隨手記錄

DPS_FVMI, DPS_FIMV

L5710 Tester - 指令 - DPS_FVMI, DPS_FIMV

These instructions force a specified value to DPS. After waiting a delay time, measure a value from the DPS and judge the pass/fail.

*Syntax :

DPS FVMI( DPS_No, Force_Value, VI_Range, Low_Limit, High Limit, Delay Time, Test_Flag)

DPS_FIMV(DPS_No, Force_Value, VI Range, Low_Limit, High Limit, Delay Time, Test_Flag)

*Arguments :

DPS_No： the DPS which is selected to force value. The actual DPS number 1to 4.

Force Value： value + unit (A, mA, uA, V, mV). which range depends on VI_Range

VI_Range： There are 4 V_Range and 71_Range defined as following

El：+/-2V

E2：+/-4V

E3：+/-8V

E4：+/-10V

I1：+/- 1uA

I2：+/- 10uA

I3：+/- 100uA

I4：+/- 1mA

I5：+/- 10mA

I6：+/- 100mA

I7：+/- 1A

Low_Limit：value + unit (A, mA, uA, V, mV).

High Limit： value + unit ( A, mA, UA, V, mV).

Delay Time： value + unit (s, ms, us).

Test_Flag：

"ON" care the pass/fail result and fail stop.

"OFF" don't care the pass/fail result and fail not stop.

*Comment:

The instructions will select the VI_Range, set the value, connect the specified DPS relay, delay a period of time (which is not defined by the user) and force the specified value to the selected DPS. After waiting a delay time (which is defined by the user) measure the value from DPS and judge if the result is between Low_Limit and High_Limit. If it is true, the test result is PASS. Otherwise, the test result is FAIL.

For preventing hot switching, force the value to zero before the change of the VI_Range.

The VI_Range of the measured value is the same as the force value.

*Example :

DPS_FIMV(DPS1, -100.000uA, V113, -1.200V, -200.000mV,3.000ms, ON);

#關鍵字 L5710 Tester - 指令 - DPS_FVMI, DPS_FIMV

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