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Simple Input |
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Inputs the specified channel one time in binary value |
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Inputs the specified channel one time in binary value for wirelessI/O |
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Inputs the specified channel one time in voltage or current value |
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Inputs the specified channel one time in voltage or current value for wirelessI/O |
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Inputs the more than one channel one time in binary value |
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Inputs the more than one channel one time in binary value for wirelessI/O |
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Inputs the more than one channel one time in voltage or current value |
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Inputs the more than one channel one time in voltage or current value for wirelessI/O |
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Resolution |
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Retrieves the resolution |
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Input Method |
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Sets the input method |
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Retrieves the input method |
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Channel |
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Retrieves the maximum number of channels that you can use |
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Sets the number of channels |
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Retrieves the number of channels |
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Sets the sequence for the converting channel |
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Retrieves the sequence for the converting channel |
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Sets the channel for the analog input conversion (Z-series only) |
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Retrieves whether the channel used for conversion is used/unused (Z-series only) |
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Range |
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Sets the range to the specified channel |
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Sets the range to all channels |
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Retrieves the range of the specified channel |
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Transfer Mode |
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Sets the transfer mode |
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Retrieves the transfer mode |
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Sets the user buffer |
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Retrieves the transfer size per sampling |
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Memory Type |
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Sets the memory type for storing data |
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Retrieves the memory type for storing data |
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Sets the memory byte size for storing data (Z-series only) |
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Retrieves the memory byte size for storing data |
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Repeat |
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Sets the repeat times |
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Retrieves the repeat times |
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Clock |
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Sets the clock type |
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Retrieves the clock type |
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Sets the sampling clock |
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Retrieves the sampling clock |
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Sets the channel scan clock |
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Retrieves the channel scan clock |
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Sets the timing of external clock input |
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Retrieves the timing of external clock input |
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Start Condition |
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Sets the condition for starting the sampling |
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Retrieves the condition of starting the sampling |
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Sets the level (Binary value) when the start condition is level trigger |
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Retrieves the level (Binary value) when the start condition is level trigger |
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Sets the level (Voltage/Current) when the start condition is level trigger |
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Retrieves the level (Voltage/Current) when the start condition is level trigger |
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Sets the In Range (Binary value) when the start condition is In Range comparison |
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Retrieves the In Range (Binary value) when the start condition is In Range comparison |
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Sets the In Range (Voltage/Current) when the start condition is In Range comparison |
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Retrieves the In Range (Voltage/Current) when the start condition is In Range comparison |
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Sets the Out Range (Binary value) when the start condition is Out Range comparison |
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Retrieves the Out Range (Binary value) when the start condition is Out Range comparison |
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Sets the Out Range (Voltage/Current) when the start condition is Out Range comparison |
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Retrieves the Out Range (Voltage/Current) when the start condition is Out Range comparison |
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Stop Condition |
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Sets the condition for stopping the sampling |
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Retrieves the condition of stopping the sampling |
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Sets the sampling times |
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Retrieves the sampling times |
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Sets the level (Binary value) when the stop condition is level trigger |
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Retrieves the level (Binary value) when the stop condition is level trigger |
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Sets the level (Voltage/Current) when the stop condition is level trigger |
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Retrieves the level (Voltage/Current) when the stop condition is level trigger |
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Sets the In Range (Binary value) when the stop condition is In Range comparison |
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Retrieves the In Range (Binary value) when the stop condition is In Range comparison |
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Sets the In Range (Voltage/Current) when the stop condition is In Range comparison |
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Retrieves the In Range (Voltage/Current) when the stop condition is In Range comparison |
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Sets the Out Range (Binary value) when the stop condition is Out Range comparison |
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Retrieves the Out Range (Binary value) when the stop condition is Out Range comparison |
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Sets the Out Range (Voltage/Current) when the stop condition is Out Range comparison |
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Retrieves the Out Range (Voltage/Current) when the stop condition is Out Range comparison |
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Delay Sampling |
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Sets the delay times of the stop sampling |
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Retrieves the delay times of the stop sampling |
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Event |
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Registers the callback function |
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Sets the event that the specified number of samplings are stored |
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Retrieves the event that the specified number of samplings are stored |
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Sets the event that the specified number of data are transferred |
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Retrieves the event that the specified number of data are transferred |
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Action |
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Starts conversion |
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Starts conversion (synchronous) |
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Stops conversion |
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Status |
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Retrieves the status |
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Retrieves the number of samplings |
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Retrieves the number of samplings after the stop condition has been satisfied |
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Retrieves the transfer data count |
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Retrieves the number of overwrite |
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Retrieves the transfer count when the stop trigger is input |
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Retrieves the number of repeats |
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Getting Data |
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Reads the data (Binary value) from the memory for storing the data |
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Reads the data (Voltage/Current) from the memory for storing the data |
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Reset |
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Resets the status |
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Resets the memory for storing the data |
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