WP1000AF: Difference between revisions

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* [[Media:061-1742-00.pdf | Tektronix 7A16A Mod 515D Manual]]
* [[Media:061-1742-00.pdf | Tektronix 7A16A Mod 515D Manual]]
}}
}}
The '''Tektronix WP1000AF''' [[DPO|Digial Processing Oscilloscope System]] is a bundle of a [[P7001|DPO]], two [[7A16A]] and two [[7B71]] plugins. All components have additional modifications (Mod 515C or -D), which allows an external computer to control some of the front panel settings. The National Stock Number ([[NSN]]) for this bundle is 6625-01-034-4833.  
The '''Tektronix WP1000AF''' [[SPS|Signal Processing System]] is a bundle of a [[P7001|DPO]], two [[7A16A]] vertical and two [[7B71]] horizontal plugins. All components have additional modifications (Mod 515C or -D), which allows an external computer to control some of the front panel settings. The National Stock Number ([[NSN]]) for this bundle is 6625-01-034-4833.  


===Parts of the WP1000AF bundle===
===Parts of the WP1000AF bundle===
Line 26: Line 26:
| 1
| 1
| 7021-01-038-5028
| 7021-01-038-5028
| P7001 + D7704 + A7704 MOD515C
| P7001 + D7704 + A7704 Mod 515C
|  
|  
|-
|-
| 2
| 2
| 6625-01-037-0091
| 6625-01-037-0091
| 7A16A MOD515D
| 7A16A Mod 515D
|  
|  
|-
|-
| 2
| 2
|
|
| 7B71 MOD515C
| 7B71 Mod 515C
|  
|  
|-
|-
Line 47: Line 47:
| 5305-01-076-3151
| 5305-01-076-3151
| 213-0054-00
| 213-0054-00
| Screw, 6-32, 5/16, PAN
| Screw, 6-32, 5/16, Pan-Head
|}
|}


Line 60: Line 60:
! Pin
! Pin
! Function
! Function
! Input Type
! Data Type
! Range
! Range
! Description
! Description
Line 82: Line 82:
|  
|  
|-
|-
| Single #1
| 5 Single Pins
| Device Code
| Device Code
| open or GND
| colspan="3" style="text-align:center;"| See Table below
|
| GND
|-
| Single #2
| Device Code
| open or GND
|
| GND
|-
| Single #3
| Device Code
| open or GND
|
| GND
|-
| Single #4
| Device Code
| open or GND
|
| GND
|-
| Single #5
| Device Code
| open or GND
|
| #5 Open => Mainframe
|-
|-
| Coax #4
| Coax #4
Line 116: Line 90:
| 8-Bit serial
| 8-Bit serial
| TTL-Compatible
| TTL-Compatible
| Bit 8+7+6: Vert mode<br> Bit 6+5: B Trigger<br> Bit 4+3: A trigger<br> Bit 2+1: Horz mode
| Bit 8+7+6: Vert mode<br> Bit 6+5: B Trigger<br> Bit 4+3: A trigger<br> Bit 2+1: Horz mode<br>Info: Bit 6 is shared
|-
|-
|}
|}


