Table of Contents

1. Introduction
2. Resolution of a 384x288 Thermal Camera
3. Numerical Analysis
4. Savgood Company Solutions
5. References

Introduction

Thermal cameras utilize infrared technology to detect heat and create images based on temperature variations. One common specification of these cameras is their resolution, which indicates the number of pixels that comprise the image. This article delves into the specifics of a 384x288 thermal camera resolution, providing numerical analysis and exploring solutions provided by Savgood Company.

Resolution of a 384x288 Thermal Camera

The resolution of a thermal camera refers to the pixel array used to create the thermal image. A 384x288 thermal camera has a resolution that consists of 384 horizontal pixels and 288 vertical pixels, totaling 110,592 individual pixels. This resolution is considered moderate, providing a balance between image detail and the processing power required for rendering images.

Numerical Analysis

When analyzing the 384x288 resolution, it is important to consider both the pixel count and the field of view (FOV). The pixel density allows for sufficient image clarity for applications such as surveillance and industrial inspection.

• Pixel Density: 110,592 pixels that can capture adequate thermal detail for various applications.
• Aspect Ratio: Approximately 4:3, which is a standard aspect ratio for many types of cameras, providing a balanced view.
• Field of View: Typically ranges from 9 degrees to 50 degrees, depending on the lens used, impacting the area covered by the camera.
• Temperature Sensitivity: Generally around 0.05°C (50 mK), allowing for the detection of minute temperature differences.

Savgood Company Solutions

Savgood Company specializes in providing advanced imaging solutions, including those utilizing thermal technology with 384x288 resolution specifications.

• SG-384 Thermal Camera: A flagship model that incorporates a 384x288 sensor, delivering high-quality thermal imaging suitable for security and industrial inspections.
• Customized Lens Options: Offering various lens choices to adjust the FOV and meet specific needs for surveillance or inspection.
• Advanced Image Processing: Savgood enhances thermal images using proprietary algorithms that improve clarity and reduce noise.
• Integration Capabilities: These cameras are compatible with multiple systems allowing for seamless integration into existing networks and setups.

References

• FLIR Systems, Inc. Understanding Thermal Camera Resolution. FLIR Technical Documents.
• Raytheon Technologies. Thermal Imaging and its Applications in Aerospace and Defense. Raytheon White Papers.
• Savgood. Product Specifications for SG-384 Thermal Cameras. Official Savgood Documentation.