LBTEK-Your Trusted Partner For Optoelectronic Experiments!

Product Description

Covering ultraviolet, visible, and near-infrared spectral ranges
Low dark noise, high signal-to-noise ratio, high dynamic range
High frame rate, multiple integration methods

LBTEK's High-Speed Fiber Optic Spectrometers adopt a Czerny-Turner optical path structure, with gratings, mirrors, and CMOS chips selected according to specific wavelength ranges, delivering excellent spectral resolution and signal-to-noise ratio. The data transmission of the fiber optic spectrometer utilizes high-speed USB Type-C, meeting the requirements for high-frame-rate spectral applications. LBTEK provides the LBSpectra control software developed on the C++ platform. This software allows for drag-and-drop operations, zooming, peak identification, spectral smoothing, normalization, and other settings for spectral curves. It comes with built-in measurement modules such as transmission, reflection, and color measurement, along with data storage functions like long-term monitoring and equal-interval multiple sampling. Additionally, it supports TTL for synchronous triggering or system integration using SDKs for languages including C/C++, LabView, and C#.

Attribute

Fiber optic interfaceSMA905

Optical DesignCzerny-Turner optical path

A/D16-bit

Slit width25 µm (customizable)

Higher-order spectrum eliminationLinear Variable Longpass Filter

Linear Correction Degree＞99.0%

High-speed Fiber Optic Spectrometers

Operating Wavelength: 200-1100 nm
Dynamic Range: 4000:1
Integration Time: 0.1 ms-10 s

The LBTEK AMOS Fiber Optic Spectrometer is a spectrometer specifically optimized for high-speed applications, with a wavelength response range covering 200-1100 nm. The AMOS Fiber Optic Spectrometer is designed based on an M-type Czerny-Turner structure, featuring low stray light and high spectral resolution. It utilizes a Hamamatsu high-sensitivity 2048-pixel linear CMOS array combined with a 16-bit 6 MHz A/D converter, providing a high signal-to-noise ratio and a dynamic range of 4000:1. The AMOS communicates with the host computer via a high-speed USB-Type-C interface, achieving a maximum frame rate of 1 kHz to meet the demands of high-speed applications. The operating wavelength range and resolution of the spectrometer depend on the selection of the grating and entrance slit. LBTEK also offers customized services for customers. For customization requests, please contact LBTEK Technical Support.

Standard Mercury-Argon Light Source Test Data Chart

	Product Model	Wavelength range	Spectral Resolution	Signal-to-noise ratio	Unit Price	Compare	Lead Time
	AMOS	350-1000 nm	<1.0 nm @546 nm^a	1000:1	$2002.95		Contact
	AMOS-UVNIR	200 nm-1100 nm	<1.3 nm @546 nm^a	700:1	$2002.95		Contact

AMOS External Trigger Cables

TTL signal input
Triggered by rising or falling edge
Maximum input frequency 1KHz

The LBTEK AMOS-PIN External Trigger Input Cable is compatible with all models of the AMOS series fiber optic spectrometers, with an external trigger input signal type of TTL. This trigger cable, when used with the AMOS series fiber optic spectrometers and operating software, enables rising-edge or falling-edge triggering to meet users' specific application scenarios.

Schematic Diagram of AMOS External Trigger Cable Connector

	Product Model	Duty cycle	Input frequency	Unit Price	Compare	Lead Time
	AMOS-PIN	50%	Up to 1 kHz	$39.09		5 weeks