Verigy V93000 Service Training

Verigy V93000 Service Training
Module 21: Analog Board Overview Module 27: Support Necessities Objective: Given: Study Guide Quiz Answer questions concerning support necessities needed for increased uptime for the V93000 test platform. 90% correct answers are required to get credit for this module.

Analog Board Overview Source / Measure Source Measure Measure DUT NEW
Note: 3 letter descriptions are software ID (SW ID) which are used in the setup files and application programs to specify the hardware. See configuration document issued by Configuration Management Team of SOCBU. NEW 21 - Analog Board

Analog Product Cheat Sheet
Description: Product Name: Official product name shown in the “Product” column at ePAL. At 4.0 release, naming of analog module is maintained by using sample rate or bandwidth. Function: Functional category of the module. It also indicates frequency range. SWID: Software identifier of the module. It is used in model file. Filling Order: Slot numbers (group 6, cage 8) and (group 7, cage 6) are available in large test head system only. Pogo Cable: Type of pogo cable. There are 3 types of the pogo cable identified by cable color. SW Rev.: The module does work on this revision or higher. Relationship between UHSAWG (E9696A, E9696B, E9696C) and Additional Support Rack (E9695A , E9695B): E9696A, E9696B must be installed in E9695A (support starts rev. 2.2). E9696B changes from E9696A: Chassis isolation, cable. E9696C must be installed in E9695B. E9695B changes: Obsolete shared isolation transformer for UHSAWG. E9696C changes: Own isolation transformer. E9703A support part E /69052 are the latest support part according to the board revision up. No specification change. Product is still ‘A’ revision. 21 - Analog Board

Analog Product Cheat Sheet
Note : See the following list for the initial supported software revision of each analog option. 21 - Analog Board

Analog Board Product Cheat Sheet
Note : 21 - Analog Board

AWG / Digitizer / Sampler / DPS
Note: 21 - Analog Board

Analog Board Multi-site Analog (MCA, MCB, MCC)
Note: 21 - Analog Board

Analog Board Filling Rule 4CC
MCA/Bsm : MCA (E9714A) or MCB (E9722A/B) Source & Measure MCA/Bm : MCA (E9715A) or MCB (E9723A/B) Measure MCC: MCC (E9726A/B) Multi-Site Giga Sampler Group 1 (Cage 3) DPS GP1/MS1 Digital DC-DC Group 3 (Cage 1) DPS GP3/MS3 Group 2 (Cage 4) DPS2 HC1/GP2/MS2 Group 8 (Cage 2) Analog DC-DC CLK Clock (Master) CLK Clock (Slave) CLK Clock (Master) CLK Clock (Slave) 226 SPA1/SPB1/ MCC1 225 TIA1 A/B 232 WGA/E1/ MCA/Bsm2 231 WGA/E2/ MCA/Bsm1 230 WGB1/WGD1 229 WGC1,3/WGF1 228 WDB/E1/ MCA/Bm1 227 WDA1/WDD1/WDG1 DPS LN1/GP8/MS8 10 9 8 7 6 5 4 3 2 1 11,12 13,14 To Manipulator Slot Index Digital /302 Digital /102 Digital /308 Digital /306 Digital /304 Digital /104 Digital /106 Digital /108 Digital /324 Digital /124 Digital /318 Digital /320 Digital /322 Digital /122 Digital /120 Digital /118 Digital /110 Digital /310 Digital /116 Digital /114 Digital /112 Digital /312 Digital /314 Digital /316 Test Head Bottom View PinScale Numbering Single Density Numbering Note: 21 - Analog Board

