Agilent Technologies E4375A Instrukcja Użytkownika Strona 78
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Oceniono. / 5. Na podstawie oceny klientów
6 - Language Dictionary
78
cfGetSeqTestAnd
Syntax
int cfGetSeqTestAnd(CF_HANDLE server, CF_READP *read_pos, int
*step_number, CF_SEQ_TEST *meas_test_type, float *limit, CF_TIME_TEST
*time_test_type, float *time, CF_SEQ_ACTION *action, int *count);
Description
Returns the parameters of the sequence tests defined by the functions cfSetSeqTest or
cfSetSeqTestAnd. The server argument can be either a handle to a group obtained by
cfOpenGroup, or a handle to all cells in the instrument if no groups are defined. Operation is
similar to cfSetSeqTest. The number of measurement tests and limits is returned in *count. The
arguments meas_test_type and limit must point to arrays of size CF_MAX_AND_TESTS.
cfGetSeqTime
Syntax
int cfGetSeqTime(CF_HANDLE server, float *time);
Description
Returns the time that has elapsed in seconds since the sequence was triggered. The server
argument can be either a handle to a group obtained by cfOpenGroup, or a handle to all cells in
the instrument if no groups are defined.
cfGetSerialConfig
Syntax
int cfGetConfig(CF_HANDLE server, int portnum, int *baudrate,
CF_SERIAL_PARITY *parity, int *wordsize, CF_SERIAL_FLOW *flow_ctrl);
Description
Returns the communication parameters of one of the serial ports.
port
CF_PORTA or CF_PORTB
baudrate
1200, 2400, 4800, 9600, or 19200
parity
CF_PARITY_EVEN, CF_PARITY_ODD, or CF_PARITY_NONE
wordsize
7 or 8
flow_ctrl
CF_FLOW_RTS_CTS, CF_FLOW_XON_XOFF, or CF_FLOW_NONE
cfGetSerialStatus
Syntax
int cfGetSerialStatus(CF_HANDLE server, int portnum, int *status);
Description
Returns the status of one of the serial ports. Definitions for these bits are
CF_SERIAL_MAV
message available
CF_SERIAL_PE
parity error
CF_SERIAL_FE
framing error
CF_SERIAL_OE
UART overrun error
CF_SERIAL_INBUF_OE
input buffer overrun error
CF_SERIAL_OUTBUF_OE
output buffer overrun error
Reading the serial status clears the error bits. The MAV bit is cleared when there are no
characters in the port's FIFO to be read.
- USER’S GUIDE 1
- Multi-Cell Charger/Discharger 1
- Warranty Information 2
- Safety Summary 3
- Document Scope 4
- Table of Contents 5
- 3 - CONFIGURATION 37 6
- 5 - PROGRAMMING OVERVIEW 49 6
- 6 - LANGUAGE DICTIONARY 67 6
- General Information 9
- Hardware Description 10
- General Information - 1 11
- Agilent E4371A Powerbus Load 12
- POWERBUS LOAD 13
- External Power Source 14
- Measurement Capability 16
- Current Measurements 17
- Capacity Measurements 17
- Data Logging 18
- Protection Features 19
- Internal Protection Functions 20
- If AC Power Fails 20
- Remote Programming Interface 21
- Test Start 22
- Installation 23
- Company Address Contact 24
- Location 25
- Channel Connections 25
- Remote Sense Connections 27
- Power Bus Connections 28
- Digital Connections 32
- Wiring Guidelines 33
- RS-232 Connections 34
- Auxiliary Output Connection 35
- Visual C++ Configuration 36
- Configuration 37
- Configure 38
- Network Configuration 39
- Identification Configuration 40
- Configuring the Digital I/O 41
- Agilent MCCD User Interface 45
- Using the Interface 46
- Programming Overview 49
- Cell Forming Example 50
- 5 - Programming Overview 52
- Function Call Overview 53
- Grouping Functions 54
- Step/Test Functions 54
- Sequence Control 55
- Output Configuration 56
- Instrument Protection 57
- Power Fail Operation 58
- Instrument State Storage 58
- Measurement Log 60
- Time Stamp Function 61
- Output Measurements 61
- Direct output control 62
- General Server functions 62
- Selftest 63
- Serial port 64
- Digital port 64
- Probe check 65
- Language Dictionary 67
- API Function Summary 68
- Language Dictionary - 6 69
- API Function Definitions 70
- *config); 75
- CF_MAX_GROUP_NAME_LEN 93
- Description 100
- See Also 103
- C Program Examples 105
- 7 - C Program Examples 106
- Example 2 107
- C Program Examples - 7 109
- Example 3 112
- Specifications 115
- (measured at output; 117
- bandwidth = 20Hz - 20MHz) 117
- Calibration 119
- Transfer Calibration 120
- Calibration Connections 120
- Multimeter 121
- Accessing Calibration 122
- Calibration Error Messages 123
- Dimension Drawings 125
- C - Dimension Drawings 126
- 104103102101100999897 128
- In Case of Trouble 135
- Selftest Error Messages 136
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