The ASM 03075363 (Type 34) is a high-performance digital recognition camera specifically optimized for Long-Range Placement (LP) and PCB alignment tasks. Unlike component cameras, the 03075363 is tuned for "Geometric Pattern Matching." It features a 28-bit digital data path, providing an incredibly rich grayscale depth that allows the machine's vision software to distinguish between a copper Mark point and its surrounding oxidation or soldermask. This "Visual Intelligence" is what enables the machine to maintain a stable coordinate system even when the board quality is inconsistent.
GEEKVALUE provides the 03075363 with a focus on Spectral Sensitivity. We ensure that the sensor's response to different lighting wavelengths (Red, Green, Blue, or Infrared) is perfectly balanced, which is essential for recognizing Mark points under the specialized lighting arrays of the SIPLACE gantry.
Technical Specifications
Feature | Technical Data |
Product Type | Digital PCB Alignment Camera (Type 34) |
Part Number (P/N) | 03075363 |
Digital Resolution | 28-Bit High-Fidelity Signal Output |
Interface | Type 34 Multi-Pin Digital Interface |
Function | LP (PCB Fiducial & Bad Mark Sensing) |
Shutter Technology | High-Speed Global Shutter (Anti-Blur) |
Machine Compatibility | SIPLACE X2, X3, X4, SX, TX Series |
Strategic Performance Advantages
· Sub-Pixel Edge Interpolation: The 03075363 is engineered for Extreme Dimensional Accuracy. Its sensor allows the software to calculate the "Center of Gravity" of a Mark point with sub-pixel precision. This ensures that even if a PCB is slightly warped or rotated, the 03075363 provides the precise mathematical correction needed for perfect 01005 placement.
· Rapid Exposure Cycle: Optimized for the High-G Gantry Motion of the TX and X series, the 03075363 supports ultra-fast shutter speeds. This allows the machine to capture Mark points "on-the-fly" as the gantry sweeps over the PCB, drastically reducing the "Board Load Time" and increasing overall line output.
· Low-Noise Digital Signal Path: Utilizing a 28-bit Differential Output, this camera is highly resistant to the electromagnetic interference generated by neighboring linear motors. It ensures that the image data arrives at the Vision PC without the "Salt-and-Pepper Noise" that can cause false Fiducial errors.
· Integrated Multi-Lighting Support: GEEKVALUE’s 03075363 is factory-tested for Cross-Channel Illumination. It is perfectly compatible with the machine's "Side-Light" and "Direct-Light" modes, making it capable of recognizing Mark points on shiny gold, matte tin, or even dark-colored solder masks with ease.
The GEEKVALUE Advantage: "First-Step Precision, Perfect Alignment"
1. 360° Total Cost Optimization (TCO)
A weak or aging LP-Camera leads to "Fiducial Recognition Failed" errors, which are the primary cause of manual machine intervention. GEEKVALUE optimizes your TCO by providing 03075363 Cameras with Verified Sensor Linearity. By ensuring the camera "finds" the Mark point on the first attempt, we help you eliminate idle machine time and maximize your production uptime.
2. Trusted by 400+ Public Companies
Global leaders in high-mix automotive electronics and high-volume smartphone PCBA trust GEEKVALUE for their vision integrity. Our 03075363 LP-cameras are the standard choice for listed companies that require "Reliable Coordinate Correction" for their most advanced, multi-gantry SMT assets.
3. Optimized for "TX/SX" High-Accuracy Calibration
GEEKVALUE’s 03075363 is pre-calibrated for the Type 34 Geometry Profile. We ensure the sensor is perfectly perpendicular to the lens mount, facilitating a faster "Vision-to-Head Offset Calibration" and ensuring the machine's absolute accuracy is restored immediately after installation.
Frequently Asked Questions (FAQ)
Q1: What is the main difference between the 03075363 (LP) and component cameras (CO)?
The 03075363 (LP) is optimized for looking down at the PCB and recognizing Fiducials, which are typically much larger than individual components. It is tuned for geometric shape recognition rather than the high-speed, small-FOV imaging required for individual chip alignment.
Q2: Why does my machine give a "Bad Mark" error even when the board is good?
This can be caused by the LP-camera's Sensitivity Degradation. If the 03075363 cannot distinguish the Mark point from the PCB background due to sensor "fading," it will trigger an error. If cleaning the lens doesn't help, a camera replacement is usually required.
Q3: Is the 03075363 compatible with older S-series machines?
No. The Type 34 (03075363) architecture is designed for the modern digital bus systems found in the X, SX, and TX series. Older machines typically use Type 30 or analog camera architectures which are not compatible with this 28-bit digital interface.
Q4: Can this camera recognize non-standard Mark points?
Yes. Because of its high grayscale depth, the 03075363 is excellent at recognizing custom shapes (crosses, squares, or even specific PCB pads) as Fiducials, provided they are programmed correctly in the SIPLACE vision database.