Go to www.awrcorp.com
Back to search page Click to download printable version of this guide.

AWR Visual System Simulator System Block Catalog

© 2021 Cadence Design Systems, Inc. All rights reserved.
Printed in the United States of America.

Cadence Design Systems, Inc. (Cadence), 2655 Seely Ave., San Jose, CA 95134, USA.

Open SystemC, Open SystemC Initiative, OSCI, SystemC, and SystemC Initiative are trademarks or registered trademarks of Open SystemC Initiative, Inc. in the United States and other countries and are used with permission.

Trademarks: Trademarks and service marks of Cadence Design Systems, Inc. (Cadence) contained in this document are attributed to Cadence with the appropriate symbol. For queries regarding Cadence’s trademarks, contact the corporate legal department at the address shown above or call 800.862.4522.

All other trademarks are the property of their respective holders.

Restricted Permission:This publication is protected by copyright law and international treaties and contains trade secrets and proprietary information owned by Cadence. Unauthorized reproduction or distribution of this publication, or any portion of it, may result in civil and criminal penalties. Except as specified in this permission statement, this publication may not be copied, reproduced, modified, published, uploaded, posted, transmitted, or distributed in any way, without prior written permission from Cadence. Unless otherwise agreed to by Cadence in writing, this statement grants Cadence customers permission to print one (1) hard copy of this publication subject to the following conditions:

  1. The publication may be used only in accordance with a written agreement between Cadence and its customer.

  2. The publication may not be modified in any way.

  3. Any authorized copy of the publication or portion thereof must include all original copyright, trademark, and other proprietary notices and this permission statement.

  4. The information contained in this document cannot be used in the development of like products or software, whether for internal or external use, and shall not be used for the benefit of any other party, whether or not for consideration.

Disclaimer: Information in this publication is subject to change without notice and does not represent a commitment on the part of Cadence. Except as may be explicitly set forth in such agreement, Cadence does not make, and expressly disclaims, any representations or warranties as to the completeness, accuracy or usefulness of the information contained in this document. Cadence does not warrant that use of such information will not infringe any third party rights, nor does Cadence assume any liability for damages or costs of any kind that may result from use of such information.

Restricted Rights: Use, duplication, or disclosure by the Government is subject to restrictions as set forth in FAR52.227-14 and DFAR252.227-7013 et seq. or its successor.

