Using periodic interrupts, Interrupt vector, Interrupt level – Meinberg VME31 User Manual
Page 10: Interrupt rate
10
Using Periodic Interrupts
If the clock shall generate periodic interrupts, three bytes must be written to the dual
port RAM:
Interrupt Vector
After power up, this byte is set to 0Fh. The user must take care to set up the vector
number corresponding to the system's exception vector assignments.
Interrupt Level
This byte is set to 00h after power up. The user must supply the desired interrupt level
(01h..07h).
Interrupt Rate
The contents of this byte reflects the rate of interrupts generated by the board. After
power up, its value is 00h. Valid codes are given below:
00h
no interrupt
01h
once ever 10 milliseconds
02h
once every 100 milliseconds
03h
once every second
04h
on every 10 seconds
05h
once every minute
06h
once every 10 minutes
07h
once every hours
others:
(reserved)
- SHSPZF LANTIME (153 pages)
- SHSPZF LANTIME (132 pages)
- GPS180 (68 pages)
- GPS167LCD-MP (48 pages)
- GPS163TDHS (34 pages)
- GPS164xHS (34 pages)
- DCF77C51 (20 pages)
- C28COM (22 pages)
- SyncBox PTPv2 (32 pages)
- DU70 (20 pages)
- UA509P (36 pages)
- VP100 20NET (25 pages)
- DU35S (18 pages)
- VP100 20 (22 pages)
- SDU (14 pages)
- FM614 (8 pages)
- RU226 (4 pages)
- GEN170TGP (30 pages)
- DCF77 PCI511 (22 pages)
- TCR167PCI (36 pages)
- TCR511PEX (20 pages)
- GPS169PCI (34 pages)
- DCF77 PC32E (22 pages)
- TCR510PCI (20 pages)
- USB 5131 (12 pages)
- TCR51USB (15 pages)
- GPS167PC (28 pages)
- PZF510 (26 pages)
- PZF511 (36 pages)
- PZF600 (40 pages)
- FDM509 (20 pages)
- FDM511 (26 pages)
- GPS161 (30 pages)
- GPS162 (30 pages)
- TCR510 (28 pages)
- TCR509 (22 pages)
- TCG511 (22 pages)
- DCF77 UA509 (22 pages)
- UA32S (24 pages)
- NUC80E (20 pages)
- GPS L1 (3 pages)
- DOAL (10 pages)