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RoentDek HEX120 Manual (80 pages)
MCP Delay Line Detector
Brand:
RoentDek
| Category:
Security Sensors
| Size: 5 MB
Table of Contents
Table of Contents
3
1 Detector System - Components
5
2 The Microchannel Plate Detector
7
Characteristics
7
Electrical Characteristics of the Detector
7
Physical Characteristics of Mcps
7
Physical Characteristics of the Detector - Specification
7
General Description
8
Position Encoding
8
Figure 2.1: Operation Principle of the Delay
9
Assembly of the Mcp-Detector
10
Figure 2.2: Orientation of the Rear Ceramic Ring on the Figure 2.3: Cables for Holder and Wires
10
List of Detector Assembly Parts
10
Figure 2.4: Anode Connection at the Figure 2.5: Orientation of X and y Position Signals
11
Preparation
11
Connecting the Wires to the Delay-Line Anode
12
Now the Detector Can be Finally Assembled
12
Assembly of the MCP-Stack for the DLD40, DLD80 and HEX80
13
Figure 2.6: Rear View of a H
13
Figure 2.7: Front Ring with Cable
13
Figure 2.8: Assembly of Mcp
13
Figure 2.10: Assembly of Mcp
14
Figure 2.11: Assembly of Mcp
14
Figure 2.12: Assembly of Mcp
14
Figure 2.9: Assembly of Mcp
14
Figure 2.13: Assembly of Mcp
15
Figure 2.14: Assembly of Mcp
15
Figure 2.15: Mcp Stack with Spring Ring for Figure 2.16: Assembly of Mcp
15
Assembly of the MCP-Stack for the DLD120 and HEX120
16
Figure 2.17: Hexanode with Holder
16
Figure 2.18: Hexanode with Mounted
16
Figure 2.19: Rear Metal Plate with One
16
Figure 2.20: Assembly of Mcp
17
Figure 2.21: Assembly of Mcp
17
Figure 2.22: Assembly of Mcp
17
Figure 2.23: Assembly of Mcp
18
Figure 2.24: Assembly of Mcp
18
Mounting the Detector an Experimental Setup
18
Connecting the Signal Cables to the Feedtrough Flange
19
Figure 2.25: Sketch of the Detector
19
Table 2.1: Ft12-Tp Pin Description for Dld Detectors
19
Figure 2.26: Cf35-12- Pin
20
Ft12 Flange
20
Table 2.2: Ft12-Tp Pin Description for Hex Detectors
20
Operation of the Delay-Line Detector - General Description
21
Table 2.3: Detector Voltage Settings
21
The Ft12(16)-Tp
22
Figure 2.27: Ft12-Tp Plug
22
Figure 2.28: Ft12-Tp Plug
22
Mcp-Stack
22
The Atr19 Amplifier & Cfd Module
23
Figure 2.29: Single Hf- Signal - de
23
Figure 2.30: the Atr19 Module
24
Signal Inputs and Amplification
24
Figure 2.31: Top Lid of Atr19
25
Figure 2.32: Atr19
26
Figure 2.33: Atr19
26
CFD Controls and Outputs
27
Figure 2.34: Dlatr a
27
The DLATR Board
27
Figure 2.35: Inputs
28
Connecting and Operating the ATR19
29
Figure 2.36: Rear Panel of the Figure 3.1: Hm1-B/Tand Hm1-B
29
Opening the ATR19 Module
30
3 Data Acquisition Hard- and Software
33
The Time-To-Digital-Converters (TDC) for PC
33
The HM1 / HM1-B
33
Figure 3.2: Pci Interface Card
34
Figure 3.3: Tdc8/Isa Board
34
The TDC8
34
Figure 3.4: Tdc8/Pci Board
35
Figure 3.5: Tdc8Pci2 Board
35
For Details of the TDC8 Module Versions Please Refer to the Separate Manual
35
The CCC1
36
Hard- and Software Installation
36
Figure 3.6: Ccc1 Io Card with
36
Hm1 / Hm1-B
36
Figure 3.7: Side and Input Panel View of the Figure 3.8: Side and Input Panel View of the
37
Tdc8
38
Connecting the Atr19 with the Tdc
39
Ccc1
39
Hm1 / Hm1-B
39
TDC8 (or Other Tdcs, E.g. Via CCC1)
39
Starting the Coboldpc Software
40
Figure 3.9: Screen after Starting the Figure 4.1
40
The "XXX Standard.ccf
41
DAQ Parameters (here for TDC8PCI2 as an Example)
42
Figure 4.3
42
DAN Parameters (here for TDC8PCI2 as an Example)
43
DAN Parameters and Coordinates
43
DAQ Coordinates
43
DAN Coordinates, Primary
46
DAN Coordinates, Secondary, for DLD Detectors
47
Spectra and Conditions
47
4 The Detector Power Supplies Hv2/4 and Biaset2 with Battery Box Bat2
49
The Hv2/4
49
The Biaset2
50
Rear Panel )
50
Figure 4.4: Biaset2 Crate with Four
51
ECH 114 - K (BIASET2 Crate)
52
Table 4: Technical Data of the Ech 114-K
52
Ehq 104M_Aio (Hv1/4) Operators Manual
53
Front Panel
53
Figure 4.5: Ehq 104M (Hv1/4) Module
53
General Information
54
Table 5: Technical Data of the Ehq 104M_Aio Module
54
Technical Data
54
EHQ Description
55
Figure 4.6: Front Panel of the Ehq 104M_Aio (Hv1/4) Module
56
Front Panel
56
Handling
57
Analogue I/O
58
Block Diagram EHQ
59
Figure 4.7: Block Diagram Ehq (Hv1/4)
59
Changing the Polarity
60
EHQ Side Cover
60
Figure 4.8: Ehq (Hv1/4) Side Cover
60
Bat2 Box
61
Figure 4.3.1: BAT2 Box (Top-View)
61