Analog Board Filling Rule 8CC
Digital /302 Digital /102 Digital /308 Digital /306 Digital /304 Digital /104 DPS GP1/MS1 Digital DC-DC Digital /106 Digital /108 Group 3 (Cage 1) Group 4 (Cage 5) Digital /324 Digital /124 Digital /318 Digital /320 Digital /322 Digital /122 DPS GP3/MS3 Digital /120 Digital /118 Digital /332 Digital /132 Digital /326 Digital /328 Digital /330 Digital /130 DPS GP4/MS4 Digital /128 Digital /126 Digital /402 Digital /202 Digital /408 Digital /406 Digital /404 Digital /204 DPS GP5/MS5 Digital /206 Digital /208 Group 6 (Cage 8) Group 2 (Cage 4) DPS LN2/GP7/MS7 Digital /110 Digital /310 Digital /116 Digital /114 Digital /112 Digital /312 DPS HC1/GP2/MS2 Digital /314 Digital /316 Group 7 (Cage 6) Group 8 (Cage 2) Analog DC-DC Group 1 (Cage 3) Group 5 (Cage 7) CLK Clock (Slave) CLK Clock (Master) CLK Clock (Slave) CLK Clock (Master) CLK Clock (Master) CLK Clock (Slave) CLK41 (Master) CLK Clock (Slave) 210 SPA2/SPB2/ MCC2 209 TIA2 A/B 216 WDB/E3/ MCA/Bm3 215 WDA3/WDD3/WDG3 214 WDA4/WDD4/WDG4 213 WDB/E4/ MCA/Bm4 212 WDB/E2/ MCA/Bm2 211 WDA2/WDD2/WDG2 226 SPA1/SPB1/ MCC1 225 TIA1 A/B 232 WGA/E1/ MCA/Bsm2 231 WGA/E2/ MCA/Bsm1 230 WGB1/WGD1 229 WGC1,3/WGF1 228 WDB/E1/ MCA/Bm1 227 WDA1/WDD1/WDG1 DPS LN1/GP8/MS8 218 SPA3/SPB3/ MCC3 Blank 224 WGA/E3/ MCA/Bsm3 223 WGB3/WGD3 222 WGB2/WGD2 221 WGC2,4/WGF2 220 WDB/E5/ MCA/Bm5 219 WDA5/WDD5/WDG5 DPS7 LN3/GP6/MS6 10 9 8 7 6 5 4 3 2 1 11,12 13,14 Slot Index To Manipulator Test Head Bottom View PinScale Numbering Single Density Numbering Note: DC/DC requirement1 : All analog boards (except PPS) require analog dc-dc (supply 16V). DC/DC requirement2 : PPS requires digital dc-dc (supply 3.3 V). Installing PPS to analog card cage (supply 16V) will damage the PPS. Pogo location : Analog pogo block must locates in S2 position. Upgrade notice : Assuming WGB exists already in When user install both WGB and WGD afterward, you don’t need to move installed WGB230. Installed board (WGB) has higher priority. Install new WGB in 222 (WGB-2/WGD-2 position) and WGD in 223 (WGB-3/WGD-3 position). TIA : 209 and 225 allow to install TIA, since the TIA diagnostics and calibration require dedicated circuit on the Analog ACU. MCA (AV8) filling rule consideration : MCA S&M follows the filling order of WGA. MCA M follows the filling order of WDB. These are basic rules for MCA. As an exceptional rule, filling order at 1st and 2nd MCA S&M is exchanged, because there are many WGA installed systems in test house (231 is vacant in most systems). Installing MCA pogo cable to many systems is cost and time consuming. 21 - Analog Board

Large Interface Small Interface
Analog Board Filling Rule DUT Interface To Manipulator Group 7 (Cage 6) Group 8 (Cage 2-LTH / Cage4-STH) Group 2 (Cage 4-LTH / Cage2-STH) Group 6 (Cage 8) Large Interface Small Interface DPS7 LN3/GP6/MS6 UTILITY DPS8 LN1/GP8/MS8 UTILITY DPS2 HC1/GP2/MS2 UTILITY DPS6 LN2/GP7/MS7 UTILITY 224 WGA3/WGE3/ MCA/Bsm3 220 WDB5/WDE5/ MCA/Bm5 232 WGA1/WGE1/ MCA/Bsm2 228 WDB1/WDE1/ MCA/Bm1 116 112 216 WDB3/WDE3/ MCA/Bm3 212 WDB2/WDE2/ MCA/Bm2 224 MCA/Bsm3 220 MCA/Bm5 232 MCA/Bsm2 228 MCA/Bm1 Digital Digital 216 MCA/Bm3 212 MCA/Bm2 223 WGB3/WGD3 219 WDA5/WDD5/ WDG5 231 WGA2/WGE2/ MCA/Bsm1 227 WDA1/WDD1/ WDG1 115 111 215 WDA3/WDD3/ WDG3 211 WDA2/WDD2/ WDG2 223 219 231 MCA/Bsm1 227 Digital Digital 215 211 222 WGB2/WGD2 218 SPA3/SPB3 MCC3 230 WGB1/WGD1 226 SPA1/SPB1 MCC1 114 110 214 WDA4/WDD4/ WDG4 210 SPA2/SPB2 MCC2 222 218 MCC3 230 226 MCC1 Digital Digital 214 210 MCC2 221 WGC2,4/WGF2 217 (Blank) 229 WGC1,3/WGF1 225 TIA1 113 109 213 WDB4/WDE4/ MCA/Bm4 209 TIA2 221 217 229 225 Digital Digital 213 MCA/Bm4 209 Digital Digital Digital Digital Digital Digital Digital Digital 125 129 117 121 101 105 201 205 Digital Digital Digital Digital Digital Digital Digital Digital 126 130 118 122 102 106 202 206 Digital Digital Digital Digital Digital Digital Digital Digital 127 131 119 123 103 107 203 207 Digital Digital Digital Digital Digital Digital Digital Digital 128 132 120 124 104 108 204 208 UTILITY DPS4 GP4/MS4 UTILITY HC2/HV1/GP3/MS3 UTILITY DPS2 GP1/MS1 UTILITY DPS5 HV2/GP5/MS5 Group 4 (Cage 5) Group 3 (Cage1-LTH / Cage1-STH) Group 1 (Cage3-LTH / Cage2-STH) Group 5 (Cage 7) Note: 21 - Analog Board

