Triton Injector: Difference between revisions
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(Created page with "The Triton Injector has components located at three different potentials with different systems: '''Ground potential:''' Vacuum pumps: Titanium-Sublimation Pump (TSP) 2, Ion-getter pump (IGP)2, Turbo Pump, Roughing pump Vacuum instrumentation: Ion-gauge, 2 TC, creating "Good vacuum 2" condition Preaccelerator HV(-55 kV) supply Fumehood Activity Monitor Source Cooling Interlock controller (monitoring Vacuum status from GND, -55 kV, monitoring cooling status, fumehoo...") |
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The Triton Injector has components located at three different potentials with different systems: | The Triton Injector has components located at three different potentials with different systems: | ||
=== Ground potential === | |||
Vacuum pumps: Titanium-Sublimation Pump (TSP) 2, Ion-getter pump (IGP)2, Turbo Pump, Roughing pump | |||
Vacuum instrumentation: Ion-gauge, 2 TC, creating "Good vacuum 2" condition | * Vacuum pumps: Titanium-Sublimation Pump (TSP) 2, Ion-getter pump (IGP)2, Turbo Pump, Roughing pump | ||
Preaccelerator HV(-55 kV) supply | * Vacuum instrumentation: Ion-gauge, 2 TC, creating "Good vacuum 2" condition | ||
Fumehood Activity Monitor | * Preaccelerator HV(-55 kV) supply | ||
Source Cooling | * Fumehood Activity Monitor | ||
* Source Cooling | |||
Interlock controller (monitoring Vacuum status from GND, -55 kV, monitoring cooling status, fumehood activity, | Interlock controller (monitoring Vacuum status from GND, -55 kV, monitoring cooling status, fumehood activity, | ||
AC power status) (providing shutdown signal for source Gate-valve, ion source power, Preaccelerator HV.) | AC power status) (providing shutdown signal for source Gate-valve, ion source power, Preaccelerator HV.) | ||
=== -55 kV potential === | |||
Vacuum pumps: TSP 1, IGP 1 | |||
Vacuum instrumentation: Ion-gauge, TC, creating "Good vacuum 1" condition | *Vacuum pumps: TSP 1, IGP 1 | ||
Gate-valve controller, interlocked with GND-level controller | *Vacuum instrumentation: Ion-gauge, TC, creating "Good vacuum 1" condition | ||
*Gate-valve controller, interlocked with GND-level controller | |||
=== -65 kV potential === | |||
*Ionizer Power supply | |||
*Extractor V Supply | |||
*Einzel Lens Supply | |||
*Cathode V Supply | |||
*Immersion-Lens V Supply | |||
*CS Boiler Supply (Variac) | |||
All power is interlocked with GND-level Interlock controller: | All power is interlocked with GND-level Interlock controller: | ||
Ionizer Power Supply has Battery-backup and "10 second" interlock turn-down. | Ionizer Power Supply has Battery-backup and "10 second" interlock turn-down. | ||
All other Power-supplies are turned down fast by interlock. | All other Power-supplies are turned down fast by interlock. | ||
[[File:Source Diagram.png|frame|left|alt=Source Diagram|Source Diagram drawn by Ben Asher]] | |||
Latest revision as of 13:30, 14 January 2024
The Triton Injector has components located at three different potentials with different systems:
Ground potential
- Vacuum pumps: Titanium-Sublimation Pump (TSP) 2, Ion-getter pump (IGP)2, Turbo Pump, Roughing pump
- Vacuum instrumentation: Ion-gauge, 2 TC, creating "Good vacuum 2" condition
- Preaccelerator HV(-55 kV) supply
- Fumehood Activity Monitor
- Source Cooling
Interlock controller (monitoring Vacuum status from GND, -55 kV, monitoring cooling status, fumehood activity, AC power status) (providing shutdown signal for source Gate-valve, ion source power, Preaccelerator HV.)
-55 kV potential
- Vacuum pumps: TSP 1, IGP 1
- Vacuum instrumentation: Ion-gauge, TC, creating "Good vacuum 1" condition
- Gate-valve controller, interlocked with GND-level controller
-65 kV potential
- Ionizer Power supply
- Extractor V Supply
- Einzel Lens Supply
- Cathode V Supply
- Immersion-Lens V Supply
- CS Boiler Supply (Variac)
All power is interlocked with GND-level Interlock controller: Ionizer Power Supply has Battery-backup and "10 second" interlock turn-down. All other Power-supplies are turned down fast by interlock.
Source Diagram drawn by Ben Asher