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AE Techron 7224 Linear Power Amplifier Manuals
Manuals and User Guides for AE Techron 7224 Linear Power Amplifier. We have
4
AE Techron 7224 Linear Power Amplifier manuals available for free PDF download: Operator's Manual, Step-By-Step Manual, Setup Instructions
AE Techron 7224 Operator's Manual (49 pages)
Single-Channel Industrial Amplifier for Demanding, High-Power Systems
Brand:
AE Techron
| Category:
Amplifier
| Size: 21 MB
Table of Contents
Declaration of Conformity
3
Table of Contents
4
1 Introduction
6
Features
6
Figure 1.1 - 7224 Front Panel
6
2 Amplifier Setup
7
Safety First
7
Unpacking
7
Installation
7
Connecting the Load
8
Connecting the Input Signal
8
Figure 2.1 - 7224 Back Panel
8
Figure 2.2 - Connecting the Load
8
Figure 2.3 - Closeup of the Output Terminals
8
Figure 2.4 - Closeup of SIM Card
9
Figure 2.5 - Wiring for Unbalanced or Balanced Input Connector
9
Connecting the AC Supply
10
Start-Up Procedure
10
Figure 2.6 - Closeup of AC Mains Outlet
10
Figure 2.7 - Sample of Configurations Setting Label
10
3 Amplifier Operation
11
Front-Panel Controls
11
Figure 3.1 - Power Switch
11
Figure 3.2 - Gain Control
11
Figure 3.3 - Push Buttons
11
Front-Panel Indicators
12
Figure 3.4 - Indicators
12
Figure 3.5 - Main Status Indicators for Stand-Alone Amplifiers
12
Figure 3.6 - Fault Status Indicators for Stand-Alone Amplifiers
13
Figure 3.7 - Main Status Indicators for Multi-Amplifier Systems
14
Figure 3.8 - Fault Status Indicators for Multi-Amplifier Systems
15
Back-Panel Controls and Connectors
17
Figure 3.9 - Back Panel Controls and Connectors
17
4 Advanced Configuration
18
Configuration Access Panel
18
Configuration Settings Located on the Main Board
18
Figure 4.1 - Access Panel Screw Locations
18
Figure 4.2 - Main Board Location Inside Access Panel
19
Figure 4.3 - Master/Slave Setting
19
Figure 4.4 - Gain Trim Control
19
Figure 4.5 - Controlled-Voltage/Controlled-Current Mode Setting
20
Figure 4.6 - Compensation Setting
20
Figure 4.7 - Run Mode/Stop Mode on Power-Up Setting
20
Configuration Settings Located on the Power Supply Board
21
Figure 4.8 - Standby Mode on over Temp Setting
21
Figure 4.9 - Standby Mode on over Load Setting
21
Figure 4.11 - Location of Amplifier High-Voltage Transformer Sockets
22
Figure 4.10 - Accessing the Power Supply Board
22
Figure 4.12 - J3 and J7 Plug Locations for High-Current Output
22
Figure 4.13 - J4 and J8 Plug Locations for High-Voltage Output
22
Figure 4.14 - Bi-Level Power Switch Location
23
5 Applications
24
Remote Status and Control Using the SIM Interlock I/O Connector
24
Figure 5.1 - Remote Status and Control Pinouts
24
Figure 5.2 - Remote Run/Standby Monitor
24
Figure 5.3 - Remote Status and Reset Schematic
25
Figure 5.4 - Remote Enable/Standby
26
Figure 5.5 - Remote Voltage Monitoring
27
Figure 5.6 - Remote Current Monitoring
27
Controlled Current Operation
28
Figure 5.7 - Remote Current Monitoring, Alternate Method
28
Figure 5.8 - Input to Output Comparison, Controlled-Voltage Operation
28
Figure 5.9 - Input to Output Comparison, Controlled-Current Operation
29
Figure 5.10 - Factory-Installed Default RC Network
29
Figure 5.11 - Custom Compensation Location
31
Figure 5.12 - Compensation Effects on Waveform
31
Multi-Amplifier Systems
32
Figure 5.13 - Square Wave Showing a Decrease in R Is Required
32
Figure 5.14 - Square Wave Showing an Increase in R Is Required
32
