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    • 3. 发明授权
    • High speed differential comparator
    • 高速差分比较器
    • US5329187A
    • 1994-07-12
    • US18619
    • 1993-02-17
    • Finbarr J. CrispieGeert P. Rosseel
    • Finbarr J. CrispieGeert P. Rosseel
    • G01R19/165G01R19/00H03K5/08H03K5/24H03K3/02
    • H03K5/249G01R19/0038
    • This invention relates to a capacitive switching network for producing signals of opposite polarity. In one embodiment of the invention, a first signal (V1) is applied to the first plate of a first capacitor (C1) and a second signal (V2) is applied to the first plate of a second capacitor (C2). The first plates of the first and second capacitors are then shorted together to produce a combined voltage (Vc). The generation of Vc causes an AC voltage equal to (Vc-V1) to be produced at the second plate of C1 and an AC voltage equal to (Vc-V2) to be produced at the second plate of C2. By way of example, for C1 equal to C2, there is produced a Vc equal to (V1+V2)/2. Furthermore, if V1 is greater than V2, a negative going AC signal equal to (VC-V1) is produced at the second plate of C1, and a positive going AC signal equal to (Vc-V2) is produced at the second plate of C2. The capacitive network of the invention is highly suited for use in high speed differential comparators.
    • 本发明涉及用于产生相反极性的信号的电容开关网络。 在本发明的一个实施例中,将第一信号(V1)施加到第一电容器(C1)的第一板,并且第二信号(V2)施加到第二电容器(C2)的第一板。 然后将第一和第二电容器的第一板短路在一起以产生组合电压(Vc)。 Vc的产生导致在C1的第二板处产生等于(Vc-V1)的AC电压,并且在C2的第二板处产生等于(Vc-V2)的AC电压。 作为示例,对于等于C2的C1,产生等于(V1 + V2)/ 2的Vc。 此外,如果V1大于V2,则在C1的第二板处产生等于(VC-V1)的负交流信号,并且在第二板处产生等于(Vc-V2)的正向交流信号 C2。 本发明的电容网络非常适用于高速差分比较器。
    • 4. 发明授权
    • High speed differential comparator
    • 高速差分比较器
    • US5332931A
    • 1994-07-26
    • US720082
    • 1991-06-24
    • Finbarr J. CrispieGeert P. Rosseel
    • Finbarr J. CrispieGeert P. Rosseel
    • G01R19/165G01R19/00H03K5/08H03K5/24
    • H03K5/249G01R19/0038
    • A differential comparator with inputs switched and capacitively coupled to inverters which have capacitive cross-coupling feedback for a latching operation. The inverters also have direct switched feedback for autozeroing. The inputs further have a shorting switch between the input switches and the coupling capacitors for offset compensation. Complementary operation of the switches provides precharge and evaluation phases of operation. During precharge the inputs are applied to the input coupling capacitors and the inverters are autozeroed; during evaluation the inputs are transferred to the inverters through the coupling capacitors and the outputs feedback positively through the cross-coupling capacitors to latch the pair of inverters.
    • 具有输入开关和电容耦合到具有用于锁存操作的电容性交叉耦合反馈的反相器的差分比较器。 逆变器还具有用于自动调零的直接开关反馈。 输入端还具有输入开关和用于偏移补偿的耦合电容器之间的短路开关。 交换机的互补操作提供了预充电和评估阶段的操作。 在预充电期间,输入被施加到输入耦合电容器,并且逆变器是自动归零的; 在评估期间,输入通过耦合电容器传输到逆变器,并且输出端通过交叉耦合电容积极反馈以锁存该对逆变器。