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Subject to change without notice

«PM:STAT 1» command (the operation is the same as the
keypad).

:PM:INTern:FREQuency <NUM>

(7)

:PM:INTern:FREQuency?

(8)

The line (7) allows you to change the frequency of the internal
modulation signal. The <NUM> parameter is a NR1 or NR2 or
NR3 number in the range covered by the instrument. None unit
must follow the number, Hz unit is the default one. The value
is garbled (same as the keypad) to the resolution. The line (8)
asks the current modulation frequency to the instrument. It
sends back a string representing a NR3 decimal number.

:PM:INTern:SHAPe SIN | SQU

(9)

:PM:INTern:SHAPe?

(10)

The line (9) allows you to change the shape of the internal
modulation signal. The parameters are : SIN for a sine signal,
SQU for square.

The line (10) asks the current shape to the instrument. It sends
back the same strings as the corresponding command
parameters above.

:PM:STATe 0 | OFF | 1 | ON

(11)

:PM:STATe?

(12)

The line (11) allows you to turn the PM on or off. The
parameters «1» or «ON» turn it on, and «0» or «OFF» turn the
modulation off (if present). The line (12) asks the current PM
state to the instrument. It sends back «0» (char zero) if no PM
is in progress,  «1» (char one) if PM is present.

:PM:MODE ANA | NUM

(13)

:PM:MODE?

(14)

The line (13) allows you to switch the operating mode
(depending on the input bandwidth expected) of the external
modulation. The parameters ANA and NUM are the same as
the options in the external FM menu (refer to the corresponding
paragraph ). The line (14) asks the current mode to the
instrument. It sends back the same strings as the corresponding
command parameters above.

:PM:EXTern:COUPling  AC | DC

(15)

:PM:EXTern:COUPling?

(16)

The line (15) allows you to switch the external input modulation
in AC or DC mode. The line (16) asks the current state to the
instrument. It sends back the same strings as the corresponding
command parameters above.

Example:

:PM:UNIT DEG; DEV 120; INT:FREQ 1E+3;
SHAP SIN; MODE NUM; STATE 1

Commands tree - SYSTEM

Syntax:

:SYSTem:ERRor?

This line allows you to ask the current error code. This code is
the first recorded even if several errors occur successively.
After sending the error number the instrument sets it to zero

Operation - Commands tree

(it also set it to zero at power on time). Refer to the table of the
error codes hereafter.

General syntax note

As mentionned in some examples above, in each command
line the first character «:» is optional. In case of successive
commands corresponding to the same tree it is not necessary
to repeat all the description of the commands.

Example:

FM:INT:FREQ 9E+3; SHAP SIN; DEV 150E+3;
MODE NUM; STAT ON

is the same as :

:FM:INT:FREQ 9E+3; :FM:INT:SHAP SIN;
:FM:DEV 150E+3; MODE NUM; STAT ON

In fact „:FM“ for the first command indicates we get into the
FM tree (group) and the commands after, if they belong to the
same group, may be shorter (without repeating all the tree
description). At the opposite if the next command does not
belong to the same tree it is necessary to specify the root.

Summary of Contents for HM8134-2

Page 1: ...Instruments MANUAL HANDBUCH MANUEL Programmable Synthesizer HM8134 2 ENGLISH...

Page 2: ...LEER...

Page 3: ...d HO90 13 RS232 interface option HO89 13 IEEE 488 interface option HO88 13 PREV key 13 ON OFF key 13 RCL STO keys 13 REMOTE OPERATION 13 Interfaces 13 Commands supported 14 General 14 Description 14 C...

Page 4: ...d on the actual generic and product standards In cases where different limit values are applicable HAMEG applies the severer standard For emission the limits for residential commercial and light indus...

Page 5: ...litudechanges samerangefrequency and without modulation is another outstanding chara cteristic of this instrument The instrument parameters are all clearly displayed on two lines of 20 characters each...

Page 6: ...1 OFF 0 ON General Interfaces options bus IEEE 488 HO88 or RS232 HO89 IEEE 488 functions T6 L4 SH1 AH1 RL1 DC1 DT0 and R0 HO80 Set up memory locations 10 Dimensions 285 X 75 X 365 W X H XD Weight appr...

Page 7: ...water exists in the instrument it should be acclimatizedbeforeswitchingon Insomecases e g extremely cold two hours should be allowed before the instrument is put into operation The instrument should...

Page 8: ...MENU Input key in the configuration menu 8 DISPLAY Two lines of 20 characters each on a backlight LCD 9 FUNCTIONS Functions keys and leds 10 DIGITAL ROTARY CONTROL 11 NUMERIC KEYPAD Input parameters w...

Page 9: ...r to be back in the main display unselecting the current function 9 or cancelling the numeric keypad input Setting parameters Once a parameter is selected for exemple FREQ with a function key 9 a new...

Page 10: ...rom the data keypad 11 or modified by the digital rotary 10 or one of the four context sensitive keys 5 For more details refer to the paragraph setting parameters The level range is 127dBm to 13dBm wi...

Page 11: ...here of 20Hz CH1 modulation narrow pulse of 200 s wide pulse of 1 8ms synchronisation bit of 14ms CH2 zoom of CH1 CH1 demodulated signal DC coupled NUM position CH2 demodulated signal AC coupled NUM p...