Figure 5.15 - Square Wave Showing an Increase in C Is Required
32
6 Amplifier Signal Flow
37
Input Signals
37
AC Mains Power
37
Figure 6.1 - Board-Level Functional Block Diagram
37
7 Maintenance
38
Clean Amplifier Filter and Grills
38
8 Troubleshooting
39
Introduction & Precautions
39
Visual Inspection
39
Figure 8.1 - +VCC and -VCC Point Locations
39
No Signal
40
No Leds Illuminated or no Fans
40
Overvoltage LED Lit
40
Standby LED Remains Illuminated
40
Figure 8.2 - Fuse F1 Location
40
Figure 8.3 - Interlock I/O Connector
40
Amplifier Overheats (over Temp Fault Condition)
41
Fault LED Is Illuminated
41
Factory Service
41
9 Specifications
43
Physical Characteristics
44
Figure 9.1 - Voltage Potential Vs. Frequency
45
Figure 9.2 - Frequency Response
45
Figure 9.3 - Noise Vs. Frequency
45
Figure 9.4 - Continuous Power Vs. Frequency
45
Figure 9.5 - Thermal Performance
45
Figure 9.6 - DO 160 Section 18.2 AC Power Processing
45
Figure 9.7 - DC Current over Time at 13.5 VDC
46
Figure 9.8 - DC Current over Time, 2-Ohm Load
46
Figure 9.9 - DC Current over Time 3-Ohm Load
46
Figure 9.10 - DC Current over Time, 4-Ohm Load
46
Figure 9.11 - DC Current over Time Comparison with 4-Ohm Load
46
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AE Techron 7224 Operator's Manual (50 pages)
Single-Channel Industrial Amplifiers for Demanding, High-Power Systems
Brand:
AE Techron
| Category:
Amplifier
| Size: 3 MB
Table of Contents
Declaration of Conformity
3
Table of Contents
4
1 Introduction
6
Features
6
Figure 1.1 - 7224 & 7226 Front Panels
6
2 Amplifier Unpacking and Installation
7
Safety First
7
Unpacking
7
Installation
7
3 Connections and Startup
8
Other Operation Modes and Configurations
8
Connecting the Load
8
Figure 3.1 - 7224/7226 Back Panel
8
Connecting the Input Signal
9
Figure 3.2 - Closeup of the Output Terminal Resistor
9
Figure 3.3 - Connecting the Load
9
Figure 3.4 - Closeup of SIM Card
9
Connecting the AC Supply
10
Figure 3.5 - Wiring for Unbalanced or Balanced Input Connector
10
Figure 3.6 - Closeup of AC Mains Outlet
10
Figure 3.7 - Sample of Configurations Setting Label
10
Start-Up Procedure
11
4 Amplifier Operation
12
Front-Panel Controls
12
Figure 4.1 - Power Switch
12
Figure 4.2 - Gain Control
12
Figure 4.3 - Push Buttons
13
Figure 4.4 - Indicators
13
Figure 4.5 - Main Status Indicators
13
Figure 4.6 - Fault Status Indicators
14
Back-Panel Controls and Connectors
15
Figure 4.7 - Back Panel Controls and Connectors
15
5 Advanced Configuration
16
Configuration Access Panel
16
Configuration Settings Located on the Main Board
16
Figure 5.1 - Access Panel Screw Locations
16
Figure 5.2 - Main Board Location Inside Access Panel
17
Figure 5.3 - Master/Slave Setting
17
Figure 5.4 - Gain Trim Control
17
Figure 5.5 - Controlled-Voltage/Controlled-Current Mode Setting
18
Figure 5.6 - Compensation Setting
18
Configuration Settings Located on the Power Supply Board
19
Figure 5.7 - Run Mode/Stop Mode on Power-Up Setting
19
Figure 5.8 - Standby Mode on over Load Setting
19
Figure 5.9 - Accessing the Power Supply Board
20
Figure 5.10 - Location of Amplifier High-Voltage Transformer Sockets
20
Figure 5.11 - J3 and J7 Plug Locations for High-Current Output
20
Figure 5.12 - J4 and J8 Plug Locations for High-Voltage Output
20
Figure 5.13 - Bi-Level Power Switch Location
20
Output Settings
21
6 Applications
22
Remote Status and Control Using the SIM Interlock I/O Connector
22
Figure 6.1 - Remote Status and Control Pinouts
