Specific integrated circuits for gas-filled particle detectors Ampl-8.3 and Disc-8.3
Purpose
Integrated circuits (IC) are developed for gas wire detectors used in high-energy physics experiments with use of bipolar technology.
Characteristics
Integrated circuit DOM Disk-8.3:
Application
There are no foreign analogues
Key words
Integrated circuits; high-energy physics
Condition of production
Made to order
Maintenance documents
Technological documentation
Copyright protection
No patent has been taken out yet
Features
Integrated circuits are introduced in the USA (National accelerating laboratory named by Fermi, Batavia)
Integrated circuits (IC) are developed for gas wire detectors used in high-energy physics experiments with use of bipolar technology.
Characteristics
Integrated circuit DOM Disk-8.3:
| Range of signal transmission delay | 15-36 nanoseconds |
| Duration of the output signal front / recession on loading 110 Ohm | 2,2 nanoseconds / 1,8 nanoseconds |
| Dissipation power | 84 mWt/channel |
- The circuit can work on a 10-meter flat ribbon cable or on a twisted-pair cable with differential receiver DS90C031 on the other end
- Integrated circuit is manufactured in 48-output quadrilateral plastic case for surface mounting
| Factor of transformation with loading 1 kOhm | 140 mV/mcА |
| Drawn to an input root-mean-square level of noise at an input capacity of 0 [pF] and 60 [pF]accordingly | 40 nA and 110 nA |
| Front and recession | 7 nanoseconds |
| Input resistance about | 59 Ohm |
| Generator (shaper) time constant | 20 nanoseconds |
Application
- High-energy physics
- Electronic equipment for muonic system with drift gas tubes
There are no foreign analoguesKey words
Integrated circuits; high-energy physics
Condition of production
Made to order
Maintenance documents
Technological documentation
Copyright protection
No patent has been taken out yet
Features
Integrated circuits are introduced in the USA (National accelerating laboratory named by Fermi, Batavia)
