Rendiconti della Scuola internazionale di fisica "Enrico Fermi." |
Contents
Switching concentration and multiplexing | 4 |
Integer divisionunsigned | 5 |
Analogtodigital converter techniques for | 6 |
Networking in highenergy physics | 10 |
Time digitizers | 14 |
FASTBUS primary characteristics | 18 |
Logical addressing | 24 |
P REHAK Detection and signal processing in highenergy | 25 |
Redundancy minimization mechanisms | 120 |
R BIANCASTELLI | 121 |
25 | 135 |
34 | 141 |
for online data handling | 149 |
4 | 157 |
Time interval monitoring | 179 |
VERKERK | 192 |
Responses | 30 |
Shot noise | 33 |
Higherlevel protocols | 36 |
Flicker noise | 39 |
Conclusions | 42 |
Series noise in field effect transistors | 45 |
Charge measurement for practical detection systems | 52 |
Signal processing for liquidargon calorimeters | 58 |
PART V | 66 |
Secondcoordinate readout in drift chambers | 74 |
Position sensing with delay line | 82 |
P DANGELO and P F MANFREDI Lownoise signal acquisi | 90 |
60 | 100 |
CAMAC | 106 |
Additional protocols | 113 |
Conclusion | 207 |
Concluding remarks | 226 |
Introduction pag | 230 |
CAMAC software | 247 |
Data acquisition software | 257 |
Examples of real acquisition structures | 264 |
A typical microprocessor | 271 |
Bitslice processors | 279 |
The M7 processor | 294 |
ECLCAMAC trigger processor | 302 |
The implementation of distributed systems | 356 |
Interlaboratory links | 396 |
R A TEDESCHI A new spectrometer for muon spin rotation | 411 |
Copyright | |