圖片僅供參考
規格
| 屬性 | 價值 |
| Manufacturer | JLCPCB Assembly |
| Package | LGA_138P |
概述
Equivalent
The Sony IMX273LLR-C is a 1/2.9" CMOS sensor with global shutter. Equivalent alternatives include:
- ON Semiconductor AR0135CS (1/3", global shutter)
- Sony IMX287LLR (similar specs, improved performance)
- OmniVision OV9281 (1/4", global shutter, lower resolution)
- ON Semiconductor AR0234CS (1/2.6", higher resolution, global shutter)
These alternatives vary in size, resolution, and features but serve similar industrial/embedded vision applications.
- ON Semiconductor AR0135CS (1/3", global shutter)
- Sony IMX287LLR (similar specs, improved performance)
- OmniVision OV9281 (1/4", global shutter, lower resolution)
- ON Semiconductor AR0234CS (1/2.6", higher resolution, global shutter)
These alternatives vary in size, resolution, and features but serve similar industrial/embedded vision applications.
Features
The IMX273LLR-C is a 1/2.9-inch CMOS sensor from Sony's Pregius series, featuring:
- Resolution: 1.58 MP (1456 × 1088)
- Pixel Size: 3.45 µm (global shutter)
- Max Frame Rate: 240 fps (8-bit, partial scan)
- Output Interface: Sub-LVDS (4-lane)
- Dynamic Range: 73.1 dB (typical)
- Sensitivity: 2.9 V/lux·s (550 nm)
- Power Supply: 3.3 V (analog), 1.8 V (digital)
- Applications: High-speed imaging, machine vision, robotics.
Compact and efficient, it balances speed and image quality for industrial use.
- Resolution: 1.58 MP (1456 × 1088)
- Pixel Size: 3.45 µm (global shutter)
- Max Frame Rate: 240 fps (8-bit, partial scan)
- Output Interface: Sub-LVDS (4-lane)
- Dynamic Range: 73.1 dB (typical)
- Sensitivity: 2.9 V/lux·s (550 nm)
- Power Supply: 3.3 V (analog), 1.8 V (digital)
- Applications: High-speed imaging, machine vision, robotics.
Compact and efficient, it balances speed and image quality for industrial use.
Manufacturer
The IMX273LLR-C is manufactured by Sony Semiconductor Solutions Corporation (SSS), a subsidiary of Sony Group.
SSS is a leading global company specializing in image sensors, microdisplays, and other semiconductor products. It is particularly renowned for its CMOS image sensors, widely used in smartphones, automotive cameras, industrial applications, and more. The IMX273LLR-C is part of Sony's Pregius series, known for high-quality global shutter sensors for machine vision and industrial use.
Sony is a dominant player in the image sensor market, known for innovation and high-performance imaging technology.
SSS is a leading global company specializing in image sensors, microdisplays, and other semiconductor products. It is particularly renowned for its CMOS image sensors, widely used in smartphones, automotive cameras, industrial applications, and more. The IMX273LLR-C is part of Sony's Pregius series, known for high-quality global shutter sensors for machine vision and industrial use.
Sony is a dominant player in the image sensor market, known for innovation and high-performance imaging technology.
Application
The IMX273LLR-C is a CMOS image sensor from Sony, widely used in:
1. Industrial Imaging – Machine vision, robotics, and quality inspection.
2. Automation – Factory automation and logistics systems.
3. Medical Devices – Endoscopy and diagnostic equipment.
4. Traffic & Surveillance – Intelligent traffic systems and security cameras.
5. Scientific Research – High-speed imaging and microscopy.
Its global shutter, high sensitivity, and compact size make it ideal for precise, real-time imaging applications.
1. Industrial Imaging – Machine vision, robotics, and quality inspection.
2. Automation – Factory automation and logistics systems.
3. Medical Devices – Endoscopy and diagnostic equipment.
4. Traffic & Surveillance – Intelligent traffic systems and security cameras.
5. Scientific Research – High-speed imaging and microscopy.
Its global shutter, high sensitivity, and compact size make it ideal for precise, real-time imaging applications.
Package
The IMX273LLR-C is a CMOS image sensor from Sony, packaged in a 29-pin LGA (Land Grid Array) type. This compact package is designed for industrial applications, offering high sensitivity and low noise. The LGA format ensures reliable electrical connections and efficient heat dissipation, suitable for embedded vision systems, machine vision, and other precision imaging uses.
