BIM-6001A Series Miniature Spectrometer

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BIM-6001A Series Miniature Spectrometer

Product ID：FGgx003

Price: Please inquire PDF Format

Supply Ability:50SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberBIM-6001A

Brand NameHZBOYUAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

BIM-6001A Series Miniature Spectrometer
Product Introduction
The BIM-6001A Series Miniature Spectrometer is a compact and high-performance micro spectrometer designed for scientific research, industrial measurement, and optical system integration. Featuring a card-size micro optical platform, the BIM-6001A is lightweight, portable, and easy to install in various measurement systems.
With an optimized asymmetric crossed C-T optical structure, the miniature spectrometer achieves an optical resolution of up to 0.35nm. The upgraded electronic circuit improves dynamic range up to 300:1, reduces minimum integration time to 4ms, and enhances signal-to-noise ratio up to 300:1, providing higher sensitivity and measurement accuracy.
The BIM-6001A CCD spectrometer supports USB 2.0 and RS232 communication, multiple triggering modes, and SDK secondary development, making it suitable for customized optical instruments and automated measurement systems.

Performance Features
•   Ultra-compact card-size design
Small size and lightweight structure make the spectrometer easy to carry and integrate.
•   High optical resolution
Optimized optical design provides resolution up to approximately 0.35nm.
•   High sensitivity CCD detection
Equipped with Toshiba TCD1304 3648-element linear CCD detector for accurate spectral acquisition.
•   Excellent signal performance
Signal-to-noise ratio and dynamic range reach up to 300:1.
•   Fast measurement speed
Minimum integration time is only 4ms, suitable for rapid spectrum monitoring.
•   Flexible wavelength options
Supports wavelength ranges from 315nm to 1100nm according to application requirements.
•   Multiple communication interfaces
Supports USB 2.0 data transmission and RS232 industrial communication.
•   Easy optical connection
Equipped with standard SMA905 fiber optic connector for convenient optical system construction.
•   Powerful software and SDK support
Provides peak wavelength, bandwidth calculation, and secondary development capabilities.
•   Easy system integration
Built-in M3 mounting holes on the bottom and side for equipment installation.

Working Principle
The BIM-6001A Miniature Spectrometer works based on optical spectrum dispersion and CCD detection technology.
Light enters the spectrometer through the SMA905 optical fiber connector and is guided into the optical system. The asymmetric crossed C-T optical structure disperses incoming light into different wavelengths through the grating system.
The dispersed optical signals are collected by the Toshiba TCD1304 linear CCD detector, which converts optical signals into electrical signals. The internal electronic circuit processes the signals through a 16-bit A/D converter, and the software analyzes the spectral data to calculate wavelength intensity, peak wavelength, bandwidth, and other parameters.
The compact design and high-performance electronics enable fast, accurate, and stable spectral measurement.

Technical Parameters

Parameter	Specification
Product Model	BIM-6001A Series
Product Type	Miniature Spectrometer / Micro CCD Spectrometer
Wavelength Range	315nm-1100nm Optional
Optical Resolution	Up to approximately 0.35nm
Optical Structure	Asymmetric Crossed C-T Optical Design
Fiber Connector	SMA905
Detector Type	Toshiba TCD1304 Linear CCD
Detector Pixels	3648 pixels
Pixel Size	8μm × 200μm
Signal-to-Noise Ratio	300:1
Dynamic Range	300:1
A/D Resolution	16 bit
Integration Time	4ms-10s
Trigger Modes	Normal, Software Trigger, Hardware Trigger, Synchronous Trigger
Communication Interface	USB 2.0 (12Mbps), RS232 (115200bps)
Power Consumption	250mA, 5VDC
Power Supply	USB Power Supply
Operating Temperature	5℃-35℃ (Recommended: 25℃)
Operating System	Windows XP / Win7 / Win8 / Win10
Mounting Holes	Bottom: 4 × M3 holes; Side: 2 × M3 holes
Dimensions	94 × 60 × 36.5 mm
Weight	0.3 kg