Analog Board Pogo Block Location
Group 8 (Cage 2-LTH / Cage 4-STH) Orientation marker points to the inside of the test head. S2 for analog S1 for digital DPS S2 for analog S1 for digital S2 for analog S1 for digital S2 for analog S1 for digital S2 for analog S1 for digital Utility S2 for analog S1 for digital S2 for analog S1 for digital S1 for digital S2 for analog Pin Pin 1 Pogo Block Layout at DUT Interface Different pogo block location from digital channel card. Install analog pogo blocks at “S2” position. (AWG, Digitizer, Sampler, & TIA. See next slide for MCA) Install PPS pogo blocks at “S1” position. Install digital pogo blocks at “S1” position. Orientation marker must point to the inside of the test head. This is general rule in any type of pogo block. Important! With PinScale systems, the numbering rule for analog dedicated slots (S2) has kept the same as it was on SD systems. For Example: Analog block 232-S2 is equivalent to digital block 432. DUT Interface Top View Note: Pogo block for all analog module (except for PPS) should place in S2 position. This rule applies as well to the cage 6 and cage 8 analog cages equivalent. PPS should place in S1 position. Orientation marker always points inside of the test head. This is common rule for any type of pogo block. See “Adding or Replacing Pogo Blocks of Service Guide Part 2”. Numbering rule in analog dedicated slot (S2) will be update at double density system release. S2 slot will have +200 offset numbers. For example S2 of 232 becomes 432. 21 - Analog Board

Analog Board Pogo Block Location – MCA / MCB
Pogo Block Layout at DUT Interface and Pogo Cable Use E9716A pogo cable (exchange: E ). It branches out into two analog pogo blocks. You can identify installing position (S1/S2) by labels (P1/P2). Connector (interfacing to MCA/MCB board) is different from other analog boards’. Other analog boards can’t connect. Orientation marker must point to the inside of the test head. This is general rule in any type of pogo block. Group 8 (Cage 2-LTH / Cage 4-STH) Utility Pin Pin 1 S1 for digital S2 for analog S1 for digital Recommended MCA slot DPS S2 for analog S1 for analog S2 for analog S1 for digital S2 for analog S1 for digital S2 for analog S1 for analog S2 for analog S1 for analog S2 for analog S1 for analog S2 for analog P1 for S1 position Orientation marker points to the inside of the TH. P2 for S2 position DUT Interface Top View E9716A MCA/MCB Pogo Cable Assy. Note: Slot 225 is impossible to install multi-channel analog (225 S2 is designed for TIA, which requires different AACU circuitry.) Numbering rule in analog dedicated slot (S2) will be update at double density system release. S2 slot will have +200 offset numbers. For example S2 of 232 becomes 432. 21 - Analog Board

