CMOS Logic Design of Clocked SR Flip Flop
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4 سال پیش
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The SR latches examined in
The SR latches examined in the previous videos are essentially asynchronous sequential circuits, which respond to the changes occurring in input signals at a circuit-delay dependent time point during operation. To facilitate synchronous operation, the circuit response can be controlled simply by adding a gating clock signal to the circuit, so that the outputs will respond to the input levels only during the active period of the clock
pulse. this can
If the clock (CK) is equal to logic “0”, the input signals have no influence upon the circuit response and the SR latch will hold its current state. When the clock input goes to logic “1”, the logic levels applied to the S and R inputs are permitted to reach the SR latch.
The circuit is strictly level-sensitive during active phases (i.e. any changes occurring in the S and R input voltages when CK level is equal to logic “1” will be reflected onto the circuit outputs.
For Digital Electronics Review Part-1 Click
Digital Electronics Review Part-1
For Digital Electronics Review Part-2 Click
Digital Electronics Review Part - 2
For Digital Electronics Review Part-3 Click
Digital Electronics Review Part - 3
For Introduction to CMOS Logic Family Click
Introduction to CMOS Logic Family
For CMOS Logic Design of XOR and XNOR Click
CMOS Logic Circuit Design for XOR and...
For CMOS Logic Circuit Design for NOT, NAND and NOR Gate Click
CMOS Logic Circuit Design for NOT, NA...
For CMOS Logic Circuit Design for AND and OR Gate Click
CMOS Logic Circuit Design for AND and...
For CMOS Logic Circuit Design for different Boolean Expression Click
CMOS Logic Circuit Design for differe...
For CMOS Logic Design for NAND based SR Latch Click
CMOS Logic Design for NAND based SR L...
For CMOS Logic Design for NOR based SR Latch Click
CMOS Logic Design for NOR based SR Latch
pulse. this can
If the clock (CK) is equal to logic “0”, the input signals have no influence upon the circuit response and the SR latch will hold its current state. When the clock input goes to logic “1”, the logic levels applied to the S and R inputs are permitted to reach the SR latch.
The circuit is strictly level-sensitive during active phases (i.e. any changes occurring in the S and R input voltages when CK level is equal to logic “1” will be reflected onto the circuit outputs.
For Digital Electronics Review Part-1 Click
Digital Electronics Review Part-1
For Digital Electronics Review Part-2 Click
Digital Electronics Review Part - 2
For Digital Electronics Review Part-3 Click
Digital Electronics Review Part - 3
For Introduction to CMOS Logic Family Click
Introduction to CMOS Logic Family
For CMOS Logic Design of XOR and XNOR Click
CMOS Logic Circuit Design for XOR and...
For CMOS Logic Circuit Design for NOT, NAND and NOR Gate Click
CMOS Logic Circuit Design for NOT, NA...
For CMOS Logic Circuit Design for AND and OR Gate Click
CMOS Logic Circuit Design for AND and...
For CMOS Logic Circuit Design for different Boolean Expression Click
CMOS Logic Circuit Design for differe...
For CMOS Logic Design for NAND based SR Latch Click
CMOS Logic Design for NAND based SR L...
For CMOS Logic Design for NOR based SR Latch Click
CMOS Logic Design for NOR based SR Latch
4 سال پیش
در تاریخ 1399/11/09 منتشر شده
است.
12,130
بـار بازدید شده