22
Figure 6.2 - Remote Run/Standby Monitor
22
Figure 6.3 - Remote Status and Reset Schematic
23
Figure 6.4 - Remote Enable/Standby
24
Figure 6.5 - Remote Current Monitoring
25
Figure 6.6 - Remote Current Monitoring, Alternate Method
25
Controlled Current Operation
26
Figure 6.7 - Input to Output Comparison, Controlled-Voltage Operation
26
Figure 6.8 - Input to Output Comparison, Controlled-Current Operation
26
Figure 6.9 - Factory-Installed Default RC Network
27
Figure 6.10 - Custom Compensation Location
29
Figure 6.11 - Compensation Effects on Waveform
29
Figure 6.12 - Square Wave Showing a Decrease in R Is Required
29
Figure 6.13 - Square Wave Showing an Increase in R Is Required
29
Figure 6.14 - Square Wave Showing a Decrease in C Is Required
29
Multi-Amplifier Systems
30
Accessory Recommendations by System Type
31
Figure 6.15 - Main Status Indicators for Multi-Amplifier Systems
32
Figure 6.16 - Fault Status Indicators for Multi-Amplifier Systems
33
7 Amplifier Signal Flow
38
Input Signals
38
AC Mains Power
38
Figure 7.1 - Board-Level Functional Block Diagram
38
8 Maintenance
39
Clean Amplifier Filter and Grills
39
9 Troubleshooting
40
Introduction & Precautions
40
Visual Inspection
40
Figure 9.1 - +VCC and -VCC Point Locations
40
No Signal
41
No Leds Illuminated or no Fans
41
Overvoltage LED Lit
41
Standby LED Remains Illuminated
41
Figure 9.2 - Fuse F1 Location
41
Figure 9.3 - Interlock I/O Connector
41
Amplifier Overheats (over Temp Fault Condition)
42
Fault LED Is Illuminated
42
Factory Service
42
10 Specifications
44
Figure 10.1 - 7224 Voltage Potential Vs. Frequency
46
Figure 10.2 - 7226 Voltage Potential Vs. Frequency
46
Figure 10.3 - 7224 & 7226 Frequency Response
46
Figure 10.4 - 7224 Noise Vs. Frequency
46
Figure 10.5 - 7224 Continuous Power Vs. Frequency
46
Figure 10.6 - 7224 Thermal Performance
46
Figure 10.7 - 7224 DC Current over Timeat 13.5 VDC
47
Figure 10.8 - 7224 DC Current over Timecomparison with 4-Ohm Load
47
Figure 10.9 - 7224 DO 160 Section 18.2 AC Power Processing
47
AE Techron 7224 Step-By-Step Manual (32 pages)
multi-amp system
Brand:
AE Techron
| Category:
Amplifier
| Size: 1 MB
Table of Contents
Table of Contents
2
1 Multi-Amp Systems Using 2100 or 7000 Series Amplifiers
4
Safety First
4
Overview
4
Multi-Amp Configuration Accessories
4
Figure 1.1 - Maximum Continuous Output in 7000-Series Multi-Amp Systems
4
Accessory Recommendations by System Type
5
2 Multi-Amp System Principles
6
One Master Amplifier for Series Systems
6
All Master Amplifiers for Parallel Systems
6
Use Only 7000-Series Amplifiers of the same Model Number
6
Use Correct Wiring
6
When Constructing Output Wiring, Use These Basic Criteria
6
Operate with Safety in Mind
6
3 Series Systems Configuration and Wiring
7
Choosing Single-Ended or Differential Configuration for Two-Amplifier Systems
7
Configure SIM-BNC-OPTOC Input Cards
7
Figure 3.1 - Two in Series: Single-Ended Vs. Differential
7
Figure 3.2 - SIM-BNC-OPTOC Card Jumper Locations
7
Install SIM-BNC-OPTOC Input Cards in Amplifiers
8
Configure Amplifiers' Main Boards for Slave Operation
8
Remove Output Terminal Resistor
9
Attach Master/Slave Labels (Optional)
9
Figure 3.3 - 7224 Amplifier Access Panel Screw Locations
9
Figure 3.4 - Master/Slave Jumper Locations
9
Figure 3.5 - 7224 Output Terminal Resistor
9
Figure 3.6 - 7548/7796 Output Terminal Resistor
9
Series System Wiring
10
Two in Series - Differential
10
