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Fast Discrete Dynode TOF Detectors from ETP

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www.sge.com<br />

<strong>Fast</strong> <strong>Discrete</strong> <strong>Dynode</strong><br />

<strong>TOF</strong> <strong>Detectors</strong> <strong>from</strong> <strong>ETP</strong><br />

PRODUCT DATA<br />

<strong>ETP</strong>’s fast discrete-dynode detectors are<br />

rapidly gaining wide acceptance as the<br />

preferred detector in Time-Of-Flight mass<br />

spectrometry. They offer a unique<br />

combination of narrow pulse width, large<br />

dynamic range, rapid recovery <strong>from</strong> intense<br />

ion signals, and operational and<br />

mechanical robustness that is unsurpassed<br />

by any other type of detector.<br />

• <strong>ETP</strong>’s fast <strong>TOF</strong> detectors model 14880 (left) and 14882 (floating version, right).<br />

1


SPECIFICATIONS 14880 14882<br />

Pulse width for single ion event (FWHM, typ.) 2.0ns 2.1ns<br />

Pulse width for multiple ion event (FWHM typ.) 3ns 3ns<br />

(jitter compensated option required to achieve<br />

this spec for some applications)<br />

Recovery time after large pulse (500mV into 50Ω)


10 5 2500 3000 3500<br />

14880 14882<br />

60.2<br />

82.0<br />

45.5<br />

33.1<br />

INPUT APERTURE<br />

25 X 10mm<br />

+HV CONNECTOR PIN<br />

-HV CONNECTOR PIN<br />

31.7<br />

ION IMPACT PLATE<br />

SIGNAL OUTPUT<br />

(SMA CONNECTOR)<br />

32.5<br />

MOUNTING<br />

SURFACE<br />

• Mechanical Details.<br />

10 8<br />

10 7<br />

Gain<br />

10 6<br />

Applied Voltage<br />

• Typical Gain Curve.<br />

3


• Typical Pulse Shape<br />

• Typical Pulse Height Distribution<br />

www.sge.com<br />

Electron<br />

Multipliers<br />

www.etpsci.com<br />

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©Copyright SGE International Pty. Ltd. All rights reserved. Publication No. PD-0224-A<br />

REV:01 10/2001

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