Marshall Electronics V-1217-PCB-3.7 420 TV Line CCD DSP B/W Camera

Introducing the Marshall Electronics V-1217-PCB-3.7 Camera
The Marshall Electronics V-1217-PCB-3.7 is a high-performance black and white camera equipped with a 1/3" CCD sensor, designed to meet the rigorous demands of OEM, industrial processes, and various professional fields such as law enforcement, military, and medical applications. This camera is RoHS compliant, ensuring it adheres to the highest standards of environmental safety and efficiency, perfect for organizations prioritizing sustainability alongside performance.

Superior Low-Light Imaging Capabilities
With a 420 TV Line DSP CCD sensor and exceptional low light performance of 0.5 lux at F2.0, the V-1217-PCB-3.7 excels in near-zero lighting conditions, extending up to 1000nm when paired with Marshall V-4700 Series miniature Visible/IR Corrected lenses. This capability makes it an indispensable tool for applications requiring detailed imaging in nearly dark environments, from night-time security to in-depth scientific research.

Optimized Lens Integration for Expanded Use
This model comes with a 3.7mm F2.0 92° HFOV miniature M12 lens and is compatible with a broad range of Marshall’s miniature lens series including the V-4300 CCTV, V-4400 HiRes, and V-4700 Visible/IR Corrected lenses. The versatility in lens compatibility allows users to tailor the camera setup to specific requirements, enhancing both functionality and image quality.

Compact Design for Versatile Installation
The V-1217-PCB-3.7 boasts a compact board size of 32mm X 32mm and a light weight of just 17g, making it ideal for integration into a variety of OEM products and applications. Whether it's embedded within complex machinery or used in portable devices, this camera’s small footprint does not compromise its capability.

Advanced Features for Enhanced Performance
Equipped with features such as Auto Gain Control and an Electronic Shutter, this camera ensures optimal image capture under varying light conditions and dynamic scenes. The low power input of 12 VDC, 1.2W, further underscores its efficiency, making it suitable for sustained use in energy-sensitive environments.