Main Features:

- Spectral measurement range: SPD-380 can cover different spectral ranges from ultraviolet to infrared, meeting the needs of various application scenarios.

- High-precision measurement: Utilizing advanced measurement techniques and algorithms to ensure the accuracy and reliability of the measurement results. This instrument can accurately measure optical power density, providing strong support for optical research, light source testing, and other fields.

- Quick response: With fast measurement speed and response time, it is suitable for real-time monitoring and dynamic measurement. Stable measurement results can be maintained even in rapidly changing light source environments.

- User-friendly interface: Equipped with intuitive user interface and easy-to-understand measurement software, it is convenient for users to operate and analyze. Users can quickly obtain the required spectral power density data through simple settings and operations.

Application Fields:

- Optical research: SPD-380 can be used to study the process of light-matter interaction, such as spectral analysis, optical property measurement, etc. In the optical laboratory, it is an important research tool.

- Light source test: This instrument can be used to test the spectral power density distribution of different types of light sources, such as LEDs and lasers. It is helpful to evaluate the performance and quality of light sources during the development and production process of light sources.

- Evaluation of optoelectronic devices: SPD-380 can also be used to evaluate the performance of optoelectronic devices, such as solar cells and photodetectors. During the development and testing of optoelectronic devices, it can provide critical spectral power density data.

Usage:

- Preparation: Ensure that the instrument is placed on a stable level platform, and connect the power and data cables. Check whether the instrument is in normal working condition.

- Calibrate the instrument: Perform calibration operations according to the instructions of the instrument to ensure the accuracy of the measurement results. The operation specifications of the instrument should be followed during the calibration process.

- Set parameters: Set parameters according to the wavelength range and measurement time required for measurement. Ensure that the parameter settings are correct.

- Start measuring: Place the light source to be measured at the designated position of the instrument, and start the measurement program to measure the spectral power density. During the measurement process, it is important to pay attention to the display interface of the instrument to ensure a smooth measurement process.

- Data processing: After the measurement is completed, the obtained data is processed and analyzed. Data processing can be performed using the software that comes with the instrument or third-party software to obtain information such as the spectral power density distribution curve.