Bat3 Box
62
+ 36V on the Lower Output Connector
62
5 Getting Started
63
Checking the Noise Level
63
Verification of the High Voltage Safety
63
Initial Start-Up Procedure
65
Final Adjustment
66
Figure 5.1: Typical Pulse Shape from a (N)DLATR6(8) an or ATR19 Monitor Output
66
6 Performance
69
Figure 6.1: Imaging of a Shadow Mask on Dld40 Detector . the Detector was Irradiated by Α - Particles with
69
Figure 6.2: Time Sum Peak for One Dimension at Fixed Position
69
Figure 6.3: Enlargement from of a Shadow Mask Image , Obtained by Adld80 Detector that was Read out
70
7 Trouble Shooting/Faq
71
Figure 7.1: Input Region of the Dlatr Board
75
Appendix A. (Mcp's)
77
List of Figures
79
List of Tables
80
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RoentDek HEX120 Manual (83 pages)
MCP Delay Line Detector
Brand:
RoentDek
| Category:
Security Sensors
| Size: 4 MB
Table of Contents
Table of Contents
3
Detector System - Components
5
1 The Microchannel Plate Detector with Delay-Line Anode
7
General Description
8
Position Encoding
8
Timing Information
10
Assembly of the Mcp-Detector
11
List of Detector Assembly Parts
11
Preparation
11
Connecting the Wires to the Delay-Line Anode
12
Assembly of the MCP-Stack
14
Assembly of the MCP-Stack for the DLD40, DLD80 and HEX80
14
Assembly of the MCP-Stack for the DLD120 and HEX120
18
2 Mounting of the Detector and Cable Connections Via Vacuum Feedthrough
23
Mounting of the Detector on a Vacuum-Flange
23
Connecting the Signal Cables to a Feedtrough Flange
25
The FT12TP (Hex) - Feedthrough Flange with Signal Decoupler
26
The Ft4(Tp) for Ft16(Tp) and Det40/75
29
Operation of the MCP Detector with Delay-Line (or Timing) Anode
30
Figure 2.7: Single Hf- Signal - de
30
Initial Startup Procedure
30
Figure 2.8: Typical Amplified Pulse Shape from the
32
General Operation
32
3 The Front-End Timing Electronics Modules: Amplifier & Cfd Module
35
Figure 3.1: the Atr19 Module
35
Figure 3.2: Top Lid of Atr19
36
Signal Inputs and Amplification
36
Figure 3.3: Atr19
37
Figure 3.4: Atr19
37
Cfd Controls and Outputs
38
Figure 3.5: Dlatr
38
Figure 3.6: Dlatr+ Version
38
The Dlatr Board
38
Figure 3.7: Inputs
39
Connecting and Operating the Atr19
40
Figure 3.8: Rear Panel of the Figure 3.9: Atr19-2 B Module
41
Opening the Atr19 Module
41
The ATR19-2(B) Module
42
Figure 3.10: Front and Rear Panel of the Figure 3.11: Typical Amplified Pulse Shape of the
43
Final Adjustment for Detector Operation
43
Figure 3.12: Typical ( Analogue )
44
Figure 3.13: Signal Traces as in
44
Figure 3.14: Overview of Atr19
45
Figure 3.15: Time Sum Spectra from a Delay
45
Connecting the SPS1
46
Figure 3.16: Connectors on the Back of the Figure 3.17: How to Remove the Input Fuse
46
The SPS1(B) Mains Adapter
46
How to Switch the AC Supply Voltage
47
Figure 3.18: Fuse Holder
48
Figure 3.19: Adjusting the Output Voltages
48
Maintenance and Troubleshooting
48
Output Voltage Adjustment
48
Figure 3.20: Opening the Fuse Holder
49
Technical Specifications
49
Troubleshooting the Atr19'S Internal Mains Power Supply
49
Figure 3.21: Remove the Ribbon Cable from the Power Supply
50
Figure 3.22: Output Fuses
50
Figure 3.23: Voltages Near the Output Fuses
51
Figure 3.24: Leds at the Front Panel
51
4 Data Acquisition Hard- and Software
53
The Time-To-Digital-Converters (TDC) for PC
53
Figure 4.1: Hptdc8 Pci Card
53
Tdc8Hp
53
Figure 4.2: Pci2Pcie Adapter Crate with
54
The HM1 / HM1-B
54
The TDC8
55
Hard- and Software Installation
55
Figure 4.3: Hm1-B/Tand Hm1-B
55
Figure 4.5: Tdc8Pci2 Board
55
Tdc8Hp
55
Figure 4.6: Side and Input Panel View of the Figure 4.7: Side and Input Panel View of the
56
Hm1 / Hm1-B
56
Tdc8
57
Connecting the Atr19 or Cfd with the Tdc
57
Hm1 / Hm1-B
58
TDC8HP (or TDC8)
58
Starting the Coboldpc 2011 R3 Software
58
Figure 4.8: Screen after Starting the
59
Hardware Specific Commands: Daq-Parameters and Coordinates
61
Analysis Specific Commands: Dan Parameters and Coordinates
62
Spectra and Condition Definition Commands
65
5 High Voltage Supplies
69
The Hv 2/4 Dual High Voltage Supply Module
69
The BIASET3 with SPS2(Mini)
71
Ba3 Battery Unit
73
Hvt and Hvt4 High Voltage Terminators
74
Hvz Voltage Divider Unit
75
Appendix: (Mcp's)
79
List of Figures
81
R Doentek
82
List of Tables
83
List of Equations
83
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