Philips - PM5139 - Generator
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Uitrusting:
PM5139
Datum:
1997
Categorie:
Groep:
Subgroep:
Informatie
The PM5139 function Generator introduces a new concept of
menu-driven operation to waveform generation and frequency
synthesis.
Microprocessor control enables simple and rapid operation
and allows you to set parameters by stepping through the
menu offered. One single control rotary knob allows you to
make precise settings of all numeric values.
The large backlit LCD clearly displays the selected signal
and gives a readout of vital parameters, such as frequency,
waveform, amplitude, and modulation. Any invalid parameter
selections are ignored and an error message shows the
incorrect settings that have been made.
The PM5139 frequency range covers IT/2 decades, from 0.1 mHz
to 20 MHz. Ten waveforms are selectable, including standard
functions, such as sine, triangle, square, as well as
positive and negative sawtooth, different pulses, and haversine.
Seven modulation modes are available:
• Amplitude modulation (AM)
• Frequency modulation (FM)
• Phase Shift Keying (PSK)
• GATE
• Linear SWEEP
• Logarithmic SWEEP
• BURST
The 10-key section on the right of the front panel permits a
versatile activation and control of such functions as single
or continuous sweep or burst, sweep hold, and switching from
internal to external modulation or trigger source; further
asymmetrical waveforms with variable duty cycle, key for
instant return to symmetrical waveform, store and recall
keys for up to nine complete instrument settings, a DIAL
LOCK key to disable the rotary control, and a key for
switching the signal output impedance.
AC or DC amplitudes can be precisely set using the numeric
setting rotary knob. DC offset is set independently of the
AC output amplitude. The output signals phase noise and
residual FM are very low, ensuring a clean and stable signal.
The instrument is optionally available under type number PM5139 02 with a built-in GPIB (IEEE bus) Interface and
under number PM5139 03 with built-in RS-232 Interface All
instrument functions can be remotely activated from a PC or
test system Controller It is also possible to upload
settings and status data from the instrument for storage in
the Controller and later recall at any time. The facility
IEEE bus makes PM5139 an integral part of an automated test
system.
The PM5139 with Interface also offers a user-definable
’’arbitrary” waveform ARB: the desired waveform may be
programmed on the PC and than downloaded to the Generator via Interface Twenty-four arbitrary waveforms can be stored
separately.
A test program is built in to provide customer support and
to facilitate servicing.
The PM5139 is very much suited for applications in research
and development, production monitoring, quality assurance,
and for service purposes.
1 Handmatig
Gebruikershandleiding
Handleidingen type:
Gebruikershandleiding
Pagina's:
130
Grootte:
7,4 MB
Taal:
engels
Revisie:
Revised
Handmatig-ID:
4822 872 10203
Datum:
Kwaliteit:
Elektronisch document, geen scan, zeer goed leesbaar.
Upload datum:
29 juli 2015
MD5 MD5:
6f75f1e5-f766-8c47-5358-14a36e755ed6
Informatie
1
INSTALLATION AND SAFETY INSTRUCTIONS
1 - 1
1.1
SAFETY INSTRUCTIONS
1 - 1
1.1.1
Maintenance and Repair
1 - 1
1.1.2
Grounding
1 - 1
1.1.3
Connections
1 - 2
1.1.4
Line Voltage Setting and Fuses
1 - 2
1.2
OPERATING POSITION OF THE INSTRUMENT
1 - 3
1.3
RADIO INTERFERENCE SUPPRESSION
1 - 3
2
MAIN CAPABILITIES
2 - 1
2.1
INTRODUCTION
2 - 1
3
OPERATING INSTRUCTIONS
3 - 1
3.1
GENERAL INFORMATION
3 - 1
3.2
TURNING THE INSTRUMENT ON
3 - 1
3.3
SELF-TEST ROUTINE
3 - 1
3.4
BRIEF CHECKING PROCEDURE
3-2
3.4.1
General Information
3-2
3.4.2
Functional Test
3-2
3.5
OPERATION
3-3
3.5.1
Design of Display Field and Keyboard
3-3
3.5.2
Control Elements, Display and Connectors
3-5
3.5.3
Keyboard Input
3-9
3.5.4
Frequency Setting
3-10
3.5.5
Setting Output Amplitude
3-12
3.5.6
Selection of the Signal Waveform
3-14
3.5.7
Modulation Modes
3-15
3.5.8
Store and Recall of Instrument Settings
3-24
3.5.9
Error Messages, Operating Errors
3-25
3.6
SPECIAL APPLICATION
3-26
3.7
REMOTE CONTROL OF THE INSTRUMENT
3-29
3.7.1
Introduction
3-29
3.7.2
IEEE-488 Interface 3-29
3.7.2.1
Instrument Address
3-30
37.2.2 Interface Functions
3-30
3.7.3
RS-232 Interface 3-31
3.7.3.1
Instrument Configuration
3-31
3.7.3.2 Interface Functions and Wiring
3-35
3.7.3.3
Special Interface Functions
3-37
3.7.4 Remote Control Commands
3-37
3.7.4.1 Program Message Syntax
3-37
3.7.4.2 Message Terminator
3-38
3.7.4.3 Service Request (SRQ) and Status Registers
3-38
3.7.4.4 Common Commands and Queries (IEEE-488.2)
3-40
3.7.4.5 Device-Specific Messages
3-43
3.7.4.6 Arbitrary Waveform (ARB)
3-48
3.7.5 Program Examples
3-52
3.7.6 Error Messages
3-59
3.7.7 Commands in Alphabetic Order
3-60
3.8.
TEST PROGRAM
3-63
4
CHARACTERISTICS
4 - 1
4.1
SAFETY AND EMC Electronic Measurements Corporation REQUIREMENTS
4 - 1
4.2
PERFORