Statistical method, system, device and storage medium for multi-chip burning
A statistical method and multi-chip technology, applied in software deployment and other directions, can solve problems such as manual data recording, adverse effects on production results, difficult product tracking management, etc., and achieve the effect of improving production quality
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Embodiment 1
[0056] refer to figure 1 , a statistical method for multi-chip programming, which is used to make statistics on the working data generated after the programming and current testing of multiple chips on the sample, the sample includes a plurality of identical subunits, so Said subunit comprises a chip, said comprising the following steps:
[0057] S1. Create a report, which is used to record and save the filled data in real time;
[0058]S2. Filling the report with work data in real time, the work data at least including:
[0059] Sample code, which is the unique identification of the sample;
[0060] A sub-serial number, the sub-serial number is the serial number of each sub-unit of the sample, and the sub-serial number corresponds to the code of the sample;
[0061] Detection items, the detection items include the name of the burning result and the name of the current test value obtained in the process of burning and current testing;
[0062] Detection value, the detectio...
Embodiment 2
[0098] refer to image 3 , the present invention is a statistical system for multi-chip programming, which is used for counting the working data generated after the multiple chips on the sample are burned and tested for current, including a report building module, a data filling module and a report storage module;
[0099] The report building module is used to create a report, and the report is used to record and save the filled data in real time;
[0100] The data filling module is used to fill the report with working data in real time, and the working data at least includes:
[0101] Sample code, which is the unique identification of the sample;
[0102] A sub-serial number, the sub-serial number is the serial number of each sub-unit of the sample, and the sub-serial number corresponds to the code of the sample;
[0103] Detection items, the detection items include the name of the burning result and the name of the current test value obtained in the process of burning and c...
Embodiment 3
[0109] The present invention is a statistical device for multi-chip programming, which is used for counting the working data generated after the programming and current testing of multiple chips on a sample, including a host computer, a multi-channel programmer and a digital multimeter , the host computer is respectively connected with a multi-channel burner and a digital multimeter, the multi-channel burner is used to burn a plurality of chips on the sample, and the digital multimeter is used to burn a plurality of chips on the sample The chip performs a current test, and the host computer is used to perform the following steps S1-S3:
[0110] S1. Create a report, which is used to record and save the filled data in real time;
[0111] S2. Filling the report with work data in real time, the work data at least including:
[0112] Sample code, which is the unique identification of the sample;
[0113] A sub-serial number, the sub-serial number is the serial number of each sub-...
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