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| NHQ.mac | ||||||
| [ source code | installed at | configured at ] | ||||||
| See other macros in category: Other hardware | ||||||
Description:
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Documentation:
The following set of macros allow the user to interrogate the state, read and change the voltage setting on an NHQ high voltage powersupply. It has been tested on NHQ204M; NHQ??? It should work with NHQ : 102M 103M 104M 105M 106L 202M 203M 204M 205M 206L. SETUP The RS232 serial line parameters are: - 8 bits - no parity - 1 stop bit - 9600 bauds 9600 raw in SPEC. | ||||||
Macros:
Usage: nhq_setup [mot_mnemonic] [serial line] [channel] setup NHQ mnemonic, channel and serial_line number. * mot_mnemonic + "_c" will be used for the counter mnemonic * The #serial line parameter is the ordinal number of the serial line device (starting from 0), as assigned in the config file * channel is 1 or 2. nhq_unsetup Usage: nhq_unsetup [mne] Removes globals and cdefs for 1 mne or for all if no mnemonic is given. nhq_info Usage: nhq_info [<mne>] Prints Status, Voltage, Ramp of NHQ for 1 or all NHQ Devices. _nhq_info Usage: _nhq_info (mne) Prints Status, Voltage, Ramp of NHQ (bench -> ~1.8s / channel) nhq_set_voltage Usage: nhq_set_voltage [<mne>] [<voltage>] Sets voltage of NHQ. nhq_ramp Usage: nhq_ramp mne [ramp_speed] Sets ramp speed of NHQ nhq_pseudo_setup Usage: nhq_pseudo_setup (mne) Defines the nhq mne as pseudo c(ounter) and pseudo m(otor) Pseudo names are: "mne"_c for counter, "mne" for motor nhq_pseudo_unsetup Usage: nhq_pseudo_unsetup Undefines the nhq mne as pseudo c(ounter) and pseudo m(otor) nhq_on Usage: nhq_on [mne] Activates pseudo counter/motor for NHQ given its mnemonic. nhq_off Usage: nhq_off [mne] Undefines pseudo counter/motor for NHQ given its mnemonic. | ||||||
| Internal Macros: | ||||||
Usage: _nhq_write (mne, str) Writes string charcter by character to NHQ serial line. (c by c ???) The commands are transmitted in ASCII. All commands are terminated by the sequence <CR> <LF> ( 0x0D 0x0A , 13 10 respectively). Leading zeroes can be omitted on input, output is in fixed format. _nhq_read Usage: _nhq_read(mne) _nhq_send_no_ans Usage: _nhq_send_no_ans(mne, cmd) _nhq_send Usage: _nhq_send(mne, cmd) _nhq_status Usage: _nhq_status (mne) Returns status of one NHQ channel. "S" command _nhq_mod_status Usage: _nhq_mod_status (mne) Returns Module Status of one NHQ module. "T" command _nhq_mod_status Usage: _nhq_mod_status (mne) Returns Module Status of one NHQ module. "T" command _nhq_id Usage: _nhq_id (mne) Returns ID of one NHQ channel. _nhq_set_voltage Usage: _nhq_set_voltage (mne, voltage) Sets voltage of NHQ. _nhq_get_float Usage: _nhq_get_float(str) _nhq_get_voltage Usage: _nhq_get_voltage (mne) Returns voltage of NHQ "U" command Returns an ABSOLUTE value (???) _nhq_get_voltage_limit Usage: _nhq_get_voltage_limit (mne) Returns Voltage limit of NHQ ; "M" command Returns an ABSOLUTE value ### _nhq_get_current Usage: _nhq_get_current (mne) Returns current of NHQ "I" command _nhq_get_current_limit Usage: _nhq_get_current_limit (mne) Returns Current limit of NHQ ; "N" command _nhq_get_current_trip Usage: _nhq_get_current_trip (mne) Returns Current Trip of NHQ ; "L" command _nhq_set_current_trip Usage: _nhq_set_current_trip (mne) Returns Current Trip of NHQ ; "L" command _nhq_set_ramp Usage: _nhq_set_ramp (mne, ramp) Sets ramp speed of NHQ. "Vn=xxxx" command _nhq_get_ramp Usage: _nhq_get_ramp (mne) Gets ramp speed of NHQ. "V" command _nhq_get_break_time Usage: _nhq_get_break_time <mne> Read "break time" from NHQ device ("W" commad) _nhq_write_break_time Usage: _nhq_write_break_time <mne> , <break_time> Write "break time" from NHQ device ("W" commad) <break_time> : 2..255 ms _nhq_getpangles Usage: _nhq_getpangles (mne) _nhq_checkall Usage: _nhq_checkall (mne) _nhq_getcounts Usage: _nhq_getcounts (mne) Reads voltage and places it in S array. nhq_test_R Usage: nhq_test_R nhq_test_WR Usage: nhq_test_WR | ||||||
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