Analog Board Pogo Block Location – MCC
Pogo Block Layout at DUT Interface and Pogo Cable Use E9727A pogo cable (exchange: E ). It branches out into two analog pogo blocks. You can identify installing position (S1/S2) by labels (A/B). Connector (interfacing to MCC board) is different from other analog boards’. Other analog boards can’t connect. Orientation marker must point to the inside of the test head. This is general rule in any type of pogo block. Group 8 (Cage 2-LTH / Cage 4-STH) DPS Utility S2 for analog S2 for analog S1 for analog S1 for analog S2 for analog S2 for analog S1 for analog S1 for analog S2 for analog S2 for analog S1 for digital S1 for analog S2 for analog S2 for analog A for S1 position S1 for digital S1 for digital Recommended MCC slot Pin Pin 1 DUT Interface Top View Orientation marker points to the inside of the TH. B for S2 position E9727A MCC Pogo Cable Assy. Note: Slot 225 is impossible to install multi-channel analog (225 S2 is designed for TIA, which requires different AACU circuitry.) Numbering rule in analog dedicated slot (S2) will be update at double density system release. S2 slot will have +200 offset numbers. For example S2 of 232 becomes 432. 21 - Analog Board

Analog Pogo Pin Layout Orientation Marker a b c 01 a b c 02 03 : 17
Note: For Sampler, pin 9, 11, 13, and 15 are not used as it doesn’t have negative input pins. For AWG (except for UHS AWG), Digitizer, and Sampler, pin 1 (STATUS2), pin 2 (STATUS1), and pin 3 (SYNC DATA) are not used currently. These pins for the future enhancements. Only UHS AWG uses these pins. 21 - Analog Board

Analog Board Pogo Pin Layout
S S1 01 02 03 : 17 Orientation Marker a b c a b c a b c a b c 01 02 03 : 17 Note: 21 - Analog Board

Analog Board Pogo Cable
E9713A (Exchange: E ) E9716A (Exchange: E ) E6998H Exchange (E ) E9727A (Exchange: E ) NEW Note: Use E6998H yellow cable for some analog modules. E6998H (E ) is for SOC DUT I/F. (Long length) E6998G (E ) is for F330 DUT I/F. (Short length) Screws are commonly used for E6998H, E6998G, E9713A, and E9716A. x 2ea (For fixing connector) x 2ea/4ea (For fixing pogo blocks) Same pogo pin is used for digital/analog (E6998H, E9713A, E9716A). (Pogo pins signal, 50pins/bag) 21 - Analog Board

Analog Calibration Unit (E9693C)
Analog Auto Calibration Unit (AACU) AACU is used for calibration and diagnostics of all analog boards. AACU doesn’t have any components/devices, which require NIST calibration. Use label to identify ACU1 or ACU2 AACU Board with Cover Note: Replacement part number difference for ACU1 and ACU2 ACU1 replacement part number : E ACU2 replacement part number : E New part (replacement) number of ACU1 and ACU2 are different. On-board EEPROM in ACU1 was programmed with E data and system software allows only ACU programmed with E data. TIA slot 225/209 (E9693A and E9693C) TIA requires different diagnostics/calibration circuitry from other analog boards (AWG, digitizer, MCA). Therefore, slot 225 and 209 don’t support the these analog boards. Label notice for replacement part (68052 parts) (For your information) E x replacement part has 6105x label, as only 6105x and 6905x board id (on-board EEPROM) are recognized by system software. If you receive 6105x board as replacement part, it is not a logistics or ordering issue. Cover For the parts protection purpose, AACU has cover on the board. Initial shipment of Analog ACU1 didn’t have the protector. Please handle it carefully not hit the parts on the AACU board. 21 - Analog Board

LF Source (WGA, WGE) Key Specifications Note: 21 - Analog Board

VHF/UHF Source (WGB, WGC, WGD, WGF) Key Specifications
WGC detail is written in the next chapter. Note: 21 - Analog Board