<gallery>
<gallery>
Line 131: Line 103:
Tek_wp1000af_remote_rear.jpg | The additional connectors for remote control (rear view)
Tek_wp1000af_remote_rear.jpg | The additional connectors for remote control (rear view)
Tek_wp1000af_replacement_connectors.jpg | Replacements for the remote control connectors are still available in 2024
Tek_wp1000af_replacement_connectors.jpg | Replacements for the remote control connectors are still available in 2024
Tek_wp1000af_powersuppply.jpeg | The MOD515C needs a permanent 5V supply. The switch to turn off the control illumination was removed
Tek_wp1000af_powersuppply.jpeg | The switch to turn off the control illumination was removed.The MOD515C needs a permanent 5V supply.
Tek_wp1000af_brd_pwrsupply.jpg | Additional connector board on the power supply
Tek_wp1000af_brd_pwrsupply.jpg | Additional connector board on the power supply
Tek_wp1000af_allboards_mainframe.jpg | Most boards of the MOD515C modification
Tek_wp1000af_allboards_mainframe.jpg | Most boards of the MOd 515C modification
Tek_wp1000af_boards.jpeg | Overview on the additional boards in the lower section of the mainframe
Tek_wp1000af_boards.jpeg | Overview on the additional boards in the lower section of the mainframe
Tek_wp1000af_mode_switches.jpg | The modified mode switches.  
Tek_wp1000af_mode_switches.jpg | The modified mode switches.  
Tek_wp1000af_horzmode_top.jpg | MOD515C horizontal mode switch assembly. The lights work independently from the switches.
Tek_wp1000af_horzmode_top.jpg | MOd 515C horizontal mode switch assembly. The lights work independently from the switches.
Tek_wp1000af_horzmode_bottom.jpg | MOD515C horizontal mode switch assembly. The lights work independently from the switches.
Tek_wp1000af_horzmode_bottom.jpg | Mod 515C horizontal mode switch assembly. The lights work independently from the switches.
Tek_wp1000af_vertmode_top.jpg | MOD515C vertical mode switch assembly. The lights work independently from the switches.
Tek_wp1000af_vertmode_top.jpg | Mod 515C vertical mode switch assembly. The lights work independently from the switches.
Tek_wp1000af_vertmode_bottom.jpg | MOD515C vertical mode switch assembly. The lights work independently from the switches.
Tek_wp1000af_vertmode_bottom.jpg | Mod 515C vertical mode switch assembly. The lights work independently from the switches.
Tek_wp1000af_switch_logic.jpeg | The main logic board of the MOD515C
Tek_wp1000af_switch_logic.jpeg | The main logic board of the Mod 515C
Tek_wp1000af_mainlogic_top.jpeg | The main logic board of the MOD515C
Tek_wp1000af_mainlogic_top.jpeg | The main logic board of the Mod 515C
Tek_wp1000af_mainlogic_bottom.jpeg | The main logic board of the MOD515C
Tek_wp1000af_mainlogic_bottom.jpeg | The main logic board of the Mod 515C
Tek_wp1000af_serial_board.jpeg | The serial receiver board
Tek_wp1000af_serial_board.jpeg | The serial receiver board
Tek_wp1000af_serial_top.jpg | The serial receiver board
Tek_wp1000af_serial_top.jpg | The serial receiver board
Tek_wp1000af_serial_bottom.jpg | The serial receiver board
Tek_wp1000af_serial_bottom.jpg | The serial receiver board
Tek_wp1000af_calibrator.jpg | The MOD515C calibrator board  
Tek_wp1000af_calibrator.jpg | The Mod 515C calibrator board  
Tek_wp1000af_maininterface_01.jpg | Additional coax connectors of the plugin interfaces
Tek_wp1000af_maininterface_01.jpg | Additional coax connectors of the plugin interfaces
Tek_wp1000af_maininterface_02.jpg | Additional coax connectors of the plugin interfaces
Tek_wp1000af_maininterface_02.jpg | Additional coax connectors of the plugin interfaces
Line 160: Line 132:
</gallery>
</gallery>


===7A16A MOD515D Plugin===
===7A16A Mod 515D Plugin===


The 7A16A Mod 515D adds the ability to remotely operate the Bandwith, Polarity and Position functions of the plugin.
The 7A16A Mod 515D adds the ability to remotely operate the Bandwith, Polarity and Position functions of the plugin.
Line 178: Line 150:
| Digital
| Digital
| 0 or 5V, TTL compatible
| 0 or 5V, TTL compatible
| +5V => +Up, 0V => invert, open => +Up
| +5V => +Up<br> 0V => invert<br> open => +Up
|-
|-
| Coax #2
| Coax #2
Line 184: Line 156:
| Digital
| Digital
| 0 or 5V, TTL compatible
| 0 or 5V, TTL compatible
| +5V => Full, 0V => 20MHz, open => Full
| +5V => Full<br> 0V => 20MHz<br> open => Full
|-
|-
| Coax #3
| Coax #3
Line 190: Line 162:
| Analog
| Analog
| 0...5V
| 0...5V
| +5V => max upward, 0V => max downward, open => center
| +5V => max upward<br> 0V => max downward<br> open => center
|-
| Single #1
| Device Code
| open or GND
|
| #1 Open => left vertical plugin
|-
|-
| Single #2
| 5 Single Pins
| Device Code
| Device Code
| open or GND
| colspan="3" style="text-align:center;"| See Table below
|
| #2 Open => right vertical plugin
|-
| Single #3
| Device Code
| open or GND
|
| GND
|-
| Single #4
| Device Code
| open or GND
|
| GND
|-
| Single #5
| Device Code
| open or GND
|
| GND
|-
|-
| Coax #4
| Coax #4
Line 231: Line 177:


<gallery>
<gallery>
Tek_7a16a_mod515d_front.jpg | Front view of a 7A16A plugin with MOD515D
Tek_7a16a_mod515d_front.jpg | Front view of a 7A16A plugin with Mod 515D
Tek_7a16a_mod515d_left.jpg | Left side
Tek_7a16a_mod515d_left.jpg | Left side
Tek_7a16a_mod515d_right.jpg | Right side
Tek_7a16a_mod515d_right.jpg | Right side
Tek_7a16a_mod515d_top.jpg | Top side
Tek_7a16a_mod515d_top.jpg | Top side
Tek_7a16a_mod515d_serial.jpg | Closeup of serial number and MOD515D sticker
Tek_7a16a_mod515d_serial.jpg | Closeup of serial number and Mod 515D sticker
</gallery>
</gallery>


===7B71 MOD515C Plugin===
===7B71 Mod 515C Plugin===


The 7B71 Mod 515C adds the ability to remotely operate the triggering level, the position & delay time, the magnifier setting and the trigger-modes.
The 7B71 Mod 515C adds the ability to remotely operate the triggering level, the position & delay time, the magnifier setting and the trigger-modes.
The modifed timebase can be configured as a delaying or as a delayed timebase.
The modifed 7B71 timebase can be configured as a delaying or as a delayed timebase.
 


Pinout of the remote connectors for the horizontal plugins
Pinout of the remote connectors for the horizontal plugins
Line 258: Line 203:
| Analog
| Analog
| 0...5V
| 0...5V
| +5V => max, 0V => min, open => center
| +5V => max<br> 0V => min<br> open => center
|-
|-
| Coax #2
| Coax #2
Line 264: Line 209:
| Analog
| Analog
| 0...5V
| 0...5V
| +5V => max, 0V => min, open => center
| +5V => max<br> 0V => min<br> open => center
|-
|-
| Coax #3
| Coax #3
Line 270: Line 215:
| Analog
| Analog
| 0...5V
| 0...5V
| +5V => max, 0V => min, open => center
| +5V => max<br> 0V => min<br> open => center
|-
| Single #1
| Device Code
| open or GND
|
| GND
|-
| Single #2
| Device Code
| open or GND
|
| GND
|-
|-
| Single #3
| 5 Single Pins
| Device Code
| Device Code
| open or GND
| colspan="3" style="text-align:center;"| See Table below
|
| #3 Open => A horizontal plugin
|-
| Single #2
| Device Code
| open or GND
|
| #4 Open => B horizontal plugin
|-
| Single #5
| Device Code
| open or GND
|
| GND
|-
|-
| Coax #4
| Coax #4
Line 311: Line 230:


<gallery>
<gallery>
Tek_7B71_mod515c_front.jpg | Front view of a 7B71 plugin with MOD515C
Tek_7B71_mod515c_front.jpg | Front view of a 7B71 plugin with Mod 515C
Tek_7B71_mod515c_left.jpg | Left side
Tek_7B71_mod515c_left.jpg | Left side
Tek_7B71_mod515c_right.jpg | Right side
Tek_7B71_mod515c_right.jpg | Right side
Tek_7B71_mod515c_top.jpg | Top side
Tek_7B71_mod515c_top.jpg | Top side
Tek_7B71_mod515c_serial.jpg | Closeup of serial number and MOD515C sticker
Tek_7B71_mod515c_serial.jpg | Closeup of serial number and Mod 515C sticker
</gallery>
</gallery>


==Field of Application==
===Device Code Matrix on the 5 rear Remote Connectors===
 
The single contacts of each connector are grounded in different patterns to provide electrical identification to the computer.
 
