Panasonic FP-M Hardware Manual page 210

8-7. Special Data Registers
Address Name
DT9025 Mask condition
monitoring register
for input -initiated
interrupts (Interrupt
program: INT0 to
INT7)
DT9027 Time-initiated
interrupt interval
monitoring register
DT9030 Message 0 register
DT9031 Message 1 register
DT9032 Message 2 register
DT9033 Message 3 register
DT9034 Message 4 register
DT9035 Message 5 register
DT9037 Work register 1
F96
for instruction
DT9038 Work register 2
F96
for instruction
DT9040 Manual dial-set
register (V0)
DT9041 Manual dial-set
register (V1)
202
• The mask conditions of input-initiated interrupts can be monitored.
Bit position
INT program
DT9025
• The mask conditions are judged by the status of each bit:
Interrupt disabled (masked): 0
• Each bit position of DT9025 (bit positions 0 to 7) falls on an interrupt
instruction number.
ICTL
• Refer to the instruction in the FP-M/FP1 Programming Manual.
• This register is available for monitoring the time-initiated interrupt interval.
The interval is calculated using the formula:
- K1 to K3000: interval (ms) = data × 10 (ms)
- K0: time-initiated interrupt is not used.
ICTL
• Refer to the instruction in the FP-M/FP1 Programming Manual.
• The contents of the specified message are stored in DT9030, DT9031,
DT9032, DT9033, DT9034, and DT9035 when an
is executed.
F149 (MSG)
• Refer to the
Manual.
• The number of found data is stored in DT9037 when an
instruction is executed.
F96 (SRC)
• Refer to the
Manual.
• The data position found in the first place counting from the first 16-bit area
is stored in DT9038 when an
• The address stored is counted from the starting address of the register
specified by starting 16-bit area.
F96 (SRC)
• Refer to the
Manual.
Values of the potentiometers (V0 and V1) are stored as:
V0 → DT9040
V1 → DT9041
Description
15 12 11 8 7
• • • • • •
———— ———— 7
• •
— — — — — — — —
Interrupt enabled (unmasked): 1
instruction in the FP-M/FP1 Programming
instruction in the FP-M/FP1 Programming
F96 (SRC)
instruction is executed.
instruction in the FP-M/FP1 Programming
4 3 0
• •
4 3 0
• •
F149 (MSG)
instruction
F96 (SRC)