WGB, WGD, WDD, SPA, SPB, (WDG)
Master-Slave Connection 224 223 WGB 222 WGB 221 220 219 218 217 TRIG IN TRIG OUT Note for Master-Slave Connection Share the one trigger signal between the analog boards which are connected by the master-slave connection. This (called “Master Trigger Function”) resolves the timing uncertainty between the analog modules. Master-slave connection makes closed loop through TRIG IN and TRIG OUT pins. WGB, WGD, WDD, SPA, and SPB have TRIG IN/TRIG OUT connectors. Use Synchro Cable (E ), which is furnished with these boards. Among the same of WGB, WGD, WDD, SPA, or SPB in the same cage can use master trigger function. Model file description is necessary to use the master trigger function. (Refer to model file slide for WGB, WGD, WDD, SPA, and SPB.) Master trigger function test in diagnostics is executed in low level diagnostics. You must configure TRIG IN and TRIG OUT loop back path for it. WDG has the master-slave function, but you don’t need to wire. (as of 4.3 release) It is future enhancement item. Location of Trigger In/Out Connectors Only for WDG (E9720A) board, cable is soldering. This is future enhancement. Leave the cable as it is. When you choose diagnostics the master-slave function, you must make trigger in to trigger out closed loop in each board as shown in the picture right. Example 2 WGB in cage 6 (group 7) Trigger Trigger Out In Closed loop connection for diagnostics Note Master trigger function achieves the timing skew between the analog modules within +/- 1ns for AWGs, and +/- 1ns for samplers. 2 or more SPA cards installation in a card gage is not defined configuration management except for special configuration. (See filling rule slide.) Therefore, master-slave connection can be seen in WGB, WGD, or WDD installation normally. A WGB and a WGD installation in the same cage, master trigger function doesn’t work. Use of master trigger function is specified in the test program. Master trigger module is also defined in the test program (by firmware command). Wiring and model file description are necessary as installation. About the model file description, see example model file in the AWG detail slide. See “Master Trigger Function” in “System Reference” for detail. 21 - Analog Board

Model File of AWG, WGA, WGE, WGF
ANALOGBOARD 232: TYPE=WGA, CORE=1 231: TYPE=WGA, CORE=1 In case of two WGA installation. Core is always 1. ANALOGBOARD 232: TYPE=WGE, CORE=2 231: TYPE=WGE, CORE=2 In case of two WGE installation. Core is always 2. ANALOGBOARD 229: TYPE=WGF, CORE=1 221: TYPE=WGF, CORE=1 In case of two WGF installation. Core is always 1. Note: 21 - Analog Board

Model File of AWG, WGB, WGD
Only 1 WGB is installed in each cage, TRIG_IN parameter is not necessary. In case of 2 or more WGB (at 222 & 223) in the same cage, TRIG_IN must be set. Only 1 WGD is installed in each cage, TRIG_IN parameter is not necessary. In case of 2 or more WGD (at 222 & 223) in the same cage, TRIG_IN must be set. ANALOGBOARD 230: TYPE=WGB, CORE=1 222: TYPE=WGB, CORE=1 Core is always 1. ANALOGBOARD 230: TYPE=WGB, CORE=1 222: TYPE=WGB, CORE=1, TRIG_IN=223 223: TYPE=WGB, CORE=1, TRIG_IN=222 Describe slot number where the master/slave trigger comes from ANALOGBOARD 230: TYPE=WGD, CORE=1 222: TYPE=WGD, CORE=1 Core is always 1. ANALOGBOARD 230: TYPE=WGD, CORE=1 222: TYPE=WGD, CORE=1, TRIG_IN=223 223: TYPE=WGD, CORE=1, TRIG_IN=222 Describe slot number where the master/slave trigger comes from Note: TRIG_IN is for the master trigger function of the analog synchronization feature and it specifies the module location where the TRIG_IN connector connect to. See “Master Trigger Function” in “System Reference” for detail. 21 - Analog Board

Digitizer WDB, WDE, WDA, WDD, WDG
Key Specifications Note: 21 - Analog Board

Model File of Digitizer WDA, WDB, WDE, WDG
ANALOGBOARD 227: TYPE=WDA, CORE=1 211: TYPE=WDA, CORE=1 Core is always 1. In case of two WDA installation. 227: TYPE=WDG, CORE=1 211: TYPE=WDG, CORE=1 Core is always 1 In case of two WDG installation. 228: TYPE=WDB, CORE=1 212: TYPE=WDB, CORE=1 In case of two WDB installation. 228: TYPE=WDE, CORE=2 212: TYPE=WDE, CORE=2 Core is always 2 In case of two WDE installation. Note: 21 - Analog Board

