A DDD camera with 6.5um pixels and 4K x 4K resolution, suitable for the most extensive applications.
The DE-16 is equipped with the 10th generation of innovative DDD sensors, achieving industry-leading resolution and flexible, seamless display in a 4k x 4k field of view. The DE-16 features 6.5μm pixels optimized for excellent resolution (MTF) across a wide range of magnifications and exposure rates. It is our most versatile direct detection TEM camera, characterized by continuous streaming at up to 60 frames per second, enabling TEM experiments that were previously impossible with direct detectors. This flexibility and cutting-edge sensor technology provide industry-leading resolution for use in materials science or biology applications such as insitu, 4D STEM, electron diffraction, holography, DTEM, and EELS. The DE-16 offers speeds unmatched by other cameras in narrow areas and can be used for numerous applications on the same equipment. In addition to the integrated Faraday plate, users can access full-frame streaming at up to 92 frames per second or select smaller areas to read at significantly higher frame rates (128 x 128 @ 4,237 fps).
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basic information
**Main Features** ■ Direct detection of primary electrons - an innovative advancement in TEM data quality ■ Optional module enabling single electron counting at ~50:1 (300 kV) ■ High performance for demanding applications, maximizing data collection efficiency with flexibility ■ Ultra-high performance imaging with an elegantly designed, flexible, and user-friendly camera system ■ Optimized for a detection electron energy range of 80 keV - 1.25 MeV ■ Film processing software enhances data quality through drift and particle-by-particle motion correction ■ High dynamic range mode allows for consistent performance at very high exposure rates ■ Fully retractable within axial TEM bottom port or JEOL film chamber ■ Consistent high signal-to-noise ratio across spatial frequencies and TEM magnifications
Price information
It varies depending on the composition. Please feel free to contact us.
Delivery Time
※*It varies depending on the configuration. Please feel free to contact us.
Applications/Examples of results
Transmission Electron Microscope (TEM)
Detailed information
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[Modulation Transfer Function] The Modulation Transfer Function (MTF) is one of the most widely used scientific methods for describing optical performance. MTF measures contrast across all spatial frequencies. The DDD camera from Direct Electron has very high resolution and contrast, remaining close to the theoretical maximum value even as spatial frequency increases.
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【Detective Quantum Efficiency (DQE)】 In the case of TEM cameras, DQE measures the combined effect of the detector's signal performance and noise performance. The DQE curve can be considered with resolution on the X-axis and relative signal-to-noise ratio on the Y-axis, where higher results are better. The DE series demonstrates low noise and high resolution that are theoretically close to the maximum value in both counting mode and integration mode as the spatial frequency increases.
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【Carbon Film Thon Ring】 The exceptional high-resolution performance of the DE series cameras from Direct Electron means that the camera is no longer a major limiting factor for TEM resolution. The DE-20 demonstrates very high-resolution bright field TEM imaging, and the Thon ring reaches a resolution of 2.3 angstroms (92% Nyquist).
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Company information
Tegasaience Co., Ltd. is a specialized trading company for scientific and analytical instruments, headquartered in Kitakashiwa, Kashiwa City, near Lake Tega, where wild birds gather. Founded at the beginning of the 21st century, we have been providing excellent scientific and analytical instruments and precision equipment from Europe and the United States to domestic research institutions. Moving forward, we will continue to strive to contribute to the development of Japan's science and technology, focusing on areas that cannot be covered by domestic products. The bird in Tegasaience Co., Ltd.'s trademark is a colorful arrangement of the Eurasian Coot, which is abundant in Lake Tega.