Untitled
Abstract: No abstract text available
Text: Ge Photodiodes Cooled Types Achieves higher S/N ratio by cooling • Optimized for low level infrared photometry • Lower temperature detection limit: Approx. 200 °C By cooling Ge photodiodes, the dark current can be reduced effec tively and the S/N ratio improved.
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OCR Scan
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P3226-02
P394A,
P3207-04
P791-11
P4115
P3981-01,
K3413-01,
K1713-01,
KIRDA0041EA
P2750,
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B2538-05
Abstract: B6175-05
Text: Ge Photodiodes Cooled Types Spectral Response Range: 0.8 to 1.8 urn Achieving higher S/N by cooling T h e c h a rcte ristics of dark cu rrent and S / N can be im proved effectiviely by cooling Ge photodiodes. When cooled, it should be noted that the spectral response of Ge pho
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OCR Scan
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PDF
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B2538-05
B2614-05
B6175-05
KIRDB0023EA
KIRDB0024EA
KIRDB0025EB
B2538-05
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B2538-05
Abstract: B6175-05
Text: Ge Photodiodes Cooled Types Achieves higher S/N ratio by cooling • Optimized for low level infrared photometry • Lower tem perature detection limit: Approx. 200 °C By coo lin g G e photo d io d es, the dark c u rre n t can be reduced e ffe c tively and the S/N ratio im proved.
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OCR Scan
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PDF
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B2538-05
5x101
B2614-05
1x101
3x101
B6175-05
KIRDB0023EA
KIRDB0024EA
KIRDC0001EA
B2538-05
B6175-05
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Untitled
Abstract: No abstract text available
Text: Ge Photodiodes Cooled Types Achieves Higher S/N Ratio by Cooling By cooling G e photodiodes, the dark current can be reduced effec tively and the S/N ratio improved. W hen cooling, it should be noted that the spectral response o f Ge photodiodes shifts slightly to the short wavelength side.
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OCR Scan
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PDF
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KIRDB0023EA
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