Table of Contents

About This Book
Additional Documentation
Typographical Conventions
Getting On-Line Help
Analog Devices
Analog Devices Analog to Digital Converter: ADI_ADC
5G Channel Model (N-Input, M-Output): 5G_CHANNEL
Additive White Gaussian Noise Channel: AWGN
Birth-Death Channel: BIRTH_DEATH
Flat Rayleigh Fading Channel: FLATRAYLEIGH
Moving Paths Channel: MOVING_PATHS
Multipath Fading Channel (1-Input, N-Output): MULTIPATH_FADING
Multipath Channel: MULTPATH
Phase Noise Channel: PHSNOISE_CH
Rummler LOS Channel: RUMMLER
Spatial Channel Model (N-Input, M-Output): SPATIALCHANNELMODEL
WINNER II Channel Model (N-Input, M-Output): WINNER_II
(Obsolete) Doppler: DPLRSHFT
(Obsolete) Rayleigh Multipath Channel: RAYLEIGH
Barker Code Generator: BARKER
BCH Decoder: BCH_DEC
BCH Decoder for DVB-S2: BCH_DVB_DEC
BCH Encoder for DVB-S2: BCH_DVB_ENC
BCH Encoder: BCH_ENC
Block De-Interleaver: BLK_DLVR
Block Interleaver: BLK_ILVR
Convolutional Deinterleaver CNV_DLVR
Convolutional Interleaver: CNV_ILVR
Convolutional Encoder: CONV_ENC
CRC Decoder: CRC_DEC
CRC Encoder: CRC_ENC
Code De-puncturer: DEPUNC
Differential Decoder: DIFF_DEC
Differential Encoder: DIFF_ENC
Direct Sequence Spreading Code Generator: DSSC
LDPC Decoder for NR: LDPC_NR_DEC
LDPC Encoder for NR: LDPC_NR_ENC
Linear Feedback Shift Register Source: LFSR_SRC
Code Puncturer: PUNC
Repetition Encoder: REP_ENC
Reed-Solomon Decoder: RS_DEC
Reed-Solomon Encoder: RS_ENC
SISO Processor for Recursive Convolutional Codes: SISO_RCONV
Block Deinterleaver with User-Defined Interleaving Pattern: TBL_DLVR
Block Interleaver with User-Defined Interleaving Pattern: TBL_ILVR
Decoder for Parallel Concatenated Standard Turbo Codes: TURBO_DEC_STD
Parallel Concatenated Turbo Encoder (Standard): TURBO_ENC_STD
Viterbi Decoder: VIT_DEC
Zadoff-Chu Sequence Generator: ZADOFF_CHU
(Obsolete) Convolutional Encoder: CNV_ENC
Communication Standards
EDGE Pulse Shaping Filter: EDGE_PSHP
EDGE Transmitter: EDGE_TX
GSM Access Burst (AB): GSM_AB
GSM Dummy Burst (DB): GSM_DB
GSM Frequency Correction Burst (FB): GSM_FB
GSM Normal Burst (NB): GSM_NB
GSM-EDGE Pseudo-Random Binary Sequence: GSM_PRBS
GSM Synchronization Burst (SB): GSM_SB
GSM Transmitter: GSM_TX
GSM-EDGE Vector Signal Analyzer: GSM_VSA
HSDPA Scrambling Code Generator: HSDPA_SCRM
802.11a Convolutional Encoder: I80211A_CONV
802.11a Data Field Bit Generator: I80211A_DATA
802.11a Frame Subcarrier Assembler: I80211A_FASM
802.11a Data Interleaver: I80211A_ILVR
802.11a Subcarrier Modulation Mapper: I80211A_MAP
802.11a OFDM Modulator: I80211A_MOD
802.11a Pilot Sequence: I80211A_PILOT
802.11a Data Scrambler: I80211A_SCRM
802.11a Training Subcarriers: I80211A_TRNG
802.11a Test Signal Generator: I80211A_TSIG
802.11a Transmitter: I80211A_TX
802.11a Vector Signal Analyzer: I80211A_VSA
IS2000 DeInterleaver: IS2000_DLVR
IS2000 Interleaver: IS2000_ILVR
LTE Code Block Combiner: LTE_CDBLKCMB
LTE Code Block Segmentation: LTE_CDBLKSGMT
LTE Configuration: LTE_CONFIG
LTE Frame Assembler: LTE_FRMASM
LTE Frame Disassembler: LTE_FRMDSM
LTE Rate De-matching: LTE_RTDMATCH
LTE Rate De-matching 2: LTE_RTDMATCH2
LTE Rate Matching: LTE_RTMATCH
LTE Rate Matching 2: LTE_RTMATCH2
NR Code Block Combiner: NR_CDBLKCMB
NR Code Block Segmentation: NR_CDBLKSGMT
NR Configuration: NR_CONFIG
NR Downlink Frame Assembler: NR_DL_FRMASM
NR Downlink Frame Deassembler: NR_DL_FRMDASM
NR Mapper: NR_MAP
NR Uplink Frame Assembler: NR_UL_FRMASM
NR Uplink Frame Deassembler: NR_UL_FRMDASM
OVSF Code Generator: OVSF_CODE
Birth-Death Channel (WCDMA Standards): WCDMA_BDCHAN
Moving Paths Channel (WCDMA Standards): WCDMA_MVCHAN
WCDMA Scrambling Code Generator: WCDMA_SCRM
