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MEMRISTOR-BASED MEMORY CIRCUIT FOR READING-OUT THE RESISTANCE OF MEMRISTOR WITHOUT RESISTANCE DRIFT USING CAPACITORS

机译:基于存储器的存储器电路,用于在不使用电容器的电阻漂移的情况下读出存储器的电阻

摘要

Purpose a: memory circuit based on memristor, one change shape of the memristor resistance coefficient without memristor resistance coefficient is read by using a capacitor, it is arranged to eliminate the variation of a memristor resistance coefficient, the quantity by enabling total charge is equal in reverse leading through the quantity of the total charge of memristor by a memristor since capacitor discharges in forward direction. Construction: a second switch (130) is connect with a memristor (M) in series. Third switchs (160) and connect with a capacitor (C) in parallel and provide a paths so that stream can be with being discharged by second switch and memristor when strong input current pulse be applied to memristor for storing a resistance coefficient. One difference amplifier (170) measures a voltage across the raw memristor of the miscarriage by a current source. First switch (120), which provides a paths, enables stream to be discharged into ground, after stream is stored in capacitor, after by memristor then by the second switch in the reverse leading compared with direction when stream is being storage.
机译:目的a:基于忆阻器的存储电路,通过使用电容器来读取没有忆阻器电阻系数的忆阻器电阻系数的一种变化形状,其布置是消除忆阻器电阻系数的变化,通过使总电荷等于由于电容器正向放电,因此通过忆阻器反向导引忆阻器的总电荷量。结构:第二个开关(130)与忆阻器(M)串联连接。第三开关(160)与电容器(C)并联连接并提供路径,使得当将强输入电流脉冲施加到忆阻器以存储电阻系数时,流可以被第二开关和忆阻器放电。一个差动放大器(170)通过电流源测量流产的原始忆阻器两端的电压。提供路径的第一开关(120)使得在将流存储在电容器中之后,通过忆阻器,然后通过第二开关以与存储流时的方向相反的方向将流排放到地下。

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