M00035536
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MULTIPLE CONTROLLERS IN A CAMAC CRATE
International Electrotechnical Committee
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Availability date: 11/06/2021
FOREWORD <br>PREFACE<br>Clause<br>1 Scope and Object<br> 1.1 Scope<br> 1.2 Object<br>2 Interpretation<br>3 The Auxiliary Controller Bus and Associated Front <br> Panel Signals<br>4 Use of the lines on the Auxiliary Controller Bus and <br> Associated Signals<br> 4.1 Control Signals<br> 4.2 Encoded-N Signals <br> 4.3 Look-at-Me signals<br> 4.4 Other signals<br>5 The Auxiliary Controller Bus Connector and Associated <br> Front Panel Connectors<br>6 Signal standards<br> 6.1 Signal standards on the ACB<br> 6.2 Signal standards for the ACB Associated Front Panel <br> Signals<br> 6.3 Signal standards for AC Dataway Connections<br> 6.4 Protection of critical signal inputs<br>APPENDIX A - Specification of CAMAC Crate Controller Type A2<br>Tables:<br>I Signal lines at the Auxiliary Controller Bus Connector <br> and Associated Front Panel Connectors<br>II Contact assignments on Auxiliary Controller Bus Connector<br>III Current signal standards and pull-up current sources <br> for the Auxiliary Controller Bus Connector and Associated <br> Front Panel Connectors<br>IV Signal standards for Q, R, and X at the Auxiliary Controller<br> Dataway Connector<br>V Branch commands implemented by CAMAC Crate Controller <br> Type A2<br>VI Contact assignments for LAM-Grader Connector of Crate<br> Controller Type A<br>Figures<br>ALPHABETICAL INDEX
Defines a method for incorporating more than one source of control into a CAMAC crate through auxiliary controllers located in normal stations in the crate. An auxiliary controller bus (ACB) and priority arbitration protocol are fully defined.
Published | |
Document Type | Standard |
Status | Current |
Publisher | International Electrotechnical Committee |
Pages | |
ISBN | |
Committee | TC 45 |