WiMAX Mobile Frame Assembler: WiMAX_MBL_FASM
WiMAX Mobile Frame Dis-Assembler: WiMAX_MBL_FDSM
Analog to Digital Converter: ADC
Analog to Digital Converter with Digital and Quantized Outputs: ADC2
Binary to Square Wave Converter: B2SQWV
Binary to Digital Symbol Converter: B2SYM
Soft Metrics Conversion from Bits to Symbols: B2SYM_SFT
Complex to Magnitude/Phase: C2MP
Complex to Real/Imaginary: C2RI
Complex Envelope to Real Converter: CE2R
Complex Magnitude: CMAG
Complex Phase: CPHASE
Digital to Real Converter: D2R
Digital to Analog Converter: DAC
dB to Magnitude: DB2M
Degrees to Radians: DEG2RAD
Magnitude/Phase to Complex: MP2C
Magnitude to dB: M2DB
Parallel-to-Serial Converter (N-Input, 1-Output): P2S
Real to Complex Converter: R2C
Real to Complex Envelope Converter: R2CE
Real to Digital Converter: R2D
Radians to Degrees: RAD2DEG
Real/Imaginary to Complex: RI2C
Serial-to-Parallel Converter (1-Input, N-Output): S2P
Digital Symbol to Binary Converter: SYM2B
Soft Metrics Conversion from Symbols to Bits: SYM2B_SFT
(Obsolete) Parallel-to-Serial Converters (16-Input, 1-Output): P2S_16
(Obsolete) Parallel-to-Serial Converter (2-Input, 1-Output): P2S_2
(Obsolete) Parallel-to-Serial Converter (4-Input, 1-Output): P2S_4
(Obsolete) Parallel-to-Serial Converter (8-Input, 1-Output): P2S_8
(Obsolete) Serial-to-Parallel Converters (1-Input, 16-Output): S2P_16
(Obsolete) Serial-to-Parallel Converter (1-Input, 2-Output): S2P_2
(Obsolete) Serial-to-Parallel Converter (1-Input, 4-Output): S2P_4
(Obsolete) Serial-to-Parallel Converter (1-Input, 8-Output): S2P_8
External Applications
Run LabVIEW VI (Pre-Configured): LABVIEW_EXEC
TDMS File Independent Variable Source: TDMS_IVARSRC
TDMS File Source: TDMS_SRC
(Obsolete) Run MATLAB Commands (4 Inputs and Outputs): MATLAB4
(Obsolete) Run MATLAB Commands: MATLAB_SRC
(Obsolete) Run MATLAB Commands (4 Outputs): MATLAB_SRC4
Bandpass Butterworth Filter: BPFB
Bandpass Chebyshev (Type I) Filter: BPFC
Bandpass Bessel Filter: BPFD
Bandpass Elliptic Filter: BPFE
FIR Bandpass Filter (Equal Ripple): BPFIR_ER
Bandstop Butterworth Filter: BSFB
Bandstop Chebyshev (Type I) Filter: BSFC
Bandstop Bessel Filter: BSFD
Bandstop Elliptic Filter: BSFE
FIR Bandstop Filter (Equal Ripple): BSFIR_ER
FIR Filter (Frequency Response Specified): FIR_FRQ
Gaussian FIR Filter: FIR_GAUSS
FIR Filter (Impulse Response Specified): FIR_IMP
Highpass Butterworth Filter: HPFB
Highpass Chebyshev (Type I) Filter: HPFC
Highpass Bessel Filter: HPFD
Highpass Elliptic Filter: HPFE
FIR Highpass Filter (Equal Ripple): HPFIR_ER
IIR Filter (Polynomial Coefficients Specified): IIRFLT_AB
IIR Filter (Poles and Zeroes Specified): IIRFLT_PZ
Lowpass Butterworth Filter: LPFB
Lowpass Chebyshev (Type I) Filter: LPFC
Lowpass Bessel Filter: LPFD
Lowpass Elliptic Filter: LPFE
FIR Lowpass Filter (Equal Ripple): LPFIR_ER
Pulse Shaping Filter: PLSSHP
(Obsolete) FIR Bandpass Filter Kaiser Windowing (N Specified): BPFIR_KN
(Obsolete) FIR Bandpass Filter Kaiser Windowing (Transition Band Specified): BPFIR_KT
(Obsolete) IIR Bandpass Butterworth Filter (Edges Specified): BPIIR_BE
(Obsolete) IIR Bandpass Butterworth Filter (Order Specified): BPIIR_BN
(Obsolete) IIR Bandpass Chebyshev I Filter (Order Specified): BPIIR_CN
(Obsolete) FIR Bandstop Filter Kaiser Windowing (N Specified): BSFIR_KN
(Obsolete) FIR Bandstop Filter Kaiser Windowing (Transition Band Specified): BSFIR_KT
(Obsolete) IIR Bandstop Butterworth Filter (Edges Specified): BSIIR_BE
(Obsolete) IIR Bandstop Butterworth Filter (Order Specified): BSIIR_BN
(Obsolete) IIR Bandstop Chebyshev I Filter (Order Specified): BSIIR_CN
