Voltage-drop testing system, voltage-drop control apparatus, and method thereof
A voltage-drop testing system, including a voltage-drop control apparatus, and a voltage-drop testing method adapted for the voltage-drop testing system based on LABVIEW department platform. When the LABVIEW department platform 12 is running, different groups of test data may be transferred to the PLD tester 20 , when the PLD tester 20 finishes the testing based on all groups of test data, the PLD tester 20 feeds back the test results to the LABVIEW department platform 12 , and the LABVIEW department platform 12 creates the voltage-drop testing graphic frame displaying the test results for the electronic device under test 2 for the convenience of a user.
1. A voltage-drop testing system which is utilized to do an electromagnetic interference (EMI) test for an electronic device under test and runs in an environment comprising a power line disturbance (PLD) tester and a test development platform,
wherein the PLD tester is connected with the electronic device under test, when receiving test data, the PLD tester starts the test for the electronic device under test, the test development platform provides a voltage-drop testing graphic frame which defines a parameter testing area and a test results area, and the parameter testing area comprises a supply voltage category, a listing of voltage-drop percentages, and increasing test times;
the voltage-drop testing system comprising a voltage-drop control apparatus running on the test development platform, the voltage-drop control apparatus comprising a control unit, and the control unit comprising:
a parameter loading module to load test data to the parameter testing area in the voltage-drop testing graphic frame in response to user inputs;
a data transferring module to transfer the test data in the parameter testing area in groups to the PLD tester, each group of test data comprising a supply voltage, a voltage-drop percentage, and a test time;
a determination module to determine whether or not an electrical signal from the PLD tester is received within a predefined period of time after a test time of one group of test data when the data transferring module transfers the group of test data to the PLD tester;
a result recording module to identify a test result of passing into the test results area in relation to the group of test data when the electrical signal is received within the predefined period of time from the PLD tester, and a test result of failing into the test results area in relation to the group of test data when the electrical signal is not received within the predefined period of time from the PLD tester; and
an output control module to output each test result in the test results area;
wherein when the electrical signal is received within the predefined period of time from the PLD tester, the data transferring module is further configured to transfer another group of test data to the PLD tester.
2. The voltage-drop testing system as recited in claim 1 , wherein when the electrical signal is not received within the predefined period of time from the PLD tester, the data transferring module is further configured to cease transferring groups of test data to the PLD tester.
3. A voltage-drop testing apparatus which is connected with a power line disturbance (PLD) tester and runs on a test development platform, the voltage-drop testing apparatus and the PLD tester are utilized to do an electromagnetic interference (EMI) test for a electronic device under test together,
wherein the PLD tester is connected with the electronic device under test, when receiving test data, the PLD tester starts the test for the electronic device under test, the test development platform provides a voltage-drop testing graphic frame which defines a parameter testing area and a test results area, and the parameter testing area comprises a supply voltage category, a listing of voltage-drop percentages, and increasing test times;
the voltage-drop testing apparatus comprising a control unit, and the control unit comprising:
a parameter loading module to load test data to the parameter testing area in the voltage-drop testing graphic frame in response to user inputs;
a data transferring module to transfer the test data in the parameter testing area in groups to the PLD tester, each group of test data comprising a supply voltage, a voltage-drop percentage, and a test time;
a determination module to determine whether or not an electrical signal is received from the PLD tester within a predefined period of time after a test time of one group of test data when the data transferring module transfers the group of test data to the PLD tester;
a result recording module to record a test result of passing into the test results area in relation to the group of test data when the electrical signal is received within the predefined period of time from the PLD tester, and a test result of failing into the test results area in relation to the group of test data when the electrical signal is not received within the predefined period of time from the PLD tester; and
an output control module to output each test result in the test results area;
wherein when the electrical signal is received within the predefined period of time from the PLD tester, the data transferring module is further configured to transfer another group of test data to the PLD tester.
4. The voltage-drop testing apparatus as recited in claim 3 , wherein when the electrical signal is not received within the predefined period of time from the PLD tester, the data transferring module is further configured to cease transferring groups of test data to the PLD tester.
5. A voltage-drop testing method adapted for a voltage-drop testing system, wherein the voltage-drop testing system is utilized to do an electromagnetic interference (EMI) test for an electronic device under test and runs in an environment comprising a power line disturbance (PLD) tester and a test development platform, the voltage-drop testing method comprising:
providing a voltage-drop testing graphic frame which defines a parameter testing area and a test results area via the test development platform, wherein the parameter testing area comprises a supply voltage category, a listing of voltage-drop percentages, and increasing test times;
loading test data to the parameter testing area in the voltage-drop testing graphic frame in response to user inputs via a control unit of a voltage-drop testing apparatus of the voltage-drop testing system;
transferring the test data in the parameter testing area in groups to the PLD tester via the control unit of the voltage-drop testing apparatus, wherein each group of test data comprising a supply voltage, a voltage-drop percentage, and a test time;
determining whether or not an electrical signal is received from the PLD tester within a predefined period of time after a test time of one group of test data when transferring the group of test data to the PLD tester via the control unit of the voltage-drop testing apparatus;
if the electrical signal is received within the predefined period of time from the PLD tester, recording a test result of passing into the test results area in relation to the group of test data and transferring another group of test data to the PLD tester via the control unit of the voltage-drop testing apparatus;
if the electrical signal is not received within the predefined period of time from the PLD tester, recording a test result of failing into the test results area in relation to the group of test data via the control unit of the voltage-drop testing apparatus; and
outputting each test result in the test results area via the control unit of the voltage-drop testing apparatus.
6. The voltage-drop testing method as recited in claim 5 , further comprising:
if the electrical signal is not received within the predefined period of time from the PLD tester, ceasing transferring groups of test data to the PLD tester via the control unit of the voltage-drop testing apparatus.