Newton's Ring Experiment Apparatus
This newton's ring experiment apparatus is built on a 70cm aluminum rail base with a black anti-reflection coating to minimize stray light. The light source is a yellow LED with a wavelength of 587.6nm, and its intensity is adjustable.
Description
The LM08-B Transmissive and Reflective CCD Newton's Rings Comprehensive Experimental Apparatus is an ideal instrument for studying equal-thickness interference. It can perform both transmissive and reflective Newton's rings experiments, and with additional accessories, it can also conduct wedge interference experiments. By leveraging modern electronic technologies such as a CCD microscope telescope and a micro-displacement measuring instrument, the LM08-B enables multiple users to simultaneously observe and measure Newton's rings, facilitating teaching and research. The entire system can be operated without the need for a darkroom.

Fine Adjustment and Clear Display
The micro-displacement meter is equipped with an electronic scale with a minimum resolution of 0.01mm and a field of view of at least 9mm. The CCD microscope provides 60× magnification and supports both PAL and NTSC formats, with a horizontal resolution of 600 TV lines.
The system includes a transmission-type Newton's ring setup with a ring diameter of 42mm. It is equipped with a three-jaw adjustment holder for stable alignment. The condenser lens has a diameter of 38mm and a focal length of 150mm.
Students can measure the radius of curvature of a lens with an experimental error of ≤3%. It also supports the measurement of thin film thickness using wedge interference; the wedge accessory is optional.
Easy for Students to Use
The operation is simple: turn on the light source, adjust the intensity, and observe the interference rings on the monitor. The digital electronic scale eliminates the need for manual scale reading, allowing students to focus more on understanding physical principles rather than measurement procedures.
The black-coated rail reduces unwanted reflections, and the three-jaw holder ensures stable positioning. The CCD microscope is pre-aligned, making the system ready for use immediately after unpacking.
Durable and Fully Tested
Our factory has over 25 years of manufacturing experience. Each newton's ring experiment apparatus is calibrated before shipment to ensure reliable performance.
The working voltage is 220±5V AC, 50Hz. Total power consumption is ≤10W, with the light source using ≤3W and the micro-displacement meter using ≤5W.
Key Parameters
|
Parameter |
Value |
|
Base Rail |
70cm aluminum, black anti-reflection coating |
|
Light Source |
Yellow LED, 587.6nm, adjustable intensity |
|
CCD Micro-displacement |
0.01mm minimum resolution |
|
CCD Microscope |
60× magnification, 600 TV lines |
|
Measurement Error |
≤3% |
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