Fully Automatical Test and Qualification System for a High Endurance Embedded EEPROM Module

Qualifying a high temperature, high endurance and high reliability integrated EEPROM process module according the JEDEC and AEC standard needs a large number of tested devices. Correlations of various analog and digital measurements must be done at different supply voltages, temperature conditions a...

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Hauptverfasser: Fellner, J., Schatzberger, G., Wiesner, A.
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description Qualifying a high temperature, high endurance and high reliability integrated EEPROM process module according the JEDEC and AEC standard needs a large number of tested devices. Correlations of various analog and digital measurements must be done at different supply voltages, temperature conditions and with process variations to ensure a stable high yielding process module. Long program and erase times (milliseconds) for an EEPROM process option result in time consuming measurements. The costs of such a qualification will be comparatively high if all tests are done with production test equipment. Therefore, a test chip concept allowing a wide range of memory sizes was defined for use with a standard PLCC68 package. This package is able to withstand temperatures up to 180degC. Based on the test chip, a parallel, low cost test system was developed enabling the measurement of 96 devices in parallel and hence significantly reducing the test and qualification time and costs.
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identifier ISSN: 1930-8841
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Automatic testing
Costs
EPROM
Packaging machines
Qualifications
Semiconductor device measurement
System testing
Temperature
Time measurement
Voltage
title Fully Automatical Test and Qualification System for a High Endurance Embedded EEPROM Module
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