Instruction manual
Table Of Contents
- INTRODUCTION
- GETTING STARTED
- MAKING THE CONNECTIONS
- USING THE PC215E
- STRUCTURE AND ASSIGNMENTS OF THE REGISTERS
- Register Assignments
- Register Groups
- The Register Details
- Programmable Peripheral Interface PPI-X Data Register Port A
- Programmable Peripheral Interface PPI-X Data Register Port B
- Programmable Peripheral Interface PPI-X Data Register Port C
- Programmable Peripheral Interface PPI-X Command Register
- Programmable Peripheral Interface PPI-Y Data Register Port A
- Programmable Peripheral Interface PPI-Y Data Register Port B
- Programmable Peripheral Interface PPI-Y Data Register Port C
- Programmable Peripheral Interface PPI-Y Command Register
- Z1 Counter 0 Data Register
- Z1 Counter 1 Data Register
- Z1 Counter 2 Data Register
- Counter/Timer Z1 Control Register
- Z1 Counter/Timer Status Register
- Z2 Counter 0 Data Register
- Z2 Counter 1 Data Register
- Z2 Counter 2 Data Register
- Counter/Timer Z2 Control Register
- Z2 Counter/Timer Status Register
- Group Z Clock Connection Register
- Group Z Gate Connection Register
- Interrupt Source Selection Register
- Interrupt Status Register
- PROGRAMMING THE PC215E
- Copyright
- Files installed from the Distribution Diskette
- Windows DLL and Examples
- DOS 'C' Library and Examples
- Using the Dynamic Link Library
- Windows and DOS Library Functions
- Initialisation Functions
- Interrupt Control Functions
- Data Buffer Functions
- Timer/Counter Functions
- Differential Counter Functions
- Frequency Generation Functions
- Millisecond Stopwatch Functions
- Frequency Input and Output Functions
- Digitally- and Voltage-Controlled Oscillator Functions
- Digital Input/Output Functions
- Switch Scanner Matrix Functions
- Bi-Directional Data Bus Functions
- PC215E Library Error Codes
- PC215E Interface Guide For LABTECH NOTEBOOK
- Guide to User Programming
- Signal Centre
- CONTENTS
- DECLARATION OF CONFORMITY
PC215E Page 84
6.6.6.3 Free-up Astable Multi-vibrator Counter/Timers - TCfreeAstable
Frees the two timer counters used for an astable multi-vibrator, as setup by the TCsetAstable
function.
i = TCfreeAstable (h, hA)
where
h Integer. Board handle as issued by the
registerBoard function.
hA Integer. Astable multi-vibrator handle as issued
by function TCsetAstable.
Returns Integer:
OK
or ERRHANDLE
ERRDATA
Prior Calls registerBoard
TCsetAstable
See Also
6.6.7 Millisecond Stopwatch Functions
6.6.7.1 Prepare a Millisecond Stopwatch - TCsetStopwatch
Sets up a stopwatch, which uses two timer/counters to count in milliseconds for just under 50
days. See section 4.2.4 for more details on the Stopwatch application.
i = TCsetStopwatch (h, chip, chan)
where
h Integer. Handle to previously registered board
chip Integer. Address offset of timer/counter chip.
One of the following pre-defined constants may
be used:
X1 = 0
X2 = 4
Y1 = 8
Y2 = 12
Z1 = 16
Z2 = 20.
chan Integer. Timer/counter channel number within
the chip (0, 1 or 2). This channel and the next
channel (chan + 1) are used. The second
channel may be on the next timer/counter chip.
Returns Integer:
Positive handle to the stopwatch. Use this in calls to the other
stopwatch functions to refer to this stopwatch.
or ERRHANDLE
ERRCHAN
Prior Calls registerBoard
See Also TCsetEventRecorder
TCstartStopwatch
TcfreeStopwatch