(Obsolete) FIR Highpass Filter Kaiser Windowing (N Specified): HPFIR_KN
(Obsolete) FIR Highpass Filter Kaiser Windowing (Transition Band Specified): HPFIR_KT
(Obsolete) FIR Highpass Filter (Maximally Flat): HPFIR_MF
(Obsolete) IIR Highpass Butterworth Filter (Edges Specified): HPIIR_BE
(Obsolete) IIR Highpass Butterworth Filter (Order Specified): HPIIR_BN
(Obsolete) IIR Highpass Chebyshev I Filter (Order Specified): HPIIR_CN
(Obsolete) FIR Lowpass Filter Kaiser Windowing (N Specified): LPFIR_KN
(Obsolete) FIR Lowpass Filter Kaiser Windowing (Transition Band Specified): LPFIR_KT
(Obsolete) FIR Lowpass Filter (Maximally Flat): LPFIR_MF
(Obsolete) IIR Lowpass Butterworth Filter (Edges Specified): LPIIR_BE
(Obsolete) IIR Lowpass Butterworth Filter (Order Specified): LPIIR_BN
(Obsolete) IIR Lowpass Chebyshev I Filter (Order Specified): LPIIR_CN
Fixed Point
Fixed-Point Absolute Value: ABS_FP
Fixed-Point Adder with Carry (N-Inputs, 1-Output): ADDC_FP
Fixed-Point Adder (N-Inputs, 1-Output): ADD_FP
Fixed-Point Difference: DIFF_FP
Fixed-Point Divide: DIV_FP
Fixed-Point Decimator: DECIM_FP
Fixed-Point Delay by N Samples: DELAY_FP
Fixed-Point Real to Real: FPR2R
Fixed-Point Hold: HOLD_FP
Fixed-Point Minimum/Maximum (N-Input, 2-Output): MINMAX_FP
Fixed-Point Modulus and Remainder: MOD_FP
Fixed-Point Multiplier (N-Inputs, 1-Output): MULT_FP
Fixed-Point Remove Signal Delay Samples: REMOVE_DLY_FP
Fixed-Point Reciprocal (1/x): RECIP_FP
Re-format Fixed-Point Signal: REFMT
Real to Fixed-Point Real: R2FPR
Fixed-Point Scale and Offset: SCALE_FP
Fixed Point Signum: SIGN_FP
Fixed-Point Square Root: SQRT_FP
Fixed-Point Square: SQR_FP
Named Connector: NCONN
Interconnect: INTRCONN
Math Tools
Absolute Value: ABS
Arc Cosine: ACOS
Inverse Hyperbolic Cosine: ACOSH
Adder (N-Inputs, 1-Output): ADD
AND (N-Input, 1-Output): AND
Calculates Phase Angle: ARG
Arc Sine: ASIN
Inverse Hyperbolic Sine: ASINH
Arc Tangent: ATAN
Inverse Hyperbolic Tangent: ATANH
Complex Conjugate: CONJ
Cosine: COS
Hyperbolic Cosine: COSH
De-Multiplexer (1-Input, N-Output): DEMUX
Derivative of the Input: DERIV
Difference: DIFF
Divide: DIV
Exponential: EXP
Complex Exponential: EXPJ
Integrates Input Using Trapezoidal or Summation Method: INTGRL
Natural Logarithm: LN
Logarithm: LOG
Matrix Inverse: MATINV
Matrix Multiplication: MATMULT
Modulus and Remainder: MOD
Multiplier (N-Input, 1-Output): MULT
Multiplexer (N-Input, 1-Output): MUX
Negates Real or Complex Data: NEG
NOP (No Operation): NOP
Complex Magnitude Squared: NORM
OR (N-Input, 1-Output): OR
Raise to the Power: POW
Reciprocal: RECIP
Row Shuffler: ROWSHUF
Round to Specified Number of Decimal Places: ROUND
Scale and Offset: SCALE
Signum: SIGN
Sine: SIN
Hyperbolic Sine: SINH
Square: SQR
Square Root: SQRT
Tangent: TAN
Hyperbolic Tangent: TANH
XOR (N-Input, 1-Output): XOR
(Obsolete) Adder (2-Input, 1-Output): ADD2
(Obsolete) Adder (4-Input, 1-Output): ADD4
(Obsolete) Adder (8-Input, 1-Output): ADD8
(Obsolete) Adder (16-Input, 1-Output): ADD16
(Obsolete) 2-Input AND: AND2
(Obsolete) 4-Input AND: AND4
(Obsolete) 8-Input AND: AND8
(Obsolete) 16-Input AND: AND16
(Obsolete) De-Multiplexer (1-Input, 2-Output): DEMUX2
(Obsolete) De-Multiplexer (1-Input, 4-Output): DEMUX4
(Obsolete) De-Multiplexer (1-Input, 8-Output): DEMUX8
(Obsolete) De-Multiplexer (1-Input, 16-Output): DEMUX16
(Obsolete) Multiplier (2-Input, 1-Output): MULT2
(Obsolete) Multiplier (4-Input, 1-Output): MULT4
(Obsolete) Multiplier (8-Input, 1-Output): MULT8
(Obsolete) Multiplier (16-Input, 1-Output): MULT16
(Obsolete) Multiplexer (16-Input, 1-Output): MUX16
(Obsolete) Multiplexer (2-Input, 1-Output): MUX2
