Engee documentation

BA-IS-XX RF9-PRODUCE-ARBITRARY

Playback of a quadrature arbitrary signal on an SDR transmitter.

blockType: CFunction

Path in the library:

/RITM/RITMeX BA-IS-XX/BA-IS-XX RF9/BA-IS-XX RF9-PRODUCE-ARBITRARY

Description

To work with the block, install/update the support package RITM blocks.

Block BA-IS-XX RF9-PRODUCE-ARBITRARY It is used to reproduce a quadrature arbitrary signal on an SDR transmitter.

Ports

Input

# len — the size of arrays of common-mode and quadrature signal components
scalar

Details
Data types

Float64

Complex numbers support

No

# re — an array of 16-bit DAC samples specifying the period of the common-mode component of the signal
vector

Details
Data types

Float64

Complex numbers support

No

# im — an array of 16-bit DAC samples specifying the period of the quadrature component of the signal.=
vector

Details
Data types

Float64

Complex numbers support

No

Parameters

Parameters

# Номер модуля: — serial number of the BA-IS-XX module
1 | 2 | 3 | 4 | 5 | 6 | 7 | 8

Details

Serial number of the BA-IS-XX module on the RITM chassis (only BA-IS-XX modules are counted in the numbering).

Values

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8

Default value

1

Program usage name

m_module_idx

Tunable

No

Evaluatable

Yes

# Номер канала передатчика: — serial number of the SDR transmitter channel
1 | 2

Details

The serial number of the SDR transmitter channel (depending on the configuration of the BA-IS-XX firmware, there may be 1 or 2 of them).

Values

1 | 2

Default value

1

Program usage name

m_tx_channel

Tunable

No

Evaluatable

Yes

# Максимальное количество сэмплов: — maximum estimated number of samples

Details

Maximum estimated number of samples per simulation session (len must be less than or equal to this parameter).

Default value

1024

Program usage name

m_max_samples

Tunable

No

Evaluatable

Yes

# Шаг расчёта, с: — block calculation step

Details

The block calculation step in seconds (-1 for inheriting the model calculation step).

Default value

-1

Program usage name

m_sample_time

Tunable

No

Evaluatable

Yes