MX34007SF1 Overview
The MX34007SF1 is a high-performance CMOS image sensor designed for industrial and machine vision applications where precision and reliability are paramount. Featuring a 1/3-inch optical format and a 752 x 480 pixel array, this sensor delivers high-quality grayscale images with a progressive scan output. It supports a maximum frame rate of 30 frames per second, making it suitable for real-time imaging tasks. Manufactured by IC Manufacturer, the device integrates essential timing and control functionality to simplify system design while ensuring consistent image capture under various lighting conditions.
MX34007SF1 Technical Specifications
| Parameter | Specification |
|---|---|
| Optical Format | 1/3 inch |
| Resolution | 752 (H) x 480 (V) pixels |
| Pixel Size | 7.4 ??m x 7.4 ??m |
| Output Format | 8-bit/10-bit 8-bit parallel data |
| Frame Rate | Up to 30 fps |
| Scan Type | Progressive scan |
| Power Supply | 3.3 V |
| Package Type | 44-pin ceramic LCC |
| Shutter Type | Electronic shutter |
| Output Interface | Parallel digital output |
MX34007SF1 Key Features
- High-resolution imaging: With a 752 x 480 pixel array and large 7.4 ??m pixels, the sensor delivers sharp, detailed grayscale images, ideal for precise inspection tasks.
- Progressive scan output: This feature eliminates motion artifacts common in interlaced sensors, providing clear images for dynamic or fast-moving subjects.
- Integrated timing control: Simplifies the camera system design by reducing the need for external timing circuitry, improving reliability and reducing system complexity.
- Low power consumption: Operating at a 3.3 V supply voltage, it supports energy-efficient designs suitable for embedded industrial vision systems.
- Robust packaging: The 44-pin ceramic LCC package enhances thermal dissipation and mechanical stability, crucial for demanding industrial environments.
MX34007SF1 Advantages vs Typical Alternatives
This image sensor offers superior image clarity and consistent frame rates at 30 fps, outperforming many typical alternatives that lack integrated timing control or offer lower pixel quality. Its progressive scan technology eliminates common motion blur seen in other sensors, while the robust ceramic package enhances durability and thermal management, making it well suited for long-term industrial operation.
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Typical Applications
- Industrial machine vision systems requiring precise grayscale imaging for quality control and automated inspection of components under varying lighting conditions.
- Robotics vision modules where real-time, artifact-free image capture supports navigation and object recognition tasks.
- Security and surveillance cameras that demand reliable, high-resolution imaging performance in compact form factors.
- Medical imaging equipment used for diagnostic and monitoring purposes where image clarity and sensor stability are critical.
MX34007SF1 Brand Info
The MX34007SF1 is developed and produced by a leading semiconductor manufacturer specializing in CMOS image sensors for industrial and embedded applications. This sensor is part of their portfolio focused on delivering high-quality, reliable imaging solutions optimized for machine vision, security, and medical markets. The product benefits from the company’s expertise in sensor design, packaging, and integration, ensuring robust performance and ease of implementation.
FAQ
What is the pixel size of the MX34007SF1 sensor?
The pixel size of this sensor is 7.4 micrometers by 7.4 micrometers. This relatively large pixel dimension enhances sensitivity and improves signal-to-noise ratio, which is beneficial for capturing clear grayscale images in low-light conditions.
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Does the sensor support color imaging?
No, this particular CMOS image sensor is designed for grayscale imaging only. It outputs monochrome images, making it optimized for applications where luminance detail and image contrast are critical, such as machine vision and industrial inspection.
What type of scan does this sensor use?
The device employs a progressive scan method, which captures the entire frame in a single pass. This




