- 易迪拓培训,专注于微波、射频、天线设计工程师的培养
求助ADS使用者
录入：edatop.com 点击：
在ADS中MeasEqn怎么设置啊?我怎么设置了老是出现下面的问题啊?请各位高手指教!谢谢!!!
Simulation / Synthesis Messages
Warning detected by HPEESOFSIM during netlist parsing.
Too many step specifiers given on `HB2_stim'.
Warning detected by HPEESOFSIM during DC analysis `HB2'.
Z1 of Chebyshev filter BPF1.CMP1 is constrained to 36.890531 ohms.
(even order restriction)
Warning detected by HPEESOFSIM during AC Analysis `HB2'.
Linear S_Port `PWR2.CMP1' is non-passive.
Warning detected by HPEESOFSIM during AC Analysis `HB2'.
Linear S_Port `PWR1.CMP1' is non-passive.
Warning detected by HPEESOFSIM during spectral noise analysis `HB_NOISE'.
The global circuit temperature and the IEEE standard noise temperature
(290 Kelvin) do not agree in the spectral noise analysis `HB2'.The
`Temp' parameter on the Options item can be set to 16.85 Celsius
to eliminate this warning message.If the circuit temperature is
different from the IEEE standard temperature the loss and the noise
figure might not agree.
Warning detected by HPEESOFSIM during spectral noise analysis `HB_NOISE'.
The specified input frequency does not mix to the noise frequency
at the output.Please check the value of the input frequency
Simulation / Synthesis Messages
Warning detected by HPEESOFSIM during netlist parsing.
Too many step specifiers given on `HB2_stim'.
Warning detected by HPEESOFSIM during DC analysis `HB2'.
Z1 of Chebyshev filter BPF1.CMP1 is constrained to 36.890531 ohms.
(even order restriction)
Warning detected by HPEESOFSIM during AC Analysis `HB2'.
Linear S_Port `PWR2.CMP1' is non-passive.
Warning detected by HPEESOFSIM during AC Analysis `HB2'.
Linear S_Port `PWR1.CMP1' is non-passive.
Warning detected by HPEESOFSIM during spectral noise analysis `HB_NOISE'.
The global circuit temperature and the IEEE standard noise temperature
(290 Kelvin) do not agree in the spectral noise analysis `HB2'.The
`Temp' parameter on the Options item can be set to 16.85 Celsius
to eliminate this warning message.If the circuit temperature is
different from the IEEE standard temperature the loss and the noise
figure might not agree.
Warning detected by HPEESOFSIM during spectral noise analysis `HB_NOISE'.
The specified input frequency does not mix to the noise frequency
at the output.Please check the value of the input frequency
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