adi.adf4030 module

class adi.adf4030.adf4030(uri='')

Bases: context_manager, attribute

This class provides an interface to the ADF4030 device via the IIO framework.

Args:

uri (str, optional): URI of the IIO context. Defaults to “”.

Attributes:

_device_name (str): Name of the IIO device (“adf4030”). _ctrl: Reference to the IIO device controller. _attrs (list): List of supported channel attributes.

Properties:

in_temp0_input (float): Returns the temperature sensor input value.

Dynamic Channel Properties:

For each channel with an ID starting with “altvoltage”, the following properties are dynamically created (where <name> is the channel label or ID):

<name>_duty_cycle (float): Duty cycle of the channel. <name>_frequency (float): Frequency of the channel. <name>_label (str): Label of the channel. <name>_output_enable (bool): Output enable status of the channel. <name>_phase (float): Phase of the channel. <name>_reference_channel (int): Reference channel index. <name>_autoalign_iteration (int): Auto-align iteration value. <name>_autoalign_threshold (float): Auto-align threshold value. <name>_autoalign_threshold_en (bool): Enable/disable auto-align threshold. <name>_background_serial_alignment_en (bool): Enable/disable background serial alignment. <name>_oversampling_ratio (int): Oversampling ratio. <name>_oversampling_ratio_available (list): List of available oversampling ratios.

Raises:

Exception: If the ADF4030 device is not found in the IIO context.

Methods:

_make_channel_property(channel, attr): Creates a property for a given channel and attribute. _add_channel_properties(): Adds dynamic properties for each supported channel and attribute.

Example:

>>> from adi.hmc7044 import adf4030
>>> dev = adf4030(uri="ip:192.168.2.1")
>>> print(dev.in_temp0_input)
>>> dev.altvoltage0_frequency = 10000000
>>> print(dev.altvoltage0_frequency)

property in_temp0_input