{| class="wikitable" style="text-align: center;
|-
! Connector
! Single Pin #1
! Single Pin #2
! Single Pin #3
! Single Pin #4
! Single Pin #5
|-
! style="text-align:left;"|Left vertical plugin
| Open (n.C.)
| GND
| GND
| GND
| GND
|-
! style="text-align:left;"|Right vertical plugin
| GND
| Open (n.C.)
| GND
| GND
| GND
|-
! style="text-align:left;"|Mainframe
| GND
| GND
| Open (n.C.)
| GND
| GND
|-
! style="text-align:left;"|A horizontal plugin
| GND
| GND
| GND
| Open (n.C.)
| GND
|-
! style="text-align:left;"|B horizontal plugin
| GND
| GND
| GND
| GND
| Open (n.C.)
|}
 
 
===Field of Application===


Some parts of the modification indicate that this system was developed either specifically for or in close consultation with Honeywell. Honeywell did some additional, but minor modifications to the WP1000AF system. The feet were modified so that the device could be fixed in place.
Some parts of the modification indicate that the WP1000AF system was developed either specifically for or in close consultation with Honeywell. Honeywell did some additional, but minor modifications to the system. The feet were modified so that the device could be fixed in place. They also added a cable tie holder and a tag to the back of the unit. The result got the Honeywell part-number 10066273-101 and the NSN number 6625-01-060-4390. The pictures on this page show such a device. Honeywell most likely used one of their own type of computer systems to control the DPO.
They also added a cable tie holder and a tag to the back of the unit. The result got the Honeywell part-number 10066273-101 and the NSN number 6625-01-060-4390. The pictures on this page show such a device. Honeywell most likely used one of their own type of computer systems to control the DPO.


The contractors name and the contract number (see picture below) indicate that this specific insturment was involved in the development of the F15 project. And this external page: [https://www.gooding.org/mike/sweatt-award.html Michael J. Gooding, H. W. Sweatt Award] reveals that a WP1000AF system was used in the TITE test environment for the F15 Tactical Electronic Warfare System (TEWS).  
The contractors name and the contract number (see picture below) indicate that this specific insturment was involved in the development of the F15 aircraft project. And this external page: [https://www.gooding.org/mike/sweatt-award.html Michael J. Gooding, H. W. Sweatt Award] reveals that a WP1000AF system was used in the TITE test environment for the F15 Tactical Electronic Warfare System (TEWS).  


===Parts of the Honeywell 10066273-101 bundle===
===Parts of the Honeywell 10066273-101 bundle===
Line 336: Line 304:
| 5365-01-053-8742
| 5365-01-053-8742
| 10057922-101
| 10057922-101
| SPACER,PLATE
| Spacer, plate
| Honeywell
| Honeywell
|-
|-
| 5365-01-052-9612
| 5365-01-052-9612
| 10057922-102
| 10057922-102
| SPACER,PLATE
| Spacer, plate
| Honeywell
| Honeywell
|-
|-
Line 390: Line 358:




==Links==
===Links===
* [https://www.gooding.org/mike/sweatt-award.html Michael J. Gooding on the DPO/WP1000AF]
* [https://www.gooding.org/mike/sweatt-award.html Michael J. Gooding on the DPO/WP1000AF]




[[Category:Signal processing systems]]
[[Category:Signal processing systems]]

Revision as of 09:30, 4 July 2024

Tektronix WP1000AF
Signal processing system

Produced from (?) to (?)

Manuals
(All manuals in PDF format unless noted otherwise)
Manuals – Specifications – Links – Pictures

The Tektronix WP1000AF Signal Processing System is a bundle of a DPO, two 7A16A vertical and two 7B71 horizontal plugins. All components have additional modifications (Mod 515C or -D), which allows an external computer to control some of the front panel settings. The National Stock Number (NSN) for this bundle is 6625-01-034-4833.

