Appendix 5 Binary File Size Calculation
A
10
(Byte units)
File size =
Header size + Data size
Header size =
Text header size + Binary header size
Text header
size =
512 × (4 + no. of analog channels × 3 + no. of pulse channels × 3 + no.
of logic bits × 3 + no. of alarm channels × 3 + no. of waveform calcula-
tions × 3)
Binary header
size =
512 × (12 + no. of analog channels × 3 + no. of pulse channels × 3 + no.
of logic bits × 1 + no. of alarm channels × 20 + no. of waveform calcula-
tions × 3)
Data size =
(no. of analog channels × 2 + no. of pulse channels × 4 + no. of logic
channels × 2 + no. of alarm channels × 58 + no. of waveform calcula-
tions × 8) × no. of data points
Notes
The no. of logic channels can be either 0, or 1 when using logic.
The no. of logic bits can be 0 to 8.
The no. of alarm channels can be either 0, or 1 when using alarms.
You can check an estimate of the remaining time available on the attached CF card/ USB
flash drive on the
[Setting]
screen.
Appendix 5 Binary File Size Calculation
Displays an estimate of the re-
maining time available on the at-
tached CF card/ USB flash drive.
Summary of Contents for LR8400-20
Page 1: ......
Page 2: ......
Page 4: ......
Page 26: ...Operating Precautions 14...
Page 96: ...3 9 Viewing and Editing with the All Channel Settings List 84...
Page 112: ...4 3 Marking Waveforms and Searching Marks Search Function 100...
Page 156: ...6 5 Transferring Data to a PC USB Drive Mode 144...
Page 238: ...10 8 About Communications Commands 226...
Page 256: ...11 3 LR8501 Universal Unit Specifications 244...
Page 262: ...12 3 Disposing of the HiLogger 250...
Page 296: ...Index Index 4...
Page 297: ......
Page 298: ......
Page 299: ......
Page 300: ......