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Teledyne Imaging Photometrics Prime BSI Express USB 3.2 相機

用於科學應用的高靈敏度背照式 sCMOS
95% 量子效率 (QE) 與1.0 e 超低讀出雜訊
USB 3.2 介面下可實現 95 fps 的幀率
適用於高靈敏度顯微應用的科學相機

Teledyne Imaging Photometrics Prime BSI Express USB 3.2 相機搭載高靈敏度背照式 sCMOS傳感器。該傳感器具備 95% 峰值量子效率 (QE) 與超低 1.0 e 中值讀出雜訊，於低光成像條件下可實現高信噪比並展現卓越性能。這款相機透過 USB 3.2 介面可實現高達 95 fps 的幀率，支援高速成像與快速資料傳輸。Teledyne Imaging Photometrics Prime BSI Express USB 3.2 相機非常適用於螢光成像、鈣成像以及活細胞顯微鏡等應用。這款相機搭載Teledyne 專有設計的軟體平臺 Beacon 和 PVCAM，可優化相機性能並提升系統整合便利性。

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Sensitivity

The Prime BSI Express sCMOS camera delivers high sensitivity, high speed, and reliable quantitative imaging in a compact and easily integrated design. Built around a backside-illuminated scientific CMOS sensor, the camera achieves up to 95% peak quantum efficiency, enabling exceptional photon detection for demanding low-light microscopy applications. The Prime BSI express combines quantum efficiency with a low 1.0 e- read noise to deliver the most sensitive camera based on sCMOS technology at 95 frames per second.

Resolution and Pixel Size

With a 2048 × 2048 resolution and 6.5 μm pixels, the Prime BSI Express provides an optimal balance between spatial resolution and sensitivity, making it well suited for a wide range of fluorescence imaging techniques. The camera reaches full-frame acquisition speeds of up to 95 frames per second, ensuring that fast biological dynamics can be captured without missed events.

Performance and Integration

Designed for both research and system integration, the camera combines low read noise (~1 e⁻), high dynamic range, and programmable scan modes to support advanced imaging workflows while maintaining precise and quantitative data acquisition. Its compact form factor and USB 3.2 Gen2 interface simplify integration into modern microscopy platforms and OEM imaging systems.

Ideal Applications

The Prime BSI Express is ideal for applications requiring both sensitivity and speed, including live-cell imaging, spinning disk confocal microscopy, light-sheet microscopy, calcium imaging, and super-resolution techniques.