Model File of Digitizer WDD
ANALOGBOARD 227: TYPE=WDD, CORE=1 211: TYPE=WDD, CORE=1 In case of two WDD installation. Core is always 1. In case of four WDD installation. If 2 or more WDD (215 & 214) are installed in the same card cage, you set TRIG-IN parameters. ANALOGBOARD 227: TYPE=WDD, CORE=1 211: TYPE=WDD, CORE=1 215: TYPE=WDD, CORE=1, TRIG_IN=214 214: TYPE=WDD, CORE=1, TRIG_IN=215 Slot number where the master/slave trigger comes from Note: 21 - Analog Board

Sampler (SPA, SPB, WDD, MCC)

Model File of Sampler SPA, SPB
Only 1 SPA is installed in each cage, TRIG_IN parameter is not necessary. If 2 or more SPAs are installed in the same cage (this is special configuration), you need to set TRIG_IN parameter. Only 1 SPB is installed in each cage, TRIG_IN parameter is not necessary. If 2 or more SPBs are installed in the same cage (this is special configuration), you need to set TRIG_IN parameter. ANALOGBOARD 226: TYPE=SPA, CORE=2 210: TYPE=SPA, CORE=2 218: TYPE=SPA, CORE=2 Core is always 2. ANALOGBOARD 208: TYPE=SPA, CORE=2, TRIG_IN=210 209: TYPE=SPA, CORE=2, TRIG_IN=208 210: TYPE=SPA, CORE=2, TRIG_IN=209 ANALOGBOARD 226: TYPE=SPB, CORE=2 210: TYPE=SPB, CORE=2 218: TYPE=SPB, CORE=2 Core is always 2. ANALOGBOARD 208: TYPE=SPB, CORE=2, TRIG_IN=210 209: TYPE=SPB, CORE=2, TRIG_IN=208 210: TYPE=SPB, CORE=2, TRIG_IN=209 Note: Usually you don’t see the 2 or more samplers installation other than special configuration system. It means you don’t need to connect master slave connection cables and don’t need to set TRIG_IN parameters in model file. TRIG_IN is for the master trigger function of the analog synchronization feature and it specifies the module location where the TRIG_IN connector connect to. See “Master Trigger Function” in “System Reference” for detail. 21 - Analog Board

Multi-site Baseband (MCA) Product Variety
E9714A Multi-site Baseband Analog Source & Measure 4 x AWG(SRCA Module) x Digitizer(MESA Module) x PMU E9715A Multi-site Baseband Analog Measure 8 x Digitizer(MESA Module) x PMU 2 x SRCA Modules 2 x MESA Modules Functions of one SRCA Module: Audio AWG (1Msps 24-bit) Video AWG (100Msps 14-bit) PMU 4 x MESA Modules Functions of one MESA Module: Audio Digitizer (200ksps 24-bit) Video Digitizer (65Msps 14-bit) PMU DSP Note: 21 - Analog Board

Multi-site Analog (MCA, MCB)

Multi-site Baseband (MCA / AV8) Hardware Component
# 1 (SRCA) # 3 (SRCA) # 5 (MESA) # 7 (MESA) # 2 (SRCA) # 4 (SRCA) # 6 (MESA) # 8 (MESA) 2 1 2 3 3 1 Note: 21 - Analog Board

Multi-site Baseband (MCA / AV8) Hardware Component
Analog I/F Module with Heat Sink Front Module Control Cable (Exchangeable) Front Module Analog I/F Module with Heat Sink Power Cable (Soldered to I/F Module) Thermal Sheet (8 ea.) 1 2 3 4 5 6 7 8 Note: 21 - Analog Board

Analog Board Multi-site Baseband (MCA) Module Location
Odd Analog I/F Module Analog I/F Module 1. SRCA Module Even 2. SRCA Module Front Module Front Module 3. SRCA Module 4. SRCA Module 5. MESA Module 6. MESA Module 7. MESA Module 8. MESA Module E9714A E9715A Analog I/F Module Analog I/F Module Odd 1. MESA Module Even 2. MESA Module Front Module Front Module 3. MESA Module 4. MESA Module 5. MESA Module 6. MESA Module 7. MESA Module 8. MESA Module Important Point 1: You must describe module location numbers in model file. - The numbers at either side are all odd or even. - Lower numbers (1 – 4) are at the water hose side. 2: SRCA modules always locate closer to the water hose. Note: 21 - Analog Board