(Obsolete) Multiplexer (4-Input, 1-Output): MUX4
(Obsolete) Multiplexer (8-Input, 1-Output): MUX8
(Obsolete) 16-Input OR: OR16
(Obsolete) 2-Input OR: OR2
(Obsolete) 4-Input OR: OR4
(Obsolete) 8-Input OR: OR8
(Obsolete) 16-Input XOR: XOR16
(Obsolete) 2-Input XOR: XOR2
(Obsolete) 4-Input XOR: XOR4
(Obsolete) 8-Input XOR: XOR8
BER (Bit Error Rate) Meter, Internal Reference Source: BER
BER (Bit Error Rate) Meter, External Reference Source: BER_EXT
BER from Data File: BER_FL
FER (Frame Error Rate) Meter, External Reference Source: FER_EXT
Measurement Probe (RF Inspector/RF Budget Analysis Only): M_PROBE
SER (Symbol Error Rate) Meter, Internal Reference Source: SER
SER Meter, External Reference Source: SER_EXT
Test Point: TP
Vector Network Analyzer: VNA
Vector Signal Analyzer (Complex Envelope): VSA
(Obsolete) Generic Simulation Sweeper: SWEEP
(Obsolete) Vector Network Analyzer (Large Signal, Power Sweep): VNA_LS
(Obsolete) Vector Network Analyzer (Small Signal): VNA_SS
Huge Binary File Capture: BFILE_SNK
Huge Binary File Source: BFILE_SRC
Bus to Multiplexed Signal: BUS2MUX
Bus to Serial Converter: BUS2SER
File Capture: FILE_SNK
File Capture (4 inputs): FILE_SNK4
Multiplexed Signal to Bus: MUX2BUS
Propagated Property Modifier: PPROPMOD
Serial to Bus Converter: SER2BUS
Single Signal to Bus: SIG2BUS
Conventional Analog Amplitude Demodulator: AM_DMOD
AM Demodulator Envelope Detector: AM_DMOD_ED
Conventional Analog Amplitude Modulator: AM_MOD
QAM Detector: APSK_DET
APSK Receiver: APSK_RX
APSK Soft Metrics Calculator: APSK_SFTM
APSK Modulated Signal: APSK_SRC
APSK Transmitter: APSK_TX
BPSK Receiver: BPSK_RX
BPSK Modulated Signal: BPSK_SRC
BPSK Transmitter: BPSK_TX
Continuous Phase Modulator: CPHS_MOD
Envelope Detector Receiver for Digital AM: DIG_AM_RX
Digital AM Transmitter: DIG_AM_TX
Discriminator Receiver: DSCRM_RX
FBMC Demodulation Block: FBMC_DMOD
FBMC Modulation Block: FBMC_MOD
FM Discriminator: FM_DSCRM
Frequency Modulator: FM_MOD
FSK Detector: FSK_DET
FSK Modulated Signal: FSK_SRC
FSK Transmitter: FSK_TX
GFDM Demodulation Block: GFDM_DMOD
GFDM Modulation Block: GFDM_MOD
GMSK Receiver: GMSK_RX
GMSK Modulated Signal: GMSK_SRC
GMSK Transmitter: GMSK_TX
I/Q Correlating Demodulator: IQ_DMOD
I/Q Modulator: IQ_MOD
MPSK Receiver: MPSK_RX
MPSK Modulated Signal: MPSK_SRC
MPSK Transmitter: MPSK_TX
MSK Receiver: MSK_RX
MSK Modulated Signal: MSK_SRC
MSK Transmitter: MSK_TX
OFDM Demodulator: OFDM_DMOD
OFDM Modulator: OFDM_MOD
Offset QPSK Receiver: OQPSK_RX
Offset QPSK Modulated Signal: OQPSK_SRC
Offset QPSK Transmitter: OQPSK_TX
PAM Detector: PAM_DET
PAM Receiver: PAM_RX
PAM Modulated Signal: PAM_SRC
PAM Transmitter: PAM_TX
PM Demodulator: PM_DMOD
Phase Modulator: PM_MOD
Pi/4 QPSK Detector: PQPSK_DET
Pi/4 QPSK Receiver: PQPSK_RX
Pi/4 QPSK Modulated Signal: PQPSK_SRC
Pi/4 QPSK Transmitter: PQPSK_TX
Pulse-Width Demodulator: PW_DMOD
Pulse-Width Modulator: PW_MOD
QAM Detector: QAM_DET
QAM Receiver: QAM_RX
QAM Soft Metrics Calculator: QAM_SFTM
QAM Modulated Signal: QAM_SRC
QAM Transmitter: QAM_TX
QPSK Receiver: QPSK_RX
QPSK Modulated Signal: QPSK_SRC
QPSK Transmitter: QPSK_TX
General I/Q Modulation Receiver: RCVR
Subcarrier Demapper: SC_DMAP
Subcarrier Mapper: SC_MAP
Neural Network
Amplifier Model (Time-Delay Neural Network-based): AMP_TDNN
2nd Order Active Loop Filter: 2ND_ACT
2nd Order Passive Loop Filter: 2ND_PASS
3rd Order Passive Loop Filter: 3RD_PASS
Phase Divider (PLL): DIVIDER
Phase Detector of Type XOR: PDXOR
Phase-Frequency Detector and Charge-Pump: PFDCP
Behavioral Voltage-Controlled Oscillator (VCO): VCO_B
(Obsolete) Charge Pump Phase/Frequency Detector: CHPMP
(Obsolete) Frequency Divide by N: DIVN
