ML18142A100

Rev a to Acceptance Test Procedure Atp 447, AD296-Q2-1,-2 Digital Pcba.

ML18142A100
Person / Time
Site:	Surry, 05000000
Issue date:	01/15/1981
From:	VALIDYNE ENGINEERING SALES CORP.
To:
Shared Package
ML18130A405	List: ML18130A403 ML18142A092 ML18142A093 ML18142A094 ML18142A095 ML18142A096 ML18142A097 ML18142A098 ML18142A099 ML18142A100 ML18142A101 ML18142A102 ML18142A103 ML18142A106 ML18142A107 ML18142A108 ML18142A109 ML18142A110 ML18142A111 ML18142A112 ML18142A113 ML18142A114 ML18150A137
References
ATP-447, NUDOCS 8411200415
Download: ML18142A100 (11)

Text

(.--------------------------------------, REVISIONS LTR ECO DESCRIPTION DATE APPROVED A See DCN 111s;s1 Pl5 ff>~

--~

SIGNATURE DATE TITLE AD296-Q2-1,-2 Digital PCBA PROD TEST ENGINEERING I ;i.;1.,,/e"' NUMBER REV QUAL CONTROL .,*. ,o ATP 447 A

SHEET 1 OF 11 8626 WILBUR AVENUE

• NORTHRIDGE. CA 91324 * (213) 886-8488

• Tele>1 No. 65-1303 VEC 304-11/80

AlidyNE ENOINEEIIINQ CDIIPOIIAT1DN ACCEPTANCE TEST PROCEDURE AD296 Q2-l ,-2 1.0 LIST OF TEST EQUIPMENT 1.1 A. AD296 Test Set - No Equivalent B. Digital Multimeter, 4 1/2 place 0.01% basic DC accuracy -

Fluke 8100.

C. Oscilloscope, dual trace - Tektronix T992 D. Voltage Calibrator, Date! DVC 8500 E. Fiber Optic Test Cable F. Qptical Power Meter, Photodyne 88XL with Model 150 Sensor NUMBER REV A

ATP 447 SHEET 2 OF 11 8626 WILBUR AVENUE

• NORTHRIDGE. CA 91324 * (213) 886-8488

• Telex No. 65-1303

idyNE ENGINl!l!IIING COllll'OIIATION TEST PROCEDURE AD296 Q2-1,-2 2.0 SCOPE 2.1 General - This document defines the test equipment and procedural steps which must be followed for complete acceptance testing of the AD296 Q2-1,-2 Digital PCBA. The card will be found acceptable if its performance is within the limits specified in this document.

2.1.1 Conditions - The following conditions will be established for the AD296 acceptance tests, unless noted otherwise herein.

2.1.2 Standard Conditions:

Temperat~re: Room ambient (68°F to 86°F)

Altitude/Pressure: Normal ground Humidity: 90% or less 2 .1.3 Power Requirements for Test Equipment:

115V AC+ 5%, single phase, 60 Hz+ 2%

• 2.2 FAILURES 2.2.1 Failure Definitions - Any test result which does not fall within the tolerances noted in this test procedure shall be construed to be a test failure.

Should a failure occur, the following action will be taken:

A. Prepare a failure report, noting the suspected cause of the failure, and submit the report in accordance with established procedures.

B. Determine the cause of failure. Document defects and repair.

C. Submit analysis to the procuring activity, if required.

D. Rerun the area(s) of this test procedure associated with the fail-ure to insure that the failure has been repaired.

2.2.2 Test Equipment Failures - A failure which occurs in any of the associated test equipments listed shall NOT be considered a test failure. Should a test equip-ment failure occur, the following action will be taken:

A. Determine the cause of failure B. Repair the failure

~. Continue the test procedure NUMBER REV ATP 447 A

SHEET 3 OF 11 8626 WILBUR AVENUE

• NORTHRIDGE. CA 91324 * (213) 886-8488

• Telex No. 65-1303

AlidyNE ENOINEEIIINO CDIIIIOIIATIDN ACCEPTANCE TEST PROCEDURE AD296 Q2-1,-2 2.3 Human Induced Failures - Failures which occur due to human error in the operation of the test are considered human induced failures and shall not be considered test failures. Should a human induced failure occur, that portion of the test affected shall be rerun to satisfactorily demonstrate that the failure was due to operator error.

3.0 ACCEPTANCE TESTS 3.1 Visual acceptance Test - The Digital C~rd shall be visually inspected to insure that it has been constructed in a professional manner

• 3.1.1 Workmanship - The equipment, including all parts and accessories, shall be determined to be constructed and finished in a thoroughly professional manner.

Particular attention shall be given to neatness and thoroughness of soldering, wiring, impregnation of coils, correct marking and installation of components and assemblies, welding and brazing, plating, painting, riveting, machining, machine screw assemblies, fitting, and freedom of parts from burrs and sharp edges.

