MTR3CCD C-mount USB3.0 CCD Digital Video Microscope Camera

Key Benefits

• USB3.0 interface enables 4.8Gbit/sec data transfer for high-speed video capture and real-time imaging
• Two-stage TE-cooling system reduces sensor temperature by up to 45°C below ambient, lowering dark signal and improving image quality
• Available in 1.4M to 12M pixel sensors with 3.1μm to 6.45μm pixel sizes, covering a range of resolution and sensitivity needs
• Monochrome and color variants available, with spectral response 380-650nm (with IR-cut filter)
• Supports 1x1 and 2x2 binning modes for faster frame rates or improved signal-to-noise ratio
• Exposure time adjustable from 0.05ms to 1 hour, suitable for high-speed motion or long-duration imaging
• SDKs available for Windows, Linux, macOS, and Android, enabling custom integration into inspection software

Application Scenarios

• High-resolution inspection of PCB solder joints with long exposure in low-light environments
• Documenting microstructures in metallurgical samples using monochrome mode for maximum sensitivity
• Capturing fast-moving processes in semiconductor manufacturing with sub-millisecond exposure control
• Integration into a microscope system for automated quality inspection with custom software via SDK
• Teaching labs requiring stable, low-noise imaging for student observation and recording

Who It Is For

• Electronics manufacturers performing PCB and SMD inspection with automated or manual systems
• Metallurgy and materials science labs requiring high-sensitivity imaging of microstructures
• Research labs conducting long-exposure or low-light microscopy with minimal noise
• University teaching labs needing stable, low-noise cameras for student demonstrations
• Industrial inspection lines requiring real-time video capture with custom software integration

Problems It Solves

• A standard USB2.0 camera limits frame rate and resolution in high-speed or high-resolution applications
• Uncooled sensors generate thermal noise during long exposures, degrading image quality
• Lack of SDK support forces buyers to use generic software with limited control over exposure, ROI, or white balance
• Mismatched sensor size or interface prevents direct integration into existing microscope systems
• No cooling system in entry-level cameras leads to increased dark current and reduced dynamic range

Technical Features

• C-mount interface for direct attachment to microscope bodies and optical systems
• USB3.0 interface at 4.8Gbit/sec for high-speed data transfer and low latency
• Two-stage TE-cooling system reduces sensor temperature by up to 45°C below ambient
• Spectral range 380-650nm with IR-cut filter to prevent infrared contamination in color images
• White balance adjustable via software, with manual temp and tint control for color models
• ROI (Region of Interest) selection allows faster frame rates by reading only a portion of the sensor
• Supports 1x1 and 2x2 binning modes for improved signal-to-noise ratio or higher frame rates
• Exposure time from 0.05ms to 1 hour, suitable for both high-speed and long-duration imaging
• Operating temperature range: -10°C to 50°C; storage temperature: -20°C to 60°C

Specifications

Specifications are taken from the AMADA product data for this item. Confirm critical dimensions with us in writing before ordering.

Customization Options

• Choose between color (C) and monochrome (M) sensor variants for the same model
• Select from five sensor resolutions: 1.4M, 2.8M, 6.0M, 9.0M, 12M
• Specify sensor type (ICX285AQ, ICX674AQ, ICX694AQ, ICX814AQ, ICX834AQ) and variant (C or M)
• Request custom firmware or SDK integration support for specific inspection software
• Order with or without IR-cut filter based on application needs

Comparison With Other Options

Use Guide

• Ensure the microscope's C-mount interface matches the camera's C-mount standard (1mm flange focal distance)
• Use the provided USB3.0 cable and connect to a USB3.0 port for full bandwidth and cooling power
• Enable cooling by connecting the camera to a power source with sufficient current; cooling activates automatically
• Adjust exposure time based on lighting conditions: use shorter times for bright samples, longer for low-light or fluorescence
• Use ROI selection to reduce data load and increase frame rate when full sensor resolution is not required
• Use the SDK to set white balance and color correction for consistent results across multiple sessions