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3GPPFDD_UL_Source



Description: 3GPP uplink integrated signal source
Library: 3GPPFDD, User Equipment
Class: SDF3GPPFDD_UL_Source
Derived From: 3GPPFDD_ULRefCHBase

Parameters

Name

Description

Default

Unit

Type

Range

SpecVersion

version of specifications: Version_03_00, Version_12_00, Version_03_02

Version_12_00

 

enum

 

DTCHDataPattern

DTCH source data pattern: DTCH_random, DTCH_PN9, DTCH_PN15, DTCH_bits_repeat, DTCH_user_file

DTCH_random

 

enum

 

DTCHRepBitValue

DTCH repeating data value

0xff

 

int

[0:255]

DTCHUserFileName

DTCH user-defined data file name

datafile.txt

 

filename

 

DCCHDataPattern

DCCH source data pattern: DCCH_random, DCCH_PN9, DCCH_PN15, DCCH_bits_repeat, DCCH_user_file

DCCH_random

 

enum

 

DCCHRepBitValue

DCCH repeating data value

0xff

 

int

[0:255]

DCCHUserFileName

DCCH user-defined data file name

datafile.txt

 

filename

 

TPCDataPattern

source data pattern: TPC_random, TPC_PN9, TPC_PN15, TPC_bits_repeat, TPC_user_file

TPC_random

 

enum

 

TPCRepBitValue

TPC repeating data value

0xff

 

int

[0:255]

TPCUserFileName

TPC user-defined data file name

datafile.txt

 

filename

 

FBIDataPattern

FBI source data pattern: FBI_random, FBI_PN9, FBI_PN15, FBI_bits_repeat, FBI_user_file

FBI_random

 

enum

 

FBIRepBitValue

FBI repeating data value

0xff

 

int

[0:255]

FBIUserFileName

FBI user-defined data file name

datafile.txt

 

filename

 

ScrambleCode

index of scramble code

0

 

int

[0:512] for downlink;
[0:16777215] for uplink

ScrambleType

scramble type: Long, Short

Long

 

enum

 

DPCCH_SltFmt

DPCCH slot format

0

 

int

[0:5]

RefCh

reference measurment channel: UL_REF_12_2, UL_REF_64, UL_REF_144, UL_REF_384_10, UL_REF_384_20, UL_REF_768, UL_REF_2048

UL_REF_12_2

 

enum

 

GainUnit

gain unit in index [0,15] or manually set value: Index, Value

Index

 

enum

 

GainIndex

gain index

15

 

int

[0:15]

DPDCHGainFactor

gain factor for DPDCH(used while GainUnit=Value)

1.0

 

real

(∞, ∞)

DPCCHGainFactor

gain factor for DPCCH(used while GainUnit=Value)

1.0

 

real

(∞, ∞)

Pin Outputs

Pin

Name

Description

Signal Type

1

out

signal in chips

complex

2

DTCH

DTCH data

int

3

DCCH

DCCH data

int

4

DTCHCoderOut

coded bits of DTCH

int

5

DCCHCoderOut

coded bits of DCCH

int

6

DPDCHData

DPDCH data fields bits

multiple int

Notes/Equations
  1. This subnetwork model is used to simulate integrated user equipment signal source. With this subnetwork model, a reference measurement channel signal as defined in 3GPP TS 25.101 can be generated.
    (To view the schematic for this subnetwork, push into the component symbol in the schematic window.)
  2. Designers can set the DPDCH/DPCCH power ratio with this subnetwork. GainUnit is used to specify the method for calculating the DPDCH/DPCCH power ratio. When GainUnit = Index, the gain factors of DPDCH and DPCCH are calculated according to the value of GainIndex. When GainUnit = Value, the gain factors of DPDCH and DPCCH are calculated according to the values of DPDCHGainFactor and DPCCHGainFactor. Note that if reference measurement channels defined in TS 25.101 are required, GainIndex must be set according to the following table.
    GainIndex Value

    Reference Measurement Channel

    GainIndex Value

    12.2 kbps

    8

    64 kbps

    5

    144 kbps

    4

    384 kbps, 20ms TTI

    4

    384 kbps, 10ms TTI

    4

    768 kbps

    4

  3. DPDCHData pin 6 outputs bits of each DPDCH; the width of this multi-pin is controlled by the DPDCHNum parameter in this subnetwork. The real DPDCH number is determined by the rate matching algorithm (maximum is 6); if DPDCHNum is set to a larger value, the additional DPDCH will be filled with 0; if DPDCHNum is set to a smaller value, simulation will not be successful.
    The real DPDCH number may change from 1 to 6 when channel parameters such as block size and block set size are modified. In order for designers to modify those parameters without calculating the real DPDCH number manually, DPDCHNum is set to 6 in this subnetwork.
  4. Pins DCCHCoderOut and DTCHCoderOut output DCCH and DTCH bits after channel coding. Pins DCCH and DTCH output the original DCCH and DTCH bits.
  5. DCCH, DTCH, FBI and TPC data patterns parameters can be modified by the designer.
    Refer to 3GPPFDD_DataPattern regarding setting these parameters.
  6. In uplink, the slot format of DTCH will be determined by rate matching algorithm, while the slot format of DCCH is be given by higher layers. In this model, DPCCH_SltFmt is used to specify the DCCH slot format.

References
  1. 3GPP Technical Specification TS 34.101 V3.2.0 "UE Radio transmission and Reception (FDD)," March 2000.
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