3.1.2 Finish - Inspect the finish of the Card. Observe that the external sur-face is free of scratches or burrs. Observe that all threaded parts show no indi-cation of cross threading, detrimental or hazardous burrs, or mutilation between attached parts as possible.

NUMBER REV ATP 447 A SHEET 4 OF 11

AlidyNE ENOINEEIIINO CDIIPOIIAT1DN ACCEPTANCE TEST PROCEDURE AD296 Q2-l ,-2 4.0 ELECTRICAL ACCEPTANCE TEST FOR AD296 Q2-l,-2 4.1 After visual inspection is complete, insert Card into Test Fixture connector and apply power to the unit under test.

4.1.1 Current measurements will be made indirectly by reading the Voltage across the sampling resistor Test-Terminals marked +5, +15, and -15 while holding the

• appropriate Test Switch (+5 or +15).

Parameters: Switches on U.U.T. closed (DOWN)

A/D input Grounded TABLE ONE - VOLTAGE MEASUREMENTS Supply Voltage (V) Measured Voltage(mV) Max. Voltage (mV)

+5 49 (for -1) 59 (for -2)

+15

• 55

-15 45 Test Terminals: +5 - lmV/lOmA

+15 - lmV/lmA lmV/lmA 4.1.2 Verify GREEN LED (Output Active) is Illuminated.

4.1.2.1 Depress "Cal" Switch and observe "Cal Buss" lamp on test set illuminated.

Record "OK".

4.1.3 RS 422 Output Fault Test is performed by depressing the appropriate Out Fault Button for less than five seconds and observing that the Green "Output Active" Light is extinguished.

Depress "+ to GRD" Record "OK"

.- to GRD" Record "OK"

"+ to -. Record "OK" NUMBER REV ATP 447 A SHEET 5 OF 11 8626 WILBUR AVENUE

• NORTHRIDGE. CA 91324 * (213) 886-8488

• Telex No. 65-1303

A(idyNE ENQINEEIIINQ COIIPOIIATION ACCEPTANCE TEST PROCEDURE AD296 Q2-l ,-2

.-4.1.3.1 Set All "Piano" Dip Switches to Zero (Down) and observe Link, Sublink and Channel Lamps on test fixture are extinguished. Fr~m Left to Right enable one switch at a time and observe that the corresponding lamp on the Display is illuminated.

Record "OK".

4.1.3.2 Operate all Switches to the Logical "l" position and observe all Link, Sublink, and Channel Lamps are illuminated. Record "OK".

4.1.3.3 Operate Switches to Link 1, Sublink 1, Channel 1.

~

4.1.4 MUX Addressing Test:

4.1.4.1 Remove Power from the Unit under test and install Test Socket in U-5.

Apply Power to the Unit under test.

4.1.4.2 Enable each of the Channel Switches orte at a time from Left to Right and observe MUX Address Lights. Verify that Lamps increment to max. selected channel, then start count over at Channel 1. . Record "OK".

4.1.4.3 Remove Power, reinstall U-5 and reapply Power.

4.2 A/D Converter Calibration:

4.2.1 Adjust Input Voltage to -9.997 VDC and adjust Potentiometer identified as "Zero" for a code of 111 111 lH llZ (Note Z is a 1:erm used for the LSB changing between 1 and 0).

4.2.2 Adjust Input Voltage to +9.993 VDC and adjust Potentiometer identified as "SPAN" for a code of 000 000 OOZ.

NUMBER REV ATP 447 A

SHEET 6 OF 11 8626 WILBUR AVENUE

• NORTHRIDGE. CA 91324 * (213) 886-8488

• Telex No. 65-1303

AlidyNE ENGINEEIIING COIIPOIIAT1DN TEST PROCEDURE AD296 Ql/Q2 4.3 A/D Accuracy Test 4.3.1 NOTE: Values recorded are the most Negative voltage possible to hold the specified code for five seconds.

NOMINAL VOLTAGE CODE ACTUAL VOLTAGE

1. + 9.9951 000000000000

2. + 7.5000 000111111111

3. + 5.0000 001111111111

4. 0.0000 011111111111

5. - 5.0000 101111111111

7. - 7 .5000 110111111111

8. - 9_-9970 1111111111 lZ 4.3.2 Subtract Actual from Nominal and Record Results

1. 5.

2. 6.

3. 7. + 11 MV MAX.

4. 8.

4.4 Adjust Input Voltage for approximately -3.333 VDC for a Code of 101 010 101 010. Operate Polarity switch to Plus(+) and adjust input for a code of 010 101 010 101. This test verifies all Data Lines are independent.

Record "OK".

4.5 Differential Linearity Test NUMBER REV ATP 447 A SHEE-T 7 OF 11 8626 WILBUR AVENUE

• NORTHRIDGE. CA 91324 * (213) 886-8488

• Telex No. 65-1303

AlidyNE ENGINEEIIINO COlll"OIIATION TEST PROCEDURE AD296 Ql/Q2 4.5.1 Using the Voltage Calibrator as in Paragraph 4.3.1 record the Voltages for Codes listed in Table 2.