Analog Board Multi-site BB/VHF (MCB) Unit Location
Main Board AWG Unit 1 DTZ Unit 5 DTZ Unit 7 AWG Unit 3 DTZ Unit 8 DTZ Unit 6 AWG Unit 4 AWG Unit 2 Main Board E9722A/B E9723A/B Main Board DTZ Unit 1 DTZ Unit 5 DTZ Unit 7 DTZ Unit 3 DTZ Unit 8 DTZ Unit 6 DTZ Unit 4 DTZ Unit 2 Main Board Important Point 1: You must describe unit location numbers in model file. - The numbers at either side are all odd or even. - Lower numbers (1 – 4) are at the water hose side. 2: SRCB (AWG) units are closer to the water hose. Note: 21 - Analog Board

Analog Board Multi-site Giga Sampler (MCC) Unit Location
Sampler Unit 2 Sampler Unit 4 Sampler Unit 3 Sampler Unit 1 Sampler Module 21 - Analog Board

Analog Board MCA (AV8) – Model File
Example of E9714A Source & Measure ANALOGBOARD section specifies existing slot number of the MCA board. BOARDCONF section specifies the SRCA/MESA configuration in the MCA board. ANALOGBOARD 231: TYPE=MCA BOARDCONF MCA: BOARD=231, MODULE=1, MTYPE=SRCA MCA: BOARD=231, MODULE=2, MTYPE=SRCA MCA: BOARD=231, MODULE=3, MTYPE=SRCA MCA: BOARD=231, MODULE=4, MTYPE=SRCA MCA: BOARD=231, MODULE=5, MTYPE=MESA MCA: BOARD=231, MODULE=6, MTYPE=MESA MCA: BOARD=231, MODULE=7, MTYPE=MESA MCA: BOARD=231, MODULE=8, MTYPE=MESA Board ID for E9714A and E9715A is MCA. SRCA or MESA : Type of hardware at each module location. 1 – 8 : Location of the SRCA and MESA module. (See previous slides. SRCA must be 1 – 4.) Card slot number which is defined in the ANALOGBOARD section. ANALOGBOARD 228: TYPE=MCA BOARDCONF MCA: BOARD=228, MODULE=1, MTYPE=MESA MCA: BOARD=228, MODULE=2, MTYPE=MESA MCA: BOARD=228, MODULE=3, MTYPE=MESA MCA: BOARD=228, MODULE=4, MTYPE=MESA MCA: BOARD=228, MODULE=5, MTYPE=MESA MCA: BOARD=228, MODULE=6, MTYPE=MESA MCA: BOARD=228, MODULE=7, MTYPE=MESA MCA: BOARD=228, MODULE=8, MTYPE=MESA Example of E9715A Measure ANALOGBOARD section specifies existing slot number of the MCA board. BOARDCONF section specifies the SRCA/MESA configuration in the MCA board. Note: 21 - Analog Board

Analog Board MCB / MCC – Model File - Legacy Syntax
Example of E9722 Source & Measure ANALOGBOARD section specifies existing slot number of the MCB board. BOARDCONF section specifies the SRCB/MESB configuration in the MCB board. ANALOGBOARD 231: TYPE=MCB BOARDCONF MCB: BOARD=231, MODULE=1, MTYPE=SRCB, Speed=500Msps MCB: BOARD=231, MODULE=2, MTYPE=SRCB, Speed=500Msps MCB: BOARD=231, MODULE=3, MTYPE=SRCB, Speed=500Msps MCB: BOARD=231, MODULE=4, MTYPE=SRCB, Speed=500Msps MCB: BOARD=231, MODULE=5, MTYPE=MESB MCB: BOARD=231, MODULE=6, MTYPE=MESB MCB: BOARD=231, MODULE=7, MTYPE=MESB MCB: BOARD=231, MODULE=8, MTYPE=MESB Board ID for E9722A/B and E9723A/B is MCB. Speed is 100 or 500Msps. SRCB or MESB : Type of hardware at each location. Card slot number which is defined in the ANALOGBOARD section. 1 – 8 : Location of SRCB and MESB. Example of E9726 Sampler ANALOGBOARD section specifies existing slot number of the MCC board. BOARDCONF section specifies the MESC configuration in the MCC board. ANALOGBOARD 232: TYPE=MCC BOARDCONF MCC: BOARD=232, MODULE=1, MTYPE=MESC MCC: BOARD=232, MODULE=2, MTYPE=MESC MCC: BOARD=232, MODULE=3, MTYPE=MESC MCC: BOARD=232, MODULE=4, MTYPE=MESC Note: 21 - Analog Board

Analog Board MCB / MCC – Model File - New Syntax
Example of E9722 Source & Measure ANALOGBOARD section specifies existing slot number of the MCB board. BOARDCONF section specifies the SRCB/MESB configuration in the MCB board. ANALOGBOARD 231: TYPE=MCB BOARDCONF : TYPE=MCB, MTYPE=SRCB, Speed=500Msps : TYPE=MCB, MTYPE=MESB Board ID for E9722A/B and E9723A/B is MCB. Simplified syntax: One line for all SRCB or MESB units in the MCB board Example of E9723 Measure MCB board is in MCA compatible mode for usage with original MCA test programs. ANALOGBOARD 231: TYPE=MCB, mode=MCA BOARDCONF : TYPE=MCB, MTYPE=MESB MCA mode (optional) Example of E9726 Sampler ANALOGBOARD section specifies existing slot number of the MCC board. BOARDCONF section specifies the MESC configuration in the MCC board. ANALOGBOARD 232: TYPE=MCC BOARDCONF : TYPE=MCC, MTYPE=MESC Simplified syntax: One line for all MESC units in the MCC board Note: 21 - Analog Board

Multi-site Baseband (MCA)
Disassembly ... Ensure You‘re ESD Protected! Wear ESD shoes Wear ESD coat Wear ESD Wrist Strap a c Remove 2 screws Cover plate Remove tape Remove 2 screws Note: 21 - Analog Board

Disassembly ... Ensure You‘re ESD Protected! Wear ESD shoes Wear ESD coat Wear ESD Wrist Strap + G – Label (+, G, –) This side is soldered 3 terminals (See next step) Note: 21 - Analog Board

Disassembly ... Ensure You‘re ESD Protected! Wear ESD shoes Wear ESD coat Wear ESD Wrist Strap Important! When you remove 4 modules at a time, base board (analog interface module and front module) will bend or warp slightly. This bending of the base board will make installation more difficult, as the distance between the connectors at I/F module and front module changes. Note: 21 - Analog Board

Analog Board Multi-site BB/VHF (MCB) - Support Parts
AWG Module E MCB Main Board E 8 ea included in MCB Main Board 2 ea included in AWG Module 2 ea included in Digitizer Module Thermal sheets E Digitizer Module E Note: 21 - Analog Board

Analog Board Multi-site BB/VHF (MCC) - Support Parts
Sampler Module E MCC Main Board E 8 ea included in MCC Main Board 2 ea included in Sampler Module Thermal sheets E Note: 21 - Analog Board

Analog Board MCB/MCC – Module Replacement
... Insure You‘re ESD Protected! Wear ESD shoes Wear ESD coat Wear ESD Wrist Strap 1. Remove screws, lift off the covers 3. Replace thermal sheets (included in spare part) 2. Lift off Module Assemble board with new module in reverse order Note: 21 - Analog Board

Analog Board MCB/MCC – Main Board Exchange
... Insure You‘re ESD Protected! Wear ESD shoes Wear ESD coat Wear ESD Wrist Strap 1. Remove covers Take care that no RF cables are squeezed (MCB only) Cable bending area 2. Remove all Modules Replace all 8 thermal sheets (included in spare part) 3. Change cover plates and gasket fingers to the new Main Board Assemble board in reverse order Note: 21 - Analog Board

Analog Board Maintenance Summary
Routine Maintenance Frequency: 3 months Note: Choose DC/Timing/Both by “Calibration Type” of Calibration GUI. 21 - Analog Board

Information needed Always needed:
complete software release name <Software Revision from UI Report Window> /tmp/ReportWindow.dump /var/opt/hp93000/soc/diagnostic/edc_codes /etc/opt/hp93000/soc/model If Diagnostic fails... /var/opt/hp93000/soc/diagnostic/di_log_file_<most current time> /var/opt/hp93000/soc/diagnostic/di_value_file_<most current time> If Calibration fails... /var/opt/hp93000/soc/calibration/cal_log /var/opt/hp93000/soc/calibration/std_analog__ /var/opt/hp93000/soc/calibration/std_analog__.upper /var/opt/hp93000/soc/calibration/std_analog__.lower If the Application fails… detailed failure description simplified test program 21 - Analog Board

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