(Obsolete) Frequency divider, linear approximation: DIVN_L
(Obsolete) Phase/Frequency Detector: PFD
(Obsolete) Phase Noise Waveform: PN
(Obsolete) Voltage Controlled Oscillator: VCO
(Obsolete) Linear VCO model: VCO_L
Termination Port: PORT
Dynamic Source Port: PORT_SRC
Port for Data Input: PORTDIN
Named Port for Data Input: PORTDIN_NAME
Port for Data Output: PORTDOUT
Named Port for Data Output: PORTDOUT_NAME
RF Blocks
Behavioral Amplifier: AMP_B
Behavioral Amplifier, 2nd Generation: AMP_B2
Behavioral Amplifier (Voltage-Based): AMP_BV
Equation-based Nonlinear Amplifier: AMP_EQN
Frequency Dependent Behavioral Amplifier (File-Based): AMP_F
RF Antenna Properties: ANTENNA
Variable RF Analog Phase Shifter: APHSHFT_VAR
RF Bus Splitter/Combiner: BUS_SPLITTER
Circulator: CIRCULATOR
Physical Spec: Grounded Shield: COAX
RF Combiner Properties: COMBINER
Directional Coupler, 3-port Internal Termination: DCOUPLER_3
Directional Coupler, 4-port External Termination: DCOUPLER_4
180-Degree Hybrid (2-Input, 2-Output) Properties: DHYB_22
Diplexer: DIPLEXER
Digital RF Phase Shifter: DPHSHFT
Variable Digital RF Phase Shifter: DPHSHFT_VAR
Variable Digital Step Attenuator: DSATTEN_VAR
Behavioral Frequency Multiplier: FMULT_B
Behavioral Frequency Multiplier, 2nd Generation: FMULT_B2
IQ Imbalance: IMBAL_IQ
Isolator: ISOLATOR
Linear Amplifier: LINAMP
Linear Behavioral Model (File-Based): LIN_F
Linear Behavioral Model, 2nd Generation (File-Based): LIN_F2
MDIF File Based Linear Behavioral Model: LIN_MDIF
Linear Behavioral Model, Variable Port Count (Simulation-Based): LIN_S
Grounded Resistor: LOAD
Logarithmic Amplifier: LOGAMP
Lossless Tuner: LTUNER
Linear Variable Gain Amplifier: LVGA
Behavioral Mixer: MIXER_B
Behavioral Mixer, 2nd Generation: MIXER_B2
File-based Behavioral Mixer: MIXER_F
Simulation-based Behavioral Mixer: MIXER_S
Nonlinear Amplifier (Circuit Model): NL_AMP2
MDIF File Based Nonlinear Behavioral Model: NL_MDIF
Nonlinear Behavioral Model (Simulation-Based): NL_S
Nonlinear Amplifier, Envelope Co-simulation: NL_S_ENV
Oscillator with Optional Phase Noise Effects: OSC_S
Phased Array: PHARRAY
Phased Array Antenna: PHARRAY_ANT
Phased Array Assembly, Data-file based: PHARRAY_F
Phased Array Signal Splitter for Receivers: PHARRAY_RXSIG
Phased Array Signal Splitter for Receivers, Bus Based: PHARRAY_RXSIG_BUS
Phased Array Element Phase Shifter: PHARRAY_SHFTR
Power Meter (Power of Input as Voltage): PWR_MTR
Quadrature Hybrid (1-Input, 2-Output): QHYB_12
Quadrature Hybrid (2-Input, 1-Output): QHYB_21
Quadrature Hybrid (2-Input, 2-Output) Properties: QHYB_22
RF Attenuator: RFATTEN
RF Budget Path Cost: RFBPATH
Variable Digital RF Delay: RFDELAY_VAR
RF Double Pole Double Throw Switch (Static 2-Input 4-Output): RFDPDT_24ST
RF Double Pole Double Throw Switch (Static 4-Input 2-Output): RFDPDT_42ST
RF Controller: RF_CNTRLR
End of RF Signal: RF_END
RF PID (Proportional-Integral-Derivate) Controller: RF_PID
Start RF Signal: RF_START
Start RF Signal (Noise Source): RF_START_NS
RF Single Pole n-Throw Switch (Dynamic 1-Input n-Output): RFSW_1nDYN
RF Single Pole n-Throw Switch (Static 1-Input n-Output): RFSW_1nST
RF Baseball Switch: RFSW_BASEBALL
RF Crossover Switch: RFSW_CROSSOVER
RF Directional Switch: RFSW_DIR
RF Signal Frequency Controlled Switch: RFSW_FRQ
RF Single Pole n-Throw Switch (Dynamic n-input 1-output): RFSW_n1DYN
RF Single Pole n-Throw Switch (Static n-input 1-output): RFSW_n1ST
Resistor Noise Source: RN
Two Port S Parameter Block: S2P_BLK
Two State S Parameter Block: SBLK_2STATE
Signal Coupling: SCOUPLING
Signal Direction: SIGDIR
n Port S Parameter Block: SnP_BLK