Parts of the WP1000AF bundle

Count NSN Number Tek Name/Parts Description
1 7021-01-038-5028 P7001 + D7704 + A7704 Mod 515C
2 6625-01-037-0091 7A16A Mod 515D
2 7B71 Mod 515C
1 Documentation
5305-01-076-3151 213-0054-00 Screw, 6-32, 5/16, Pan-Head

Mainframe

The 7704A Mod 515C adds the ability to remotely operate the vertical, horizontal and triggering modes of the mainframe. Additional connectors on the rear are directly connected to the plugin-compartments to allow remote operations for the plugins.

Pinout of the remote connector for the Mainframe

Pin Function Data Type Range Description
Coax #1 n.C.
Coax #2 n.C.
Coax #3 n.C.
5 Single Pins Device Code See Table below
Coax #4 Remote Control 8-Bit serial TTL-Compatible Bit 8+7+6: Vert mode
Bit 6+5: B Trigger
Bit 4+3: A trigger
Bit 2+1: Horz mode
Info: Bit 6 is shared
  • Front view of the system. The Mainframe and the plugins have remote/local switches

    Front view of the system. The Mainframe and the plugins have remote/local switches

  • Tag indicating the modification

    Tag indicating the modification

  • Remote/local switch on the lower section of the DPO

    Remote/local switch on the lower section of the DPO

  • Rear view of the system

    Rear view of the system

  • Tag added by Honeywell - indicates the later usage of this specific mainframe

    Tag added by Honeywell - indicates the later usage of this specific mainframe

  • The additional connectors for remote control

    The additional connectors for remote control

  • The additional connectors for remote control (rear view)

    The additional connectors for remote control (rear view)

  • Replacements for the remote control connectors are still available in 2024

    Replacements for the remote control connectors are still available in 2024

  • The switch to turn off the control illumination was removed.The MOD515C needs a permanent 5V supply.

    The switch to turn off the control illumination was removed.The MOD515C needs a permanent 5V supply.

  • Additional connector board on the power supply

    Additional connector board on the power supply

  • Most boards of the MOd 515C modification

    Most boards of the MOd 515C modification

  • Overview on the additional boards in the lower section of the mainframe

    Overview on the additional boards in the lower section of the mainframe

  • The modified mode switches.

    The modified mode switches.

  • MOd 515C horizontal mode switch assembly. The lights work independently from the switches.

    MOd 515C horizontal mode switch assembly. The lights work independently from the switches.

  • Mod 515C horizontal mode switch assembly. The lights work independently from the switches.

    Mod 515C horizontal mode switch assembly. The lights work independently from the switches.

  • Mod 515C vertical mode switch assembly. The lights work independently from the switches.

    Mod 515C vertical mode switch assembly. The lights work independently from the switches.

  • Mod 515C vertical mode switch assembly. The lights work independently from the switches.

    Mod 515C vertical mode switch assembly. The lights work independently from the switches.

  • The main logic board of the Mod 515C

    The main logic board of the Mod 515C

  • The main logic board of the Mod 515C

    The main logic board of the Mod 515C

  • The main logic board of the Mod 515C

    The main logic board of the Mod 515C

  • The serial receiver board

    The serial receiver board

  • The serial receiver board

    The serial receiver board

  • The serial receiver board

    The serial receiver board

  • The Mod 515C calibrator board

    The Mod 515C calibrator board

  • Additional coax connectors of the plugin interfaces

    Additional coax connectors of the plugin interfaces

  • Additional coax connectors of the plugin interfaces

    Additional coax connectors of the plugin interfaces

P7001

The only modification to the P7001 was done on the z-axis/front panel pcb. A switch allowed to change to a longer timeout period for the external computer.

  • Z-Axis/Frontpanel pcb with additional switch and timing resistor

    Z-Axis/Frontpanel pcb with additional switch and timing resistor

  • Z-Axis/Frontpanel pcb with additional switch and timing resistor

    Z-Axis/Frontpanel pcb with additional switch and timing resistor

7A16A Mod 515D Plugin

The 7A16A Mod 515D adds the ability to remotely operate the Bandwith, Polarity and Position functions of the plugin.