Applications
The BIM-6001A Series Mini Spectrometer is widely used in:
Optical Spectrum Measurement
•   Emission spectrum measurement
•   Absorption spectrum analysis
•   Transmission and absorption rate testing
LED Testing
•   LED wavelength measurement
•   LED color analysis
•   Optical performance evaluation
Scientific Research
•   Fluorescence detection
•   Laser spectrum analysis
•   Photonics experiments
Energy and Environmental Testing
•   Solar spectrum measurement
•   Solar cell optical performance testing
Industrial Integration
•   Online optical monitoring systems
•   Automated inspection equipment
•   Customized optical instruments

BIM-6001A Miniature Spectrometer vs Traditional Spectrometer

Feature	BIM-6001A Miniature Spectrometer	Traditional Laboratory Spectrometer
Size	Card-size compact design	Large benchtop structure
Portability	Excellent, lightweight 0.3kg	Limited portability
Optical Resolution	Up to 0.35nm	Usually higher but depends on model
Detector	3648-element CCD	CCD/CMOS or other detectors
Integration	Easy OEM/system integration	More difficult integration
Communication	USB + RS232	Usually computer-dependent
Power Supply	USB powered	External power required
Application	Portable measurement and embedded systems	Laboratory precision analysis
Development Support	SDK available	Depends on manufacturer

Frequently Asked Questions (FAQ)
1. What is the BIM-6001A Miniature Spectrometer used for?
The BIM-6001A is used for emission spectrum, absorption spectrum, LED testing, fluorescence detection, laser spectrum measurement, solar spectrum analysis, and optical research.
2. What is the optical resolution of BIM-6001A?
The BIM-6001A miniature spectrometer provides an optical resolution of up to approximately 0.35nm.
3. What detector does the BIM-6001A use?
It uses a Toshiba TCD1304 3648-element linear CCD detector for high-sensitivity spectral measurement.
4. What wavelength range does the BIM-6001A support?
The spectrometer supports selectable wavelength ranges from 315nm to 1100nm.
5. Does BIM-6001A support software development?
Yes. The spectrometer provides an SDK for secondary development and integration into customized measurement systems.
6. How does BIM-6001A communicate with a computer?
It supports USB 2.0 communication and RS232 industrial communication.
7. What are the advantages of a miniature spectrometer compared with traditional spectrometers?
Miniature spectrometers offer smaller size, easier integration, lower power consumption, and better portability while maintaining reliable spectral measurement performance.
8. Can BIM-6001A be integrated into industrial equipment?
Yes. The built-in mounting holes, USB/RS232 interfaces, and SDK support make it suitable for OEM and industrial system integration.

Product Summary
The BIM-6001A Series Miniature Spectrometer combines compact size, high resolution, fast response, and flexible communication options into a powerful CCD-based micro spectrometer solution. With a resolution of 0.35nm, 300:1 signal performance, and broad wavelength coverage, it is an ideal choice for optical measurement, LED analysis, fluorescence detection, laser testing, solar spectrum research, and industrial optical integration systems.

Frequently Asked Questions (FAQ)
1. What is the BIM-6001A Miniature Spectrometer used for?
The BIM-6001A is used for emission spectrum, absorption spectrum, LED testing, fluorescence detection, laser spectrum measurement, solar spectrum analysis, and optical research.
2. What is the optical resolution of BIM-6001A?
The BIM-6001A miniature spectrometer provides an optical resolution of up to approximately 0.35nm.
3. What detector does the BIM-6001A use?
It uses a Toshiba TCD1304 3648-element linear CCD detector for high-sensitivity spectral measurement.
4. What wavelength range does the BIM-6001A support?
The spectrometer supports selectable wavelength ranges from 315nm to 1100nm.
5. Does BIM-6001A support software development?
Yes. The spectrometer provides an SDK for secondary development and integration into customized measurement systems.
6. How does BIM-6001A communicate with a computer?
It supports USB 2.0 communication and RS232 industrial communication.
7. What are the advantages of a miniature spectrometer compared with traditional spectrometers?
Miniature spectrometers offer smaller size, easier integration, lower power consumption, and better portability while maintaining reliable spectral measurement performance.
8. Can BIM-6001A be integrated into industrial equipment?
Yes. The built-in mounting holes, USB/RS232 interfaces, and SDK support make it suitable for OEM and industrial system integration.