Tone(s) Source: TONE
TWT-Saleh Behavioral Model (File-Based): TWT_F
TWT-Saleh Behavioral Model (Simulation-Based): TWT_S
Hard Voltage Limiter (Real Signals): V_LIM
Nonlinear Variable Gain Amplifier (File-Based): VGA_F
Voltage Noise Source: VN
Voltage Variable RF Attenuator: VVA
Two Port Y Parameter Block: Y2P_BLK
n Port Y Parameter Block: YnP_BLK
Two Port Z Parameter Block: Z2P_BLK
n Port Z Parameter Block: ZnP_BLK
(Obsolete) Circulator (1-Input, 2-Output): CIRC_12
(Obsolete) Circulator (2-Input, 1-Output): CIRC_21
(Obsolete) Combiner (N-Inputs to 1-Output): COMB
(Obsolete) Narrowband Behavioral Amplifier: NL_AMP
(Obsolete) Nonlinear Behavioral Amplifier (Complex Signal): NL_AMP_H
(Obsolete) Nonlinear Behavioral Model (File-Based): NL_F
(Obsolete) Narrowband Behavioral Mixer: NL_MIXER
(Obsolete) Nonlinear Frequency-Dependent Behavioral Model (File-Based): NLFD_F
(Obsolete) Nonlinear Frequency-Dependent Behavioral Model (Simulation-Based): NLFD_S
(Obsolete) RF Single Pole Double Throw Switch (Static 1-Input 2-Output): RFSPDT_12ST
(Obsolete) RF Single Pole Double Throw Switch (Static 2-Input 1-Output): RFSPDT_21ST
(Obsolete) Receive Antenna Properties: RX_ANTENNA
(Obsolete) Splitter: SPLIT
(Obsolete) Splits One Signal Into Four or Fewer Signals: SPLIT_N
(Obsolete) Frequency-Dependent TWT-Saleh Behavioral Model (Simulation-Based): TWTFD_S
(Obsolete) Transmit Antenna Properties: TX_ANTENNA
(Obsolete) Volterra Behavioral Model: VBLOCK
(Obsolete) Linear Variable Gain Amplifier: VGA_L
Signal Processing
Align Signal (Gain, Phase and Delay Compensate): ALIGN
Attenuator: ATTEN
Burst Shaper: BURST
Capture and Repeat: CAP_REP
Radar Constant False Alarm Rate Calculator: CFAR
Change Center Frequency: CHANGE_FC
Change Sampling Frequency: CHANGE_FS
Comparator: COMPARE
Correlator: CORRELATOR
Counter Block: COUNTER
Decision Block: DECIDE
Decimator: DECIM
Delays Input Stream by Specified Time: DELAY
Variable Delay: DELAY_VAR
DFT Calculator: DFT
Data Latch: DLATCH
Delays Input Stream by N Samples: DLY_SMP
Delays Input Stream by N Symbols: DLY_SYM
Signal Delay Compensator (Align to Sample Boundary): DLYCMP
Digital Predistortion Block with Feedback: DPD
Carrier Frequency Shifter: FRQSHFT
Gain Block: GAIN
Hold: HOLD
Triggered Hold: HOLD_T
Inverse DFT Calculator: IDFT
Integrates N Samples then Clears Buffer: INTG_DMP
LMS Equalizer: LMS_EQU
Lookup Table: LOOKUP
Minimum/Maximum (N-Input, 2-Output): MINMAX
Radar Moving Target Detector: MTD
Peak Detector: PEAK_DET
Phase Shifter: PHASE
Pulse Generator: PLSGEN
Peak-to-Average Ratio: PTAR
Ramp Profile: RAMP_PRFL
Radar Cross Section: RCS
Remove Signal Delay Samples: REMOVE_DLY
Block Repeater: REPEAT
Rational Resampler: RESAMPLER
Rate of Output Averaged Values per Input: RUN_AVG
Sampler: SAMPLER
Sample and Hold: SMPLHLD
Single-Pole Double-Throw Switch (1-Input, 2-Output): SPDT_12
Single-Pole Double-Throw Switch (2-Input, 1-Output): SPDT_21
Square Wave Generator: SQRGEN
Threshold Block: THRSHLD
Unwrap: UNWRAP
(Obsolete) Minimum/Maximum (16-Input, 2-Output): MINMAX16
(Obsolete) Minimum/Maximum (2-Input, 2-Output): MINMAX2
(Obsolete) Minimum/Maximum (4-Input, 2-Output): MINMAX4
(Obsolete) Minimum/Maximum (8-Input, 2-Output): MINMAX8
(Obsolete) Signal Scaling Block: SIGSCL
Simulation Control
RFB Thermal Noise Simulation Control: RFBTNSCTL
Swept Variable Control: SWPVAR
Linear FM Chirp Signal Generator: CHIRP_LFM
Colored Noise Source: COLORNS
Digital Pulse: DPULSE
Random K Clutter Generator: KCLUTTER
Complex Impulse Source: IMPLS_C
Real Impulse Source: IMPLS_R
Phase Noise Source: PHASENS
Periodic Pulse Waveform: PPULSE
Pseudo-Random Binary Sequence Generator: PRBS
