|Display||IPS10 inch HD touch screen Android base tab, screen tilting angle (-5° to 15°)with Geometrical Measurements function|
|Optical zoom||Continuous zoom objective 0.7X-5X|
|Hd camera||1/3″ COMS 4MPBuilt-in camera module, real-time HDR, built-in OSD menu,|
|1X large objective lens, WD105mm|
|1.4X large objective lens, WD100mm|
|0.5X large objective lens, WD170mm|
|Light source||LED ring light: 56 LEDs with dimming knob, switch, color temperature 5000-5500K|
|Data Storage||Built-in storage 16GB, support SD card storage,|
|Output interface||HDMI, USB 2.0,Mini usb2.0, support wireless mouse and keyboard|
|Base||Flat large base with Vertical track type, stroke 225mm|
|Standard Accessories||USB cable 1.5m; HDMI cable 5m, FTH 26W LED ring lamp & 12V,3. 3A adaptor|
A PCB (Printed Circuit Board) microscope, also known as a PCB inspection microscope or soldering microscope, is a specialized microscope designed for inspecting and working on printed circuit boards. These microscopes are essential tools in electronics manufacturing, repair, and debugging processes. They provide magnification and illumination to help users examine and work on small components and solder joints on PCBs with precision.
A PCB microscope is a necessary tool for electronics professionals engaged in difficult tasks such as circuit board inspection and soldering. These specialized microscopes provide adjustable magnification, ensuring a close-up view of small components and solder joints. With higher illumination options, they facilitate a well-lit workspace for precise work.
Whether you’re in electronics manufacturing, repair, or prototyping, a PCB microscope enhances your ability to identify and address issues with utmost precision. Some models come with digital capabilities, allowing for image capture and documentation. The ergonomic design, adjustable features, and quality optics make these microscopes essential for anyone working with printed circuit boards.
Investing in a reliable PCB microscope not only improves the efficiency of your work but also contributes to the overall quality of electronic devices. Explore the world of electronics in fine detail with a PCB microscope personalized to meet the demands of your specific applications.
Here are some features and considerations associated with PCB microscopes:
PCB microscopes typically offer adjustable magnification levels to allow users to zoom in on specific components or areas of interest. Common magnification ranges are from 5x to 50x or more.
Adequate lighting is crucial for inspecting small components on a PCB. Microscopes often come with built-in LED lights or fiber optic illumination to provide a well-lit view of the work area.
The ability to adjust the height, angle, and focus of the microscope is important for comfortable and precise work. Some microscopes also come with articulating arms or boom stands for added flexibility.
Eyepieces vs. Digital Microscopes:
Traditional PCB microscopes use eyepieces for direct viewing, while digital microscopes have built-in cameras that can display the magnified image on a screen. Digital microscopes often allow for easier documentation and sharing of images.
Camera and Imaging:
If you choose a digital microscope, consider the camera resolution and whether it meets your imaging requirements. Some digital microscopes also have features like image capture, video recording, and image processing.
The distance between the microscope lens and the object being viewed is known as the working distance. A longer working distance can be beneficial when working with tools or soldering irons under the microscope.
Some microscopes may include features like a laser pointer for targeting specific areas, a reticle for measurements, or a polarizer to reduce glare.
Quality and Brand:
Choose a microscope from a reputable brand that is known for producing high-quality optical equipment. Quality optics can greatly impact the clarity and precision of your work.