Arnoldi-based Delay Calculation:
RC network on pin 'apbb_bj/apb1_master/U101/ZN' :
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Number of elements = 32 Capacitances + 31 Resistances
Total capacitance = 0.005433 pF
Total capacitance = 0.005433 (in main library unit)
Total resistance = 0.279561 Kohm
Advanced driver-modeling used for rise and fall.
Rise Fall
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Input transition time = 0.057684 0.055911 (in main library unit)
Effective capacitance = 0.005522 0.005512 (in pF)
Effective capacitance = 0.005522 0.005512 (in main library unit)
Output transition time = 0.089366 0.093764 (in main library unit)
Cell delay = 0.081317 0.090136 (in main library unit)
pt的如下:
From pin: apbb_bj/apb1_master/U101/I
To pin: apbb_bj/apb1_master/U101/ZN
Main Library Units: 1ns 1pF 1kOhm
RC network on pin 'apbb_bj/apb1_master/U101/ZN' :
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Number of elements = 44 Capacitances + 49 Resistances
Total capacitance = 0.005018 pF
Total capacitance = 0.005018 (in library unit)
Total resistance = 0.282406 Kohm
Advanced driver-modeling used for rise and fall.
Rise Fall
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Input transition time = 0.059973 0.058407 (in library unit)
Effective capacitance = 0.004883 0.004871 (in pF)
Effective capacitance = 0.004883 0.004871 (in library unit)
Output transition time = 0.082545 0.086591 (in library unit)
Cell delay = 0.077849 0.086217 (in library unit)
Annotated max rise delta transition: 0 pin transition: 0.0825446
Annotated max fall delta transition: 0 pin transition: 0.0865911
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