Pseudo-Random Binary Sequence Waveform Generator: PRBS_WVFM
Ramp Function: RAMP
Random Complex Source: RND_C
Random Digital Source: RND_D
Random Real Source: RND_R
Sawtooth Waveform: SAW
Sinusoid Source: SINE
Complex Source: SRC_C
Digital Source: SRC_D
Frequency Response Source: SRC_FRQ
Real Source: SRC_R
Step Function: STEP
White Gaussian Noise: WHITENS
(Obsolete) Maps Input Modulation to Multicarrier Output: FDMUX
(Obsolete) N Tone Sinusoid: NTONES
(Obsolete) Pulse: PULSE
(Obsolete) Complex Sinusoid (Complex Envelope): SIN_C
(Obsolete) Real Sinusoid (Complex Envelope): SIN_R
(Obsolete) White Gaussian Noise: WGNS
802.11ac Receiver: 80211AC_RX
802.11ac Transmitter: 80211AC_TX
802.11b Source for 1Mbps: 802.11b_01_SRC
802.11b Transmitter for 1Mbps: 802.11b_01_TX
802.11b Source for 2Mbps: 802.11b_02_SRC
802.11b Transmitter for 2Mbps: 802.11b_02_TX
802.11b Source for 11Mbps: 802.11b_11_SRC
802.11b Transmitter for 11Mbps: 802.11b_11_TX
802.11b Source for 5.5Mbps: 802.11b_55_SRC
802.11b Transmitter for 5.5Mbps: 802.11b_5.5_TX
DVB-H (DVB-T) Receiver Modules: DVB_RX_MODULES
DVB-H (DVB-T) Receiver: DVB_RX
DVB-H (DVB-T) Signal Source: DVB_TSIG
DVB-H (DVB-T) Transmitter Modules: DVB_TX_MODULES
DVB_S General Receiver Model: DVBS_RX
DVB-S Transmitter: DVBS_TX
IS2000 Forward Link Modules: IS2000_FL_MODULES
IS2000 Forward Link Receiver: IS2000_FL_RX
IS2000 Forward Link Signal Source: IS2000_FL_TSIG
IS2000 Reverse Link Modules: IS2000_RL_MODULES
IS2000 Reverse Link Receiver: IS2000_RL_RX
IS2000 Reverse Link Signal Source: IS2000_RL_TSIG
LO Imbalance: LO_IMBAL
LTE Downlink Receiver: LTE_DL_RX
LTE Downlink EMV Receiver: LTE_DL_RXM
LTE Downlink Signal Source: LTE_DL_TSIG
LTE Downlink Transmitter: LTE_DL_TX
LTE Receiver Modules: LTE_RX_MODULES
LTE Transmitter Modules: LTE_TX_MODULES
LTE Uplink Receiver for Encoded Signals: LTE_UL_RX
LTE Uplink EMV Receiver: LTE_UL_RXM
LTE Uplink Signal Source: LTE_UL_TSIG
LTE Uplink Signal Source: LTE_UL_TSIGE
Image Rejection Behavioral Mixer: MIXER_IRM
Moving Target Indicator: MTI
NR 5G Downlink Receiver (with decoder): NR_DL_RX
NR 5G Downlink Receiver: NR_DL_RXM
NR 5G Downlink Test Model Receiver: NR_DL_RXM_TM
NR 5G Downlink Signal Source: NR_DL_TSIG
NR 5G Downlink Signal Source (with encoder): NR_DL_TSIGE
NR 5G Downlink Test Model Signal Source: NR_DL_TSIG_TM
NR 5G Receiver Modules: NR_5G_RX_MODULES
NR 5G Transmitter Modules: NR_5G_TX_MODULES
NR 5G Uplink Receiver (with decoder): NR_UL_RX
NR 5G Uplink Receiver: NR_UL_RXM
NR 5G Uplink Signal Source: NR_UL_TSIG
NR 5G Uplink Receiver (with encoder): NR_UL_TSIGE
Antenna and Propagation Models: RADAR_ANTPROP
Signal Processing Models: RADAR_SIGPROC
Radar Target and Propagation: TARGET
Radar Target Model: TARGET_MODEL
WCDMA Downlink Test Model Channels: WCDMA_DL_TM_MODULES
WCDMA Downlink Test Model 1-6 Signal Source: WCDMA_DL_TM_TSIG
WCDMA Physical Channels Downlink Modules: WCDMA_DL_MODULES
WCDMA Downlink Signal Source: WCDMA_DL_TSIG
WCDMA Physical Channels Uplink Modules: WCDMA_UL_MODULES
WCDMA Uplink Signal Source: WCDMA_UL_TSIG
WiMAX Receiver Modules: WIMAX_RX_MODULES
WiMAX Transmitter Modules: WIMAX_TX_MODULES
Mobile WiMAX Receiver: WiMAX_MBL_RX
Mobile WiMAX Modulated Signal Source: WiMAX_MBL_TSIG
Mobile WiMAX Transmitter: WiMAX_MBL_TX
Mobile WiMAX Receiver Modules: WIMAX_MBL_RX_MODULES
Mobile WiMAX Transmitter Modules: WIMAX_MBL_TX_MODULES
WiMAX Receiver, Full-Band: WiMAX_RX_FB
WiMAX Signal Source, Full-Band: WiMAX_TSIG_FB
WiMAX Transmitter, Full-Band: WiMAX_TX_FB
(Obsolete) Center Frequency Selector (shifts Fc): FRQ_SEL
(Obsolete) Sources Models: RADAR_SOURCES

Legal and Trademark Notice