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B0059EA Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
R8811 Abstract: R8810 Contextual Info: PRELIMINARY Specifications Parameter R8810 Gain Typ. 2x Dark Current (Typ.) Operating Pressure Level (Max.) 103 R8811 (at -1000 V) 1x 105 (at -1500 V) 3 x 10-14 A (at -1000 V) 3 x 10-14 A (at -1500 V) 1 Pa * 1 x 10-2 Pa 350 °C Bake-Out Temperature (at 10-4 Pa, Max.)	Original	R8810 R8811 R8810 B0061EA B0036EA R8811	PDF
R5150 Abstract: R5150-90 Contextual Info: PRELIMINARY Compact Ion Detectors R5150-50, -90 Detection Efficiency vs. Input Ion Energy Structure R5150-90 GND Q-POLE FARADAY-CUP The electron lens created by the Faraday cup, the ion deflection electrodes and the electron multiplier electrodes maintains high detection efficiency even when input ion energy increases.	Original	R5150-50, R5150-90 R5150- B0059EA SE-171-41 R5150 R5150-90	PDF

Catalog Datasheet

Type

Document Tags

PDF

R8811

Abstract: R8810
Contextual Info: PRELIMINARY Specifications Parameter R8810 Gain Typ. 2x Dark Current (Typ.) Operating Pressure Level (Max.) 103 R8811 (at -1000 V) 1x 105 (at -1500 V) 3 x 10-14 A (at -1000 V) 3 x 10-14 A (at -1500 V) 1 Pa * 1 x 10-2 Pa 350 °C Bake-Out Temperature (at 10-4 Pa, Max.)

Original

R8810 R8811 R8810 B0061EA B0036EA R8811

PDF

R5150

Abstract: R5150-90
Contextual Info: PRELIMINARY Compact Ion Detectors R5150-50, -90 Detection Efficiency vs. Input Ion Energy Structure R5150-90 GND Q-POLE FARADAY-CUP The electron lens created by the Faraday cup, the ion deflection electrodes and the electron multiplier electrodes maintains high detection efficiency even when input ion energy increases.

Original

R5150-50, R5150-90 R5150- B0059EA SE-171-41 R5150 R5150-90

PDF