Abstract
The counting of a huge number of events, randomly or periodically distributed, requires the use of electronic counters which can work with a flow of up to 500000 events per second, while mechanical systems have a much lower resolution which leads to an important percentage of losses (non-counted events). Thus, hybrid systems are generally used which comprise an electronic part with fast counting capabilities but low recording capacities, and a mechanical part for the recording of the successive resets of the electronic part. This report describes the basic elementary circuits of these electronic counters (de-multipliers): dividers by 2 and 5 and flip-flop circuits using triode and pentode valves for the counting of events in the decimal system. (J.S.)
Citation Formats
Ailloud, J.
Electronic de-multipliers; Demultiplicateurs electroniques.
France: N. p.,
1948.
Web.
Ailloud, J.
Electronic de-multipliers; Demultiplicateurs electroniques.
France.
Ailloud, J.
1948.
"Electronic de-multipliers; Demultiplicateurs electroniques."
France.
@misc{etde_20466415,
title = {Electronic de-multipliers; Demultiplicateurs electroniques}
author = {Ailloud, J}
abstractNote = {The counting of a huge number of events, randomly or periodically distributed, requires the use of electronic counters which can work with a flow of up to 500000 events per second, while mechanical systems have a much lower resolution which leads to an important percentage of losses (non-counted events). Thus, hybrid systems are generally used which comprise an electronic part with fast counting capabilities but low recording capacities, and a mechanical part for the recording of the successive resets of the electronic part. This report describes the basic elementary circuits of these electronic counters (de-multipliers): dividers by 2 and 5 and flip-flop circuits using triode and pentode valves for the counting of events in the decimal system. (J.S.)}
place = {France}
year = {1948}
month = {Jul}
}
title = {Electronic de-multipliers; Demultiplicateurs electroniques}
author = {Ailloud, J}
abstractNote = {The counting of a huge number of events, randomly or periodically distributed, requires the use of electronic counters which can work with a flow of up to 500000 events per second, while mechanical systems have a much lower resolution which leads to an important percentage of losses (non-counted events). Thus, hybrid systems are generally used which comprise an electronic part with fast counting capabilities but low recording capacities, and a mechanical part for the recording of the successive resets of the electronic part. This report describes the basic elementary circuits of these electronic counters (de-multipliers): dividers by 2 and 5 and flip-flop circuits using triode and pentode valves for the counting of events in the decimal system. (J.S.)}
place = {France}
year = {1948}
month = {Jul}
}