Pinout of the remote connectors for the vertical plugins

Pin Function Input Type Range Description
Coax #1 Polarity Digital 0 or 5V, TTL compatible +5V => +Up
0V => invert
open => +Up
Coax #2 Bandwith Digital 0 or 5V, TTL compatible +5V => Full
0V => 20MHz
open => Full
Coax #3 Position Analog 0...5V +5V => max upward
0V => max downward
open => center
5 Single Pins Device Code See Table below
Coax #4 n.C.
  • Front view of a 7A16A plugin with Mod 515D

    Front view of a 7A16A plugin with Mod 515D

  • Left side

    Left side

  • Right side

    Right side

  • Top side

    Top side

  • Closeup of serial number and Mod 515D sticker

    Closeup of serial number and Mod 515D sticker

7B71 Mod 515C Plugin

The 7B71 Mod 515C adds the ability to remotely operate the triggering level, the position & delay time, the magnifier setting and the trigger-modes. The modifed 7B71 timebase can be configured as a delaying or as a delayed timebase.

Pinout of the remote connectors for the horizontal plugins

Pin Function Input Type Range Description
Coax #1 Trigger Level Analog 0...5V +5V => max
0V => min
open => center
Coax #2 Delay Time Mult. Analog 0...5V +5V => max
0V => min
open => center
Coax #3 Position Analog 0...5V +5V => max
0V => min
open => center
5 Single Pins Device Code See Table below
Coax #4 Trigger & Mag. 8-Bit serial TTL-Compatible Bit 8: Mag
Bit 7: Trig Slope
Bit 6+5: Trig Coupl.
Bit 4+3: Trig Mode
Bit 2+1: Trig Source
  • Front view of a 7B71 plugin with Mod 515C

    Front view of a 7B71 plugin with Mod 515C

  • Left side

    Left side

  • Right side

    Right side

  • Top side

    Top side

  • Closeup of serial number and Mod 515C sticker

    Closeup of serial number and Mod 515C sticker

Device Code Matrix on the 5 rear Remote Connectors

The single contacts of each connector are grounded in different patterns to provide electrical identification to the computer.

Connector Single Pin #1 Single Pin #2 Single Pin #3 Single Pin #4 Single Pin #5
Left vertical plugin Open (n.C.) GND GND GND GND
Right vertical plugin GND Open (n.C.) GND GND GND
Mainframe GND GND Open (n.C.) GND GND
A horizontal plugin GND GND GND Open (n.C.) GND
B horizontal plugin GND GND GND GND Open (n.C.)


Field of Application

Some parts of the modification indicate that the WP1000AF system was developed either specifically for or in close consultation with Honeywell. Honeywell did some additional, but minor modifications to the system. The feet were modified so that the device could be fixed in place. They also added a cable tie holder and a tag to the back of the unit. The result got the Honeywell part-number 10066273-101 and the NSN number 6625-01-060-4390. The pictures on this page show such a device. Honeywell most likely used one of their own type of computer systems to control the DPO.

The contractors name and the contract number (see picture below) indicate that this specific insturment was involved in the development of the F15 aircraft project. And this external page: Michael J. Gooding, H. W. Sweatt Award reveals that a WP1000AF system was used in the TITE test environment for the F15 Tactical Electronic Warfare System (TEWS).

Parts of the Honeywell 10066273-101 bundle

NSN Number Component part number Description Manufacturer
5365-01-053-8742 10057922-101 Spacer, plate Honeywell
5365-01-052-9612 10057922-102 Spacer, plate Honeywell
6625-01-034-4833 WP1000AF Oscilloscope Tektronix
TY24M Cable tie Thomas & Betts
TC5342A Cable tie holder Thomas & Betts
MS24693C50 Screw Military Standards
33A1-13-484-1 Documentation Ordnance Corps
10063681-222 Honeywell
5310-01-082-3879 10057921-102 Nut Honeywell


  • Replaced foot

    Replaced foot

  • Replaced foot

    Replaced foot

  • Replaced foot

    Replaced foot

  • Tag added by Honeywell - indicates the later usage of this mainframe

    Tag added by Honeywell - indicates the later usage of this mainframe

  • A picture containing a WP1000AF system in the 1970ies

    A picture containing a WP1000AF system in the 1970ies


Links

Retrieved from "https://w140.com/tekwiki/index.php?title=WP1000AF&oldid=95183"