Do friends engaged in spectral experiments, material testing, laser testing, and photoelectric research often encounter these problems? Insufficient detector sensitivity, inability to capture weak signals; poor response in the ultraviolet band, limited detection scenarios; high coupling loss in the optical path, significant loss of effective signals; lagging signal response, data drift, poor experimental repeatability... In fact, many photonic tests fail to achieve high accuracy. The core problem lies in the insufficient professionalism of the sensing and detection equipment!
Sevan Optoelectronics, deeply specializing in photonic fields, has launched the 7ID2 series of silicon detectors. With two versions precisely covering all scenarios, it perfectly solves the pain points of traditional detectors such as weak detection, narrow compatibility, high loss, and instability. It is a must-have sensing tool for scientific research experiments, industrial quality inspection, and photonic support!
The entire series of two models can be adapted as needed without waste! The 7ID219 ultraviolet-enhanced model focuses on ultraviolet band detection, making up for the shortcomings of ordinary silicon detectors in ultraviolet detection, covering the full ultraviolet to near-infrared wavelength range, and being able to accurately capture weak light signals. The 7ID230 popular model has balanced performance and stability, suitable for most visible and near-infrared conventional detection scenarios, with extremely high cost performance. The entire series is equipped with 3μs ultra-fast response, enabling rapid signal capture without delay, and precise tracking throughout dynamic testing and high-speed scanning, eliminating signal distortion and data lag problems.
Installation and adaptation are convenient, and system integration is effortless! The standard SMA905 fiber optic interface is included, plug-and-play, no cumbersome debugging required, with an optical coupling efficiency of over 90%, minimizing optical path loss and allowing each beam of light signal to be efficiently converted into precise electrical signals. Standardized body size allows for perfect compatibility with single-beam spectrometers, tungsten halogen light sources, electric slits, high-voltage power supplies, and other full series of optical equipment, quickly building a complete automated testing optical path, with full compatibility.
The body is finely crafted and durable, providing more stable long-term testing! The low-noise and anti-interference design ensures that signals do not drift or data does not jump when working continuously for a long time, significantly reducing the frequency of equipment debugging and improving the efficiency of experiments and batch testing. Whether it is daily university research, new material development testing, or industrial online spectral quality control, or laser equipment calibration, it can perform stably and balance high performance and high cost-effectiveness.
Precisely capture every beam of weak light, and stably output every set of data! Sevan Optoelectronics' 7ID2 series silicon detectors, with dual versions covering all scenarios, high sensitivity and low loss, easy integration and high stability, provide precise protection for various photonic detection experiments and industrial tests!
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