Page 12: ...s deviation can be entered from the data keypad 11 or modified by the digital rotary 10 or one of the four context sensitive keys 5 The deviation range may be change by step of 100Hz from 200Hz to 150...

Page 13: ...modulation The GATE modulation is made by sampling the output carrier with logic signal GATE and is caracterised by on off Ratio Rise Fall time Delay time The GATE signal level TTL is applied at the...

Page 14: ...keys Ref 5 The phaselock loop of the reference is tested Locked Unlocked Increased stability for the HM8134 may also be obtained from an external oscillator The external reference frequency must be c...

Page 15: ...ter pressing the STO key 6 we get The current configuration can be stored by pressing a numeric key from 0 to 9 After pressing the RCL key 4 we get A configuration can be recalled by pressing a numeri...

Page 16: ...alisation RST RST RST RST RST idem key ESC at power on time except beep display com and memory config 0 9 which are not modified General commands IDN identification SAV x store current state x from 0...

Page 17: ...ou to set the validation level of the GATE modulation the NORMal parameter is for a high level validation and INVert is for a low level validation The line 4 asks the enabling level state The instrume...

Page 18: ...eters above FM STATe 0 OFF 1 ON 9 FM STATe 10 The line 9 allows you to turn the FM on or off The parameters 1 or ON turn it on and 0 or OFF turn the modulation off if present The line 10 asks the curr...

Page 19: ...the same as the options in the external FM menu refer to the corresponding paragraph The line 14 asks the current mode to the instrument Itsendsbackthesamestringsasthecorresponding command parameters...

Page 20: ...Hz 400kHz 63 FM deviation error must be in the range 1kHz 200kHz 64 FM deviation error must be in the range 200Hz 150kHz 70 AM frequency modulation error must be in the range 10Hz 20kHz 71 AM frequenc...

Page 21: ...21 Subject to change without notice Flowchart Menu Function selection...

Page 22: ...22 Subject to change without notice Flowchart Menu Step Control...

Page 23: ...23 Subject to change without notice Flowchart Menu Amplitude Modulation Control...

Page 24: ...24 Subject to change without notice Flowchart Menu Phase Modulation Control...

Page 25: ...25 Subject to change without notice Flowchart Menu Frequency Modulation Control...

Page 26: ...26 Subject to change without notice Flowchart Menu Gate Control...

Page 27: ...27 Subject to change without notice Flowchart Menu Main Menu Control...

Page 28: ...28 Subject to change without notice Referency loop CREF Synoptic Principal loop PLL1 134...

Page 29: ...29 Subject to change without notice Secondary loop PLL2 134 Synoptic Transposition TRA 134...

Page 30: ...30 Subject to change without notice Frequency synthesize DDS134 Level lock loop AMPL134 Synoptic...

Page 31: ...31 Subject to change without notice Programmable attenuator ATP134 Synoptic...

Page 32: ...58 3 76 0 83 10 76 0 09 1 20 0 34 2 03 0 59 3 88 0 84 11 50 0 10 1 22 0 35 2 08 0 60 4 00 0 85 12 33 0 11 1 25 0 36 2 13 0 61 4 13 0 86 13 29 0 12 1 27 0 37 2 17 0 62 4 26 0 87 14 38 0 13 1 30 0 38 2...

Page 33: ...8 18 4 1 860 14 4 1 174 10 4 0 740 6 4 0 467 2 4 0 295 18 3 1 839 14 3 1 160 10 3 0 732 6 3 0 462 2 3 0 291 18 2 1 818 14 2 1 147 10 2 0 724 6 2 0 457 2 2 0 288 18 1 1 797 14 1 1 134 10 1 0 715 6 1 0...

Page 34: ...4 27 542 10 4 10 965 6 4 4 365 2 4 1 738 18 3 67 608 14 3 26 915 10 3 10 715 6 3 4 266 2 3 1 698 18 2 66 069 14 2 26 303 10 2 10 471 6 2 4 169 2 2 1 660 18 1 64 565 14 1 25 704 10 1 10 233 6 1 4 074...

Page 35: ...5 7 6 095 20 3 10 351 2 0 1 259 6 6 2 138 11 2 3 631 15 8 6 166 20 4 10 471 2 1 1 274 6 7 2 163 11 3 3 673 15 9 6 237 20 5 10 593 2 2 1 288 6 8 2 188 11 4 3 715 16 0 6 310 20 6 10 715 2 3 1 303 6 9 2...

Page 36: ...2 51 48 251 68 2 51 108 251 128 2 51 9 2 82 49 282 69 2 82 109 282 129 2 82 10 3 16 50 316 70 3 16 110 316 11 3 55 51 355 71 3 55 111 355 12 3 98 52 398 72 3 98 112 398 13 4 47 53 447 73 4 47 113 447...

Page 37: ...37 Subject to change without notice...

Page 38: ...38 Subject to change without notice...

Page 39: ...LEER...

Page 40: ...6182 800 0 Telefax 49 0 6182 800 100 E mail sales hameg de service hameg de Printed in Germany Oscilloscopes Multimeters Counters Frequency Synthesizers Generators R and LC Meters Spectrum Analyzers P...

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