The ASM 03105195 (Type 23) is a sophisticated imaging engine designed for the "Mid-to-Large" component spectrum. While micro-cameras prioritize pixel density for 01005s, the Type 23 prioritizes "Geometric Accuracy over Large Areas." It features a high-bandwidth digital interface that can stream uncompressed image data to the SIPLACE vision processor at lightning speeds. This enables the machine to perform simultaneous inspection of hundreds of BGA balls or QFP leads without sacrificing the CPH (Components Per Hour) of the TwinHead or Multi-Star heads.
GEEKVALUE provides the 03105195 with a focus on Optoelectronic Linearity. We ensure that the sensor's response to light is perfectly linear across its entire dynamic range, which is critical for the "Shadow-Contrast" algorithms used to detect bent pins or missing solder balls on large-scale integrated circuits.
Technical Specifications
Feature | Technical Data |
Product Type | High-Definition Wide-FOV Digital Camera |
Part Number (P/N) | 03105195 |
Camera Series | Type 23 |
System Compatibility | SIPLACE TX, SX, and Advanced X-Series |
Imaging Sensor | Large-Format High-Speed CMOS |
Data Link | Giga-Bit Ethernet / Proprietary LVDS Link |
Special Function | Real-Time Lead & Ball Coplanarity Analysis |
Strategic Performance Advantages
· Active Parallax Mitigation: The Type 23 utilizes a Custom-Ground Telecentric Lens Assembly. This ensures that the size of the component remains consistent in the image regardless of its distance from the lens, eliminating the "Perspective Error" that often leads to placement inaccuracy for thick components like shielded power inductors.
· Dual-Zone Illumination Support: Optimized for the latest SIPLACE Multi-Level Lighting, the 03105195 can capture high-contrast images of both highly reflective leads and matte-black component bodies in a single exposure, facilitating the rapid creation of new component descriptions (Vision Teaching).
· Thermal-Stable Sensor Matrix: To prevent pixel drift during long production shifts, the Type 23 is built into a Heat-Sink Integrated Chassis. This maintains the CMOS sensor at a constant temperature, ensuring that the coordinate $(\text{X, Y})$ of a component captured in the morning is identical to one captured in the evening.
· Rapid Frame-Rate Synchronization: The 03105195 is designed for External Trigger Low-Latency Mode. It syncs with the placement head’s encoder with micro-second precision, capturing the component at the exact center of the FOV even when the gantry is moving at its maximum rated velocity.
The GEEKVALUE Advantage: "Visual Integrity for Critical Components"
1. 360° Total Cost Optimization (TCO)
For high-value ICs, a vision failure doesn't just stop the machine—it risks expensive component waste. GEEKVALUE optimizes your TCO by providing 03105195 Cameras with Verified Dynamic Range. We ensure that the camera can reliably detect the fine details of BGA balls, reducing the "False Reject" rate for high-value processors and memory modules.
2. Trusted by 400+ Public Companies
Global leaders in automotive ECU manufacturing and high-speed networking hardware trust GEEKVALUE for their vision system reliability. Our Type 23 cameras are the standard choice for listed companies that require "Absolute Process Confidence" for their safety-critical and high-reliability electronic assemblies.
3. Optimized for "TX-Series" Fleet Management
GEEKVALUE’s 03105195 is fully compatible with SIPLACE Vision Pro (SVP). We guarantee that the camera's internal firmware and electronic ID are optimized for seamless integration, allowing for an instant "Plug-and-Play" replacement that gets your line back to full capacity within minutes.
Frequently Asked Questions (FAQ)
Q1: What is the main difference between Type 23 (03105195) and Type 34?
The Type 23 is optimized for a wider field of view and larger components (ICs, Connectors), whereas Type 34 is generally tuned for smaller, faster passive components. Type 23 provides the necessary resolution to inspect fine-pitch QFPs that Type 34 might struggle to fit entirely in one frame.
Q2: Does this camera support 3D inspection?
While it is a 2D imaging system, its high fidelity allows the SIPLACE software to perform Pseudo-3D Coplanarity Analysis by measuring shadow lengths and lead-to-body contrast ratios.
Q3: How do I handle a "Camera Communication Error" with this P/N?
Check the Digital Data Cable connections first. Because the Type 23 transmits a huge amount of data, even slight oxidation on the connector pins can cause packet loss. If the cable is fine, the internal LVDS transceiver of the camera may need service.
Q4: Is specialized calibration required after installation?
Yes. After mounting the 03105195, you must run the "Vision Center Calibration" and "Magnification Calibration" routines using the standard ASMPT calibration plates to ensure sub-micron placement accuracy.