Figure 3.7 - Terminating the Amplifier Input
10
Figure 3.8 - Verifying DC Offset
11
Figure 3.9 - Verifying Amp Gain
11
Figure 3.10 - Verifying System Gain
12
Figure 3.11 - Two Amplifiers in Series - Differential Configuration
12
Two or Three in Series - Single Ended
13
Figure 3.12 - Terminating the Amplifier Input
13
Figure 3.14 - Verifying Amp Gain
14
Figure 3.13 - Verifying DC Offset
14
Figure 3.15 - Verifying System Gain
15
Figure 3.16 - Two Amplifiers in Series - Single-Ended Configuration
15
Figure 3.17 - Three Amplifiers in Series - Single-Ended Configuration
16
4 Parallel Systems Configuration, Wiring and Balancing
17
Install Ballast Resistors
17
Figure 4.1 - 7224 Ballast Resistor Mounting
17
Figure 4.2 - 7796 Ballast Resistor Mounting
17
Figure 4.3 - 7224 Ballast Resistor Connected to Output Terminal
17
Figure 4.4 - 7796 Ballast Resistors Connected to Output Terminal
17
Main Board Access
18
Disable Gain Controls (7224 Amplifiers Only)
18
Figure 4.5 - Access Panel Screw Locations
18
Figure 4.6 - Gain Control Connection on Main Board
18
Parallel System Balancing
19
Connect for Balancing
19
Figure 4.7 - Gain Control Pin Settings
19
Figure 4.8 - Connecting for Balancing (Four in Parallel Shown)
19
Verify Interlock Operation
20
Adjust DC Offset
20
Wire and Connect Parallel Inputs
20
Figure 4.9 - Terminating the Amplifier Input
20
Figure 4.10 - Main Board Balancing Control Locations
20
Verify and Adjust Amplifier Gain
21
Figure 4.11 - Wiring and Test Points for DC Offset
21
Figure 4.12 - Wiring the Paralleled Input Wire
21
Figure 4.13 - Optional BNC Parallel Input Wiring (Three in Parallel Shown)
21
Amplifier Gain Matching
22
Figure 4.14- Wiring and Test Points for Amp Gain
22
Figure 4.15- Wiring and Test Points for Gain Matching
23
Verify Minimal Circulating Currents
24
Verify Current Sharing
24
Figure 4.16 - Two Amplifiers Paralleled
24
Figure 4.17 - Three Amplifiers Paralleled
25
Figure 4.18 - Four Amplifiers Paralleled
26
Appendix A Wire Current-Carrying Capacity
27
Figure A-1 - Wire Current-Carrying Capacity Chart
27
Appendix B Critical Wire Lengths in Parallel Systems
28
Figure B-1 - Critical Wire Lengths in Parallel Systems
28
Appendix C Building Parallel System Output Cables
29
Figure C-1 - Output Cables Constructed for Use in a Two-In-Parallel System
29
Appendix D Building the DB-25 Interlock Cable
30
Figure D-1 - DB-25 Cable Wiring for a Four-In-Parallel System
30
Appendix E Returning Slave Amplifiers to Stand-Alone Use
31
Figure E-1 - 7224 Access Panel Screw Locations
31
Figure E-2 - Master/Slave Jumper Locations
31
Figure E-3 - Output Terminal Resistor
31
Figure E-4 - 7548/7796 Output Terminal Resistor
31
Figure E-5 - SIM-BNC-OPTOC, Factory Default Settings
32
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AE Techron 7224 Setup Instructions (5 pages)
Parallel Amplifier System
Brand:
AE Techron
| Category:
Amplifier
| Size: 0 MB
Table of Contents
Table of Contents
2
Table of Contents
3
Introduction
3
Special High-Frequency Applications
3
Parallel Operation
3
Figure 2.1 - Circulating Ground Current Bleed Resistor
3
Access the Main Board
4
Master/Slave Settings
4
Remove Output Cables
4
Verify CV Setting
4
Enable Amplifiers
5
Measure Current
5
Measure Voltage
5
Power down
5
Reconnect
5
Figure 2.5 - Slave Gain Trim
5
Figure 2.4 - CC / CV Setting
5
Figure 2.3 - Master / Slave Setting
5
Figure 2.6 - IMON Current Monitor
5
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