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PN-L702B/L602B　SERVICE MENU/VARIOUS SETTING TOOL OPERATING PROCEDURES

 4 – 41

Default of AGC Config and Scan Config are decided to configuration file

(

3Refer to page 4 - 45  "(8) CHANGE CONFIGRATION".), but they

can be changed by pull-down.

1 ) AGC Config

Press [Check] button when item of “AGC Config” is “AGC -5db” or

“AGC -4db” or “AGC -2db” or “AGC 0db”. After AGC is fixed to

appropriate value, state of LED/Sensor is obtained. 
Press [Check] button when item of “AGC Config” is “AGC AUTO”.

The error of process check item is checked, and error information

is displayed if there is error, and after AGC is adjusted by the auto-
matic operation, state of LED/Sensor is obtained if there isn’t error. 

Press [Check] button when item of “AGC Config” is “Current”. State

of LED/Sensor is obtained without the change in AGC. Item of
“Current” can be switched to display (AGC_TEST=2) or nondisplay

(AGC_TEST=1) by “AGC_TEST” of configuration file (

page 4 - 45  "(8) CHANGE CONFIGRATION".). If it is
AGC_TEST=0, the change in item of “AGC Config” is impossible

and configuration is always a setting of “Current”.

2 ) Scan Config

Invalid configration of short scan is done when item of “Scan Con-

fig” is changed to “NORMAL ONLY”, and it is taken back when item
of “Scan Config” is changed to “DEFAULT”.

9 Save File

Press [Save File] button, and the data dis-

played in Pwd order is saved to a file in CSV 
format.

F Exit

Press [Exit] button, and this tool is finished.

PN-L702B/L602B　SERVICE MENU/VARIOUS SETTING TOOL OPERATING PROCEDURES

 4 – 42

“(3)” and “(4)” explains the operation when [Check] is pressed. When

item of “AGC Config” isn’t “AGC AUTO”, look at “(4)” because process
of “(3)” isn’t done. When item of “AGC Config” is “AGC AUTO”, the error

is checked by the following five steps. Moreover, step which is checked

by all attenuators is executed in order of -5db, -4db, -2db, and 0db (Cor-
respond step is step3) and step4.).

The error is put out if there is a sensor in specified attenuator

(*AGC_FIXTEST_ATTENUATOR_SETTING) that exceeds the accept-
able distance from average value of OFF value

(*AGC_FIXTEST_PD_OFF_RANGE).

The error is put out if there is a sensor in specified attenuator that is
smaller than Acceptable minimum value of DIFF value

(*AGC_FIXTEST_PD_DIFF_RANGE).

The error is put out if there is a sensor in either of attenuator that
exceeds the acceptable distance from average value of OFF value

(*AGC_RANGETEST_PD_OFF_RANGE).

The error is put out if there is a sensor in either of attenuator that is

smaller than Acceptable minimum value of DIFF value
(*AGC_RANGETEST_PD_DIFF_RANGE).

The error is put out if there isn’t validity of DIFF value.

Average DIFF value increases as the attenuator value increases until
attenuator value that is first attenuator whose average DIFF value isn’t

less than Monotone increase limit value of DIFF

value(*AGC_RANGETEST_PD_DIFF_LINEAR_TH).

Average DIFF values is bigger than High gain side descent of DIFF
value (*AGC_RANGETEST_PD_DIFF_REVERSE_TH) after first atten-

uator whose average DIFF value isn’t less than Monotone increase limit

value of DIFF value appears. 

If error is detected from either of sensor or substrate, it doesn’t proceed
to the next step. All substrates are evaluated in the step where the error

was detected. Moreover, if error is detected in a certain attenuator

value, it doesn’t proceed to the next attenuator value.

If there is no error in five steps of the above, AGC Configuration taken
back and process of “(4)” is done. If there is an error, information of

error is displayed.
3Refer to page 4 - 43  "(5) DISPLAY INFORMATION OF ERROR".

The variable shown by “ * ” can set configuration value.
3Refer to page 4 - 45  "(8) CHANGE CONFIGRATION".

Diagnostic data is obtained, and the data is displayed in substrate order

and difference between ON value and OFF value order. 
Moreover, Status, Service Information, and Result (OK: Green, NG:

Red) are updated from obtained data. 

If [Check] button is pressed when item of “AGC Config” is “AGC -5db” or
“AGC -4db” or “AGC -2db” or “AGC 0db”, the diagnosis is executed with

the AGC Configuration set to the appropriate fixed value.(AGC Configu-

ration is taken back after diagnostic.) 
If item of “AGC Config” is “AGC AUTO”, attenuator values (0:-5db, 1:-

4db, 2:-2db, 3:0db) of each substrate in “Status” in addition.

1 Area

LED PWB name

2 Point

LED location

3 LED

LED status 
[(Description) Normal: OK, Abnormal: E01]

4 Sensor

Sensor status 
[(Description) Normal: OK, Abnormal: E01]

5 ON

Sensor value with the LED on.

6 OFF

Difference between the sensor values with the 

LED on and off.

7 DIFF

Difference between the sensor values with LED 

on and off.

1 Area

LED PWB name

2 Point

LED location

3 Status

LED status 
[(Description) Normal: OK, Abnormal: NG]

4 DIFF

Difference between the sensor values with LED 
on and off.

PN-L702B/L602B　SERVICE MENU/VARIOUS SETTING TOOL OPERATING PROCEDURES

 4 – 43

Number of error step (ErrStep) and attenuator value (ATT) are dis-
played in “Status”. The error step is displayed in the substrate where

the error is detected and “OK” is displayed in the substrate where the

error is not detected in the “ErrStep”. Attenuator value when the error is
detected is displayed in “ATT”. 

