Chapter Analog Inputs and Outputs Continuous Inputs Continuous

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Chapter - Analog Inputs and Outputs Continuous Inputs Continuous Outputs

Chapter - Analog Inputs and Outputs Continuous Inputs Continuous Outputs

Sampled Data

Sampled Data

Actual Inputs

Actual Inputs

Relationships

Relationships

Example

Example

Aliasing

Aliasing

Analog Output Relationships

Analog Output Relationships

Example

Example

Analog IO Control Registers rack: 2: C. Ch 0 Safe. State. Config - Sets

Analog IO Control Registers rack: 2: C. Ch 0 Safe. State. Config - Sets the safe state when the module update fails rack: 2: C. Ch 1 Safe. State. Config - Sets the safe state when the module update fails rack: 2: C. Ch 0 Input. Full. Range - 0 = 4 -20 m. A; 1 = -10 -10 V, 0 -20 m. A rack: 2: C. Ch 1 Input. Full. Range - 0 = 4 -20 m. A; 1 = -10 -10 V, 0 -20 m. A rack: 2: C. Ch 2 Input. Full. Range - 0 = 4 -20 m. A; 1 = -10 -10 V, 0 -20 m. A rack: 2: C. Ch 3 Input. Full. Range - 0 = 4 -20 m. A; 1 = -10 -10 V, 0 -20 m. A rack: 2: C. Ch 0 Outut. Full. Range - 0 = 4 -20 m. A; 1 = -10 -10 V, 0 -20 m. A rack: 2: C. Ch 1 Output. Full. Range - 0 = 4 -20 m. A; 1 = -10 -10 V, 0 -20 m. A rack: 2: C. Ch 0 Input. Config. Select - 0 = 0 -10 V, 0 -20 m. A; 1 = 4 -20 m. A, -10 V rack: 2: C. Ch 1 Input. Config. Select - 0 = 0 -10 V, 0 -20 m. A; 1 = 4 -20 m. A, -10 V rack: 2: C. Ch 2 Input. Config. Select - 0 = 0 -10 V, 0 -20 m. A; 1 = 4 -20 m. A, -10 V rack: 2: C. Ch 3 Input. Config. Select - 0 = 0 -10 V, 0 -20 m. A; 1 = 4 -20 m. A, -10 V rack: 2: C. Ch 0 Output. Config. Select - 0 = 0 -10 V, 0 -20 m. A; 1 = 4 -20 m. A, -10 V rack: 2: C. Ch 1 Output. Config. Select - 0 = 0 -10 V, 0 -20 m. A; 1 = 4 -20 m. A, -10 V rack: 2: C. SSCh 0 Output. Data - A safe output value for channel 0 rack: 2: C. SSCh 1 Output. Data - A safe output value for channel 1

Analog Input / Output Registers rack: 2: I. Fault - Returns a fault code

Analog Input / Output Registers rack: 2: I. Fault - Returns a fault code for the module rack: 2: I. Ch 0 Input. Data - The analog input value read on channel 0 rack: 2: I. Ch 1 Input. Data - The analog input value read on channel 1 rack: 2: I. Ch 2 Input. Data - The analog input value read on channel 2 rack: 2: I. Ch 3 Input. Data - The analog input value read on channel 3 rack: 2: I. Ch 0 Input. Underrange - The channel 0 current is below 4 m. A rack: 2: I. Ch 1 Input. Underrange - The channel 1 current is below 4 m. A rack: 2: I. Ch 2 Input. Underrange - The channel 2 current is below 4 m. A rack: 2: I. Ch 3 Input. Underrange - The channel 3 current is below 4 m. A rack: 2: I. Ch 0 Output. Open. Wire - The output current is zero - indicates broken wire rack: 2: I. Ch 1 Output. Open. Wire - The output current is zero - indicates broken wire rack: 2: I. Power. Up - The module is configured and running normally rack: 2: O. Ch 0 Output. Data - The analog output voltage for channel 0 rack: 2: O. Ch 1 Output. Data - The analog output voltage for channel 1

An Example

An Example

Pulse Width Modulation (PWM)

Pulse Width Modulation (PWM)

Shielding

Shielding