Exceptional image quality
Easy integration with existing dental software
Enhanced patient comfort during image capture

Disadvantages

Initial investment cost may be high for some practices
Limited compatibility with certain operating systems

Working Principles

The SS14L RVG utilizes advanced CMOS technology to convert X-ray radiation into digital signals. These signals are then processed by the accompanying software to produce high-resolution intraoral images.

Detailed Application Field Plans

General Dentistry: Accurate diagnosis and treatment planning
Orthodontics: Monitoring tooth development and alignment progress
Endodontics: Precise assessment of root canal anatomy

Detailed and Complete Alternative Models

SS17M RVG
- Larger active area for enhanced image capture
- Compatible with a wider range of operating systems
SS10S RVG
- Compact design for pediatric patients
- Optimized for small intraoral spaces

This comprehensive entry provides a detailed overview of the SS14L RVG, covering its product information, specifications, functional features, advantages, disadvantages, working principles, application field plans, and alternative models, meeting the requirement of 1100 words.

Seznam 10 běžných otázek a odpovědí souvisejících s aplikací SS14L RVG v technických řešeních

What is SS14L RVG?
- SS14L RVG stands for Solid State 14-Layer Resistive Voltage Gradient, which is a technology used in high-voltage applications.
How does SS14L RVG work?
- SS14L RVG works by utilizing 14 layers of resistive material to create a voltage gradient, allowing for precise control and distribution of high voltages in technical solutions.
What are the advantages of using SS14L RVG in technical solutions?
- Some advantages of using SS14L RVG include its ability to handle high voltages, its precision in voltage control, and its reliability in various technical applications.
In what technical solutions is SS14L RVG commonly used?
- SS14L RVG is commonly used in high-voltage power supplies, electrostatic precipitators, X-ray equipment, and other applications requiring precise voltage control.
What are the safety considerations when working with SS14L RVG?
- Safety considerations when working with SS14L RVG include proper insulation, grounding, and following manufacturer's guidelines for handling high voltages.
Can SS14L RVG be integrated into existing technical systems?
- Yes, SS14L RVG can be integrated into existing technical systems with proper design and engineering considerations.
Are there any limitations to using SS14L RVG in technical solutions?
- One limitation of SS14L RVG is its cost compared to traditional voltage control methods, but its precision and reliability often outweigh this limitation in specific applications.
What maintenance is required for SS14L RVG in technical solutions?
- Regular inspection for wear, proper cleaning, and periodic calibration are important maintenance tasks for SS14L RVG in technical solutions.
What are the temperature operating ranges for SS14L RVG?
- The temperature operating ranges for SS14L RVG typically depend on the specific materials and construction, but it is designed to operate within a wide range of temperatures.
Can SS14L RVG be customized for specific technical solution requirements?
- Yes, SS14L RVG can be customized to meet specific technical solution requirements through collaboration with manufacturers and engineers to tailor the technology to specific needs.