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New Stuff

Models

  • CMC model library
  • File-based generalized MDIF N-port model (NPORT_F_MDIF)
  • Multi-layer microstrip elements (MMTEE, MMCROSS, MMDRSTUB, MMICAP)
  • Higher layer count generalized multi-layer substrate lines (GMxxCLIN)
  • Envelope simulation sources (PORT_SRC_ENV, AC_I_ENV, AC_V_ENC)
  • Dynamic slot coupled line model (RCCOAX2)

VSS Models

  • 5G, LTE, and generic spatial modeling (5G_CHANNEL, WINNER_II, SPATIALCHANNEL)
  • LDPC code support for DVB_S2 standard (LDPC_DVB_ENC/DEC)
  • Streamlined data encoding/decoding (LTE_CONFIG, LTE_MAP, LTE_CDBLKSEGMT/LTE_CDBLKCMB, LTE_RTMATCH2/LTE_RTDMATCH2)
  • Simplify complex phased array system diagrams (BUS2MUX/MUX2BUS, BUS2SER/SER2BUS, BUS_SPLITTER, PHARRAY_RXSIG_BUS, PHARRAY_SHFTR)
  • Misc improvements (RF_START_NS, RFBPATH, LIN_MDIF, LIN_F2)

Linear Measurements

  • Y parameters at a single port of a network (YParams)
  • Network terminated s-parameters (S_TERM, S_TERM_Z, S_TERM_2P)
  • Linear loop gain (LoopGain)
  • Impedance measured with a modified gamma-probe (Z_GP2)

Nonlinear Measurements

  • Nonlinear Loop Gain (NLLoopGain)

Load Pull Measurements

  • Dense gamma grid for marker use (GammaPts)
  • Minimum value of aligned data for generalized load pull data (G_LPCMMIN_EX_A)
  • Generalized load pull contours over any sweep from combined values (G_LPCM_EX_C2)
  • Generalized load pull contours over any sweep from combined values at an aligned value (G_LPCM_EX_C2A)
  • Generalized interpolated load pull aligned data points (G_LPINT2_A)
  • Same as G_LPINT2 but with a specified impedance (G_LPINT2_Z)
  • Same as G_LPINT2_A but with a specified impedance (G_LPINT2_ZA)
  • Convex Hull of Interpolated Points (G_LPCH)
  • Interpolated Points on the Interpolated Grid (G_LPGG)

VSS Measurements

  • Node gain compression (GC_node)
  • Linear deviation from phase (LDVP_node)
  • Voltage at frequency (V_FREQ)