10.5Intelligent Function Module Devices (U
\G
)
10.6Index Registers (Z)
10.6.1Switching between scan execution type programs and low speed execution type programs
10.6.2Switching between scan/low speed execution programs and interrupt/fixed scan execution type programs
10.7File Registers (R)
10.7.1File register capacity
10.7.2Differences in memory card access method by memory card type
10.7.3Registering the file registers
10.7.4File register designation method
10.7.5Precautions in using file registers
10.8Nesting (N)
10.9Pointers
10.9.1Local pointers
10.9.2Common pointers
10.10Interrupt Pointers (I)
10.11Other Devices
10.11.1SFC block device (BL)
10.11.2SFC transition device (TR)
10.11.3Network No. designation device (J)
10.11.4I/O No. designation device (U)
10.11.5Macro instruction argument device (VD)
10.12Constants
10.12.1Decimal constants (K)
10.12.2Hexadecimal constants (H)
10.12.3Real numbers (E)
10.12.4Character string ( " " )
10.13Convenient Uses for Devices
10.13.1Global devices & local devices
10.13.2Device initial values
11HIGH PERFORMANCE MODEL QCPU PROCESSING TIME
11.1Reading High Performance model QCPU's Scan Time
11.2Factors Responsible for Extended Scan Time
Factors Responsible for Shortened Scan Time
12PROCEDURE FOR WRITING PROGRAMS TO HIGH PERFORMANCE MODEL QCPU
12.1Writing Procedure for 1 Program
12.1.1Items to consider when creating one program
12.1.2Procedure for writing programs to the High Performance model QCPU
12.2 Procedure for Multiple Programs
12.2.1Items to consider when creating multiple programs
12.2.2Procedure for writing programs to the High Performance model QCPU
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