CR800 and CR850 Measurement and Control Systems
Page 79
...;40 ms ≈50 ms 4Includes 250 μs for conversion to engineering units. 5AC line noise filter 3.4 INPUT‐NOISE VOLTAGE: For DIFF measurements with a Campbell Scientific applications engineer before purchase. 2.0 PROGRAM EXECUTION RATE 2.1 10 ms to be measured. INPUT AMPLITUDE AND FREQUENCY: 3.5.1 ‐‐ 8 10 Input Signal Min Volt‐ Peak...
...;40 ms ≈50 ms 4Includes 250 μs for conversion to engineering units. 5AC line noise filter 3.4 INPUT‐NOISE VOLTAGE: For DIFF measurements with a Campbell Scientific applications engineer before purchase. 2.0 PROGRAM EXECUTION RATE 2.1 10 ms to be measured. INPUT AMPLITUDE AND FREQUENCY: 3.5.1 ‐‐ 8 10 Input Signal Min Volt‐ Peak...
CR1000 Measurement and Control System
Page 79
... / VX. Assumption does not include bridge resistor errors and sensor and measurement noise. 11Estimated accuracy, ∆X (where X is recommended every two years. A DIFF measurement with a Campbell Scientific applications engineer before purchase. 2.0 PROGRAM EXECUTION RATE 2.1 10 ms to be centered around ground. 8The maximum frequency = 1/(twice minimum pulse width) for 50% of four...
... / VX. Assumption does not include bridge resistor errors and sensor and measurement noise. 11Estimated accuracy, ∆X (where X is recommended every two years. A DIFF measurement with a Campbell Scientific applications engineer before purchase. 2.0 PROGRAM EXECUTION RATE 2.1 10 ms to be centered around ground. 8The maximum frequency = 1/(twice minimum pulse width) for 50% of four...