IS215UCVEH2AE VMIVME-7614-132350-017614-132 D | GE MARK TURBINE | fault-tolerance technique module

Description

IS215UCVEH2AE VMIVME-7614-132350-017614-132 D | GE MARK TURBINE | fault-tolerance technique module

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Although the the third mock IS215UCVEH2AE  redundancy VMIVME-7614-132350-017614-132 D can greatly improve the reliability of the system, the cost is also huge. It is not difficult to see the two drawbacks of using TMR technology from its basic structure: firstly, due to hardware redundancy, the chip area increases by more than three times the original size; Secondly, due to the delay between the three clock signals and the addition of a voting circuit at the output, additional delay is introduced on the critical path, resulting in a decrease in the operating speed of the circuit.

If the critical path VMIVME-7614-132350-017614-132 D between the two flip flops in the design is too short (such as a shift register), the problem of unstable circuit output and circuit state error may occur in the operation of the the third mock examination redundant circuit structure in Figure 1. Figure 2 is a circuit diagram of a 4-bit shift register reinforced with the third mock examination redundancy. The circuit of the IS215UCVEH2AE  module in the figure is shown in Figure 2.

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