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Ferroelectric memory bake for screening and repairing bits

机译:铁电存储器烘烤,用于筛选和修复钻头

摘要

A method (300) of identifying failing bits in a ferroelectric memory device including at least one ferroelectric capacitor includes (302) writing same state data to the first capacitor, and (304) baking the first capacitor for a first specified period of time at a first selected temperature. A same state read (306) is performed on the first capacitor after the baking. Based on the results from the same state read, it is determined whether an error occurred. The first specified period of time can be from 10 minutes to 2 hours and the first selected temperature can be in a range from 85° C. to 150° C. A repair can be performed (310) to corrected detected errors. A related method (500) can detect imprinted bits using a same state write (502), followed by a relatively high temperature bake (504), then a same state read (506). An opposite state date write (508) is performed followed by a relatively low temperature bake (510), and then an opposite state data read (512) to identify opposite state error or imprint.
机译:在包括至少一个铁电电容器的铁电存储设备中识别故障位的方法( 300 )包括( 302 )将相同状态数据写入第一电容器,以及(< B> 304 )在第一选定温度下将第一电容器烘焙第一指定时间段。烘烤后,对第一个电容器执行相同的状态读取( 306 )。基于读取的相同状态的结果,确定是否发生错误。第一指定时间段可以是10分钟到2个小时,并且第一选定温度可以在85°C到150°C的范围内。可以执行修复( 310 )至更正了检测到的错误。相关方法( 500 )可以使用相同的状态写入( 502 ),然后进行相对较高的温度烘烤( 504 )来检测压印位。 ,然后读取相同的状态( 506 )。执行相反状态的日期写入( 508 ),然后进行相对较低的温度烘烤( 510 ),然后执行相反状态的数据读取( 512 >)来识别相反的状态错误或印记。

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