The data in attenuator value when the error is detected is displayed in

Pwb order and LED Difference order. Moreover, the sensor where the
error was detected is displayed by the deficit.

Number of error step (ErrStep) is displayed in “Status”. The error step is
displayed in the substrate where the error is detected and “OK” is dis-

played in the substrate where the error is not detected in the “ErrStep”. 

Average DIFF value in each substrate and each attenuator is displayed
in Pwd order.

PN-L702B/L602B　SERVICE MENU/VARIOUS SETTING TOOL OPERATING PROCEDURES

 4 – 44

The diagnostic result is judged on the condition of following 1, 2, 3,
4.

n

When all conditions are OK 

3Diagnostic result is OK.

n

When either of condition is NG 

3Diagnostic result is NG

n

If item of “AGC Config” isn’t “AGC AUTO”, Condition 1 is not
included in the judgment condition.

n

If “CheckMaxMin” in configuration file equal 0, condition 3 is not

included in the judgment condition.
3Refer to page 4 - 45  "(8) CHANGE CONFIGRATION".

n

If “CheckLEDSensor” in configuration file equal 0, condition 4 is
not included in the judgment condition.
3Refer to page 4 - 45  "(8) CHANGE CONFIGRATION".

1 Judgment of AGC error

n

When the error isn’t detected in process of “(3)” 

3OK

n

When the error isn’t detected in process of “(3)” 

3NG

2 Judgment of difference between ON value and OFF value

n

When the difference between ON value and OFF value isn’t less than

the threshold 

3OK

n

When the difference between ON value and OFF value is less than
the threshold 

3NG

(The threshold can be changed by configuration file.)

3 Judgment of minimum OFF value and maximum ON value 

Judgment is OK if both of the following two conditions are filled, other-

wise Judgment is NG.

n

Minimum value of sensor value of LED OFF isn’t less than the thresh-

old of minimum.

n

Maximum value of sensor value of LED ON isn’t more than the
threshold of maximum.

(The threshold of minimum and the threshold of maximum can be

changed by configuration file.)

4 Judgment of state of LED/Sensor

n

When the results of LED and Sensor are all OK 

3OK

n

When there is E01 in the result of LED and Sensor 

3NG

When you want to save the displayed data to a file, press the [Save

File] button. The data is saved to a file in CSV format.

*

1

When the AGC setting is other than “AGC AUTO,” the AGC check is 

always OK.

*

2

For the items from “Area” to “DIFF,” the diagnostic data of the dis-

play order of PWB’s are delimited with commas and displayed in 

sequence. 
For “Result,” the diagnostic result (OK or NG) of each sensor is 

displayed.

*

3

Since the Status information records the Status data, the ATT 
item is not included when the AGC setting is other than “AGC 

AUTO.”

*

1

In the parentheses () of “AGC Check,” the corresponding step 

and the attenuator are displayed as shown above when the AGC 

check result is NG.

*

2

The diagnostic result at the time of NG is displayed. (In the above 

case, since “ATT0” is in the parantheses of AGCCheck, 

“-5db” is displayed.)

*

3

The check result of each PWB for the corresponding step and 

the attenuator of NG.

1

Saved file name

1

Status item

1

Status data

1

Data
(Diagnostic data delimited by 
comma in order of display)

1

AGC result and diagnostic result

1

Item Name

*2

*3

D:\AllData.csv
AGCCheck=OK(---/---),Result=OK
Area,Point,LED,Sensor,ON,OFF,DIFF,Result
XA,01,OK,OK,134,051,083,OK
XA,02,OK,OK,130,051,079,OK
XA,03,OK,OK,131,052,079,OK
XA,04,OK,OK,132,052,080,OK
XA,05,OK,OK,124,052,072,OK
XA,06,OK,OK,128,052,076,OK
XA,07,OK,OK,124,052,072,OK
XA,08,OK,OK,129,052,077,OK
XA,09,OK,OK,123,052,071,OK
XA,10,OK,OK,123,051,072,OK
                   

㧦

YD,25,OK,OK,113,053,060,OK
YD,26,OK,OK,114,053,061,OK
YD,27,OK,OK,125,053,072,OK

Area,LED,Sensor,ATT
XA,OK,OK,1
XB,OK,OK,2
    :
YD,OK,OK,1

*1

1

The check result of each PWB

D:\AllData.csv
AGCCheck=NG(Step2/ATT0),Result=NG
Area,Point,LED,Sensor,ON,OFF,DIFF,Result
XA,01,OK,OK,134,051,083,OK
XA,02,OK,OK,130,051,079,OK
XA,03,OK,OK,131,052,079,OK
XA,04,OK,OK,132,052,080,OK
XA,05,OK,OK,124,052,072,OK
XA,06,OK,OK,128,052,076,OK
XA,07,OK,OK,124,052,072,OK
XA,08,OK,OK,129,052,077,OK
XA,09,OK,OK,056,052,004,NG
XA,10,OK,OK,123,051,072,OK
                     :
YD,25,OK,OK,113,053,060,OK
YD,26,OK,OK,114,053,061,OK
YD,27,OK,OK,125,053,072,OK

Area, Result
XA,NG
XB,OK
:
YD,OK

1

Saved file name

1

Data
(Diagnostic data delimited by 
comma in order of display)

1

AGC result and diagnostic result

1

Item Name

*2

*1

*3