Table of Contents
TIP

This is a Device configuration operator. Device Group configuration operators are recommended instead of Device configuration operators for interfacing with Open Ephys Onix hardware.

ConfigureRhs2116Pair

sink Operator

Configures a synchronized pair of Intan Rhs2116 bioamplifier and stimulator chips.

This configuration operator can be linked to a data IO operator, such as Rhs2116Data, using a shared DeviceName.

ConfigureRhs2116Pair Workflow

Inputs & Outputs

Configures an Rhs2116Pair device.

This will schedule configuration actions to be applied by a StartAcquisition node prior to data acquisition.

A sequence of ContextTask that holds all configuration actions.

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representation of a sink operator
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The original sequence with the side effect of an additional configuration action to configure an Rhs2116Pair device.

Properties

Property Type Description
AnalogHighCutoff Rhs2116AnalogHighCutoff

Gets or sets the Rhs2116AnalogHighCutoff.

Specifies the upper cutoff frequency of the pre-ADC amplifiers.

High20000Hz = 0
High15000Hz = 1
High10000Hz = 2
High7500Hz = 3
High5000Hz = 4
High3000Hz = 5
High2500Hz = 6
High2000Hz = 7
High1500Hz = 8
High1000Hz = 9
High750Hz = 10
High500Hz = 11
High300Hz = 12
High250Hz = 13
High200Hz = 14
High150Hz = 15
High100Hz = 16
AnalogLowCutoff Rhs2116AnalogLowCutoff

Gets or sets the Rhs2116AnalogLowCutoff.

Specifies the lower cutoff frequency of the pre-ADC amplifiers.

Low1000Hz = 0
Low500Hz = 1
Low300Hz = 2
Low250Hz = 3
Low200Hz = 4
Low150Hz = 5
Low100Hz = 6
Low75Hz = 7
Low50Hz = 8
Low30Hz = 9
Low25Hz = 10
Low20Hz = 11
Low15Hz = 12
Low10Hz = 13
Low7500mHz = 14
Low5000mHz = 15
Low3090mHz = 16
Low2500mHz = 17
Low2000mHz = 18
Low1500mHz = 19
Low1000mHz = 20
Low750mHz = 21
Low500mHz = 22
Low300mHz = 23
Low250mHz = 24
Low100mHz = 25
AnalogLowCutoffRecovery Rhs2116AnalogLowCutoff

Gets or sets the Rhs2116AnalogLowCutoff directly after stimulation occurs.

Specifies the lower cutoff frequency of the pre-ADC amplifiers during stimulus recovery. Note that this is only active for a short period of time, and reverts back to AnalogLowCutoff.

Low1000Hz = 0
Low500Hz = 1
Low300Hz = 2
Low250Hz = 3
Low200Hz = 4
Low150Hz = 5
Low100Hz = 6
Low75Hz = 7
Low50Hz = 8
Low30Hz = 9
Low25Hz = 10
Low20Hz = 11
Low15Hz = 12
Low10Hz = 13
Low7500mHz = 14
Low5000mHz = 15
Low3090mHz = 16
Low2500mHz = 17
Low2000mHz = 18
Low1500mHz = 19
Low1000mHz = 20
Low750mHz = 21
Low500mHz = 22
Low300mHz = 23
Low250mHz = 24
Low100mHz = 25
DspCutoff Rhs2116DspCutoff

Gets or sets the Rhs2116DspCutoff value.

Specifies the cutoff frequency for the DSP high-pass filter used for amplifier offset removal.

Differential = 0
Dsp3309Hz = 1
Dsp1374Hz = 2
Dsp638Hz = 3
Dsp308Hz = 4
Dsp152Hz = 5
Dsp75Hz = 6
Dsp37Hz = 7
Dsp19Hz = 8
Dsp9336mHz = 9
Dsp4665mHz = 10
Dsp2332mHz = 11
Dsp1166mHz = 12
Dsp583mHz = 13
Dsp291mHz = 14
Dsp146mHz = 15
Off = 16
Enable bool

Gets or sets the device enable state.

If set to true, Rhs2116Data will produce data. If set to false, Rhs2116Data will not produce data.

DeviceName string

Gets or sets a unique device name.

The device name provides a unique, human-readable identifier that is used to link software elements for configuration, control, and data streaming to hardware. For instance, it can be used to link configuration operators to data IO operators within a workflow. This value is usually not set manually, but is assigned in a MultiDeviceFactory to correspond to a fixed address with a piece of hardware such as a headstage. This address is used for software communication.

DeviceAddress uint

Gets or sets the device address.

This is a fully-qualified numerical hardware address of a device within the device table produced by an ONI-compliant acquisition system. This value is usually not set manually, but is assigned in a MultiDeviceFactory to correspond to a fixed address with a piece of hardware such as a headstage. This address is used for hardware communication.

DeviceType Type

Gets or sets the device identity.

This type provides a device identity to each device within the device table produced by an ONI-compliant acquisition system.