TABLE TWO Differential Linearity Display Measured Voltage(mV) Calculations 1 001 111 111 101 A-B =

A 2 001 111 111 111 =B B-C

010 000 000 001 C TOTAL=

3 =

4 110 000 000 001

---

= D D-E = - - - -

5 101 111 111 111

---

= E E-F = ----

F TOTAL

6 101 111 111 101 CALCULATION LIMITS OF ACCEPTANCE - Difference: Total:

Min.= SmV Min = 14mV -

Max. = 15mV Max. = 28mV 4.6 Fiber Optic Transmitter Test - Dash 2 Only:

4.6.1 Remove Power from the Card under test and install Test Cable from Fiber Transmitter on the AD296 to Sensor Head on the Optical Power Meter. Select microwatts Range to 199.9.

4.6.1.1 Verify Zero Microwatts.

4.6.2 Apply Power and verify Power Reading in excess of 40 Microwatts.

4.7 Remove Power and route to next Manufacturing sequence.

NUMBER REV ATP 447 A SHEET 8 OF 11 8626 WILBUR AVENUE e NORTHRIDGE. CA ~13_24 * (213) 886-8488 e Telex No. 65-1303

TEST REPORT ASSY AD296-Q2-l, -2 S/0 CUSTOMER W/0 SERIAL NO.

TESTED BY DATE Paragraph/Step Accepted Specification 4.1.1 Current+SV (-2) <590mA

+SV (-1) .<;49QmA

+15V <55mA

-15V <4SmA 4.1.2 Green LED Illuminated 4.1.2.1 Cal Buss LED Illuminated 4.1.3 Output Fault Test

+ to GRD Green LED

- to GRD Extinguished

+ to -

4.1.3.1 All Piano-dip Link Sub--link switches "down" &Channel Lamps "OFF" .

One Switch at a Corresponding time "up" Lamp - one at a time "ON" 4.1.3.2 All switches up All Lamps "ON" 4.1.4.1 Channel Switches MUX Address up one at a time, lamps increment left to right to selected max.

selected chan-nel, then start over at Chan-nel I.

4.2.1 Input@ -9.997 VDC Output Code Adjust ZERO Pot 111 111 111 llZ 4.2.2 Input@ +9.993 VDC Output Code Adjust SPAN Pot 000 000 000 ooz NUMBER ATP 447 REV A

oc SHEET. g*** OF 11 **.

8626 WILBUR AVENUE

• NORTHRIDGE. CA 91324 * (213) 886-8488

• Telex No. 65-1303

( AlidyNE ENOINEEIUNO CORl'OIIATION TEST REPORT AD296-Q2-1, -2 ASSY S/0 CUSTOMER W/0 SERIAL NO.

TESTED BY DATE Paragraph/Step Accepted Specification.

4.3.1 Nominal Actual Voltage Code Voltage (1) +9.995 000 000 000 000 (2) +7.500 000 111 111 111 (3) +5.000 001. 111 111 111 (4) 0 .-000 011 111 111 111 (5) -5.000 101 111 111

• 111 (6) -7.500 110 111 111 111 (7) -9.997 111 111 111 llZ 4.3.2 Nominal minus Actual from above.

(1)

(2)

(3)

(4) 0 +/-0.0llV (5)

(6)

(7) 4.4 Input approximately -3.333 VDC (Adjust Adjust for for code of 101 010 101 010) Output code Apply reverse polarity. 010 101 010 101

(

NUMBER ATP 447 oc SHEET 10 OF 11 8626 WIL_BUR AVENUE

• NORTHRIDGE. CA 9q24 * (213) 886-8488

• Telex No. 65-1303

(

A(idyNE TEST REPORT ENQINEEIIINQ CDRPDIIATION ASSY AD296-Q2-l, -2 S/0 CUSTOMER W/0 SERIAL NO.

TESTED BY DATE Paragraph/Step Accepted Specification 4.5.1 TABLE*2 - DIFFERENTIAL LINEARITY Step CorlP *Measured Voltage (mV) Calculations 1 001 111 111 101 =A . A-B =

2 oo:t-*, 111 111 111 =B B-C =

3 0-HI 000 000 001 =C . Total 4 110 -000 000 , 001 =D  : D-E =

5 -101 111 111 111 =E  : E-F =

6 101 111 111 101 =F  : Total Difference -

Min. 5 mV Max. lSmV .

Total -

Min. 14 mV Max. 28 mV 4.6 AP296-Q2 (-2 only) 4.6.1.1 Power off optical power 0 +/-0.1.,...uW 4.6.2 Power on optical power NUMBER ATP447 REV A

QC SHEET 11 -. OF 11