This document covers the discussion on December 4 and also documents sent by Aleksey Adonin and Gleb Voribjev subsequently.

Participants: Aleksey Adonin, Christian Hillbricht, Martin Stein, Gleb Vorobyev

Meeting Notes from Martin

Roadmap

Milestone 1 - CRYRING-focused (Early 2020)

Milestone 2 - alpha version (not planned date yet)

Milestone 3 - extended list of features (not planned date yet)

Layout

Highly configurable dashboard layout vs fixed (per ion source type) dashboard layout

Aleksey and Gleb like the idea of a highly configurable dashboard layouts and following ideas in particular where discussed:
  • Freely positionable instruments, data/time plots and other views like on a blackboard.

  • Freely scaleable, instruments, data/time plots and other views to optimize the available space on the screen.

  • (Expert-)User can save the layout for later reuse.

For (non-expert) users controlling and monitoring the ion sources their was a common agreement that flexibility of layouts can be confusing and complicate operation. For Aleksey and Gleb this stands above the needs for an highly configurable dashboard. An agreement was reached defining that one layout for each ion source type will probably be sufficient. The layout is designed with the help of the ion source experts. The layout possibilities might have limits in terms of size, scalability and technical boundaries. The layout must be configurable in a way that expert input can be realized and the layouts can be progressively improved from time to time.

Longterm idea

Aleksey presented an interesting form of laying out instruments in groups (or grouping boxes). Those groups are a form of abstraction/presentation of physical parameters of ion sources instead of only putting into focus the instruments of the involved devices. Additionally the grouped instruments are reduced to only show view elements which are really needed for the particular instrument. This approach makes the ion source easier to understand and control and also reduces the amount of space in total needed on the dashboard.

The changes to instruments and layout would be mainly:
  • Use 'physical parameter' as title
  • Used device namen and nomen in status (single status only used here)
  • An single instrument would be higher in most cases
IS-models - New+Old - Discussion (01.12.2020).-000005.png

CRYRING ion source power supplies (sent by Aleksey 7 December 2020)

MINIS

Nomenclature

YRT1IN1X

YRT1IN1L

YRT1IN1K

YRT1IN1E

YRT1IN1M

YRT1IN1O

YRT1IN1G

Function

Ion potential

Einzel lens

Cathode

Anode

Coil

Oven

Gas control

Modell

Heinzinger PNC40000-15

FuG HCN 140-65000

EA-PS 9080-40

EA-PS 9360-10

EA-PS 9360-10

EA-PS 9080-40

MKS PR4000-B

OP limit 1

40 kV

26 kV

40 V

360 V

150 V

20 V

0.6 sccm

OP limit 2

15 mA

2 mA

26 A

0.5 A

2 A

4 A

-

Param 1 incr.

1kV / 250 V/ 50V

1kV/250V/50V

2/0.5/0.1 V

20/5/1 V

20/5/1 V

2/0.5/0.1 V

0.1/0.025/0.005

Param 2 incr.

1mA /250uA /50uA

400/100/20 uA

1A/250mA/50mA

100/25/5 mA

100/25/5 mA

1A/250mA/50mA

-

Ramp-rate 1

5 kV/min

5 kV/min

1 V/min

20 V/min

20 V/min

0.5 V/min

0.1 sccm/min

Ramp-rate 2

1 mA/min

0.5 mA/min

0.5 A/min

100 mA/min

100 mA/min

0.1 A/min

-

Norm. regime

CV

CV

CC

CV

CC

CC

-

ECRIS

Nomenclature

YRT1IZ1E

YRT1IZ1EP

YRT1IZ1L

YRT1IZ1M1

YRT1IZ1M2

YRT1IZ1G

YRT1IZ10

YRT1IZ1R

Function

Ion potential

Extraction

Einzel lens

RF plunger

Oven position

Gas control

Oven

RF Generator

Modell

Heinzinger PNC40000-15

FUG HCN

140-35000

FuG HCN

140-65000

-

-

Pfeiffer

UDV-146

EA-PS 9080-40

Microwave Power

C0910-50P125

OP limit 1

40 kV

13 kV

26 kV

0.55 – 1.05

1.7 – 4.3

6 V

20 V

9 GHz- 10.5 GHZ

OP limit 2

15 mA

4 mA

2 mA

-

-

-

4 A

0V – 9 V

Param 1 incr.

1kV / 250 V/ 50V

1kV/250V/50V

1kV/250V/50V

0.1/0.025/0.005

0.2/0.05/0.01

1/0.25/0.05 V

2V/0.5V/0.1V

100/25/5 MGz

Param 2 incr.

1mA /250uA /50uA

400/100/20 uA

400/100/20 uA

-

-

-

1A/250mA/50mA

1/0.25/0.05 V

Ramp rate 1

5 kV/min

5 kV/min

5 kV/min

-

-

0.5 V/min

0.5 V/min

-

Ramp rate 2

1 mA/min

0.5 mA/min

0.5 mA/min

-

-

-

0.1 A/min

1 V/min

Norm. regime

CV

CV

CV

-

-

-

CC

-

Channels to monitor for timing graph

Transformers

YRT1DT1ML

YRT1DT2F

MINIS relevant

Iread YRT1IN1X

Iread YRT1IN1E

Vread/Iread YRT1IN1K

Vread/Iread YRT1IN10

YRT1IN1P

ECRIS relevant

Iread YRT1IZ1E

Iread YRT1IZ1EP

Vread/Iread YRT1IZ1O

YRT1IZ1P
-- ChristianHillbricht - 08 Dec 2020
Topic revision: r4 - 11 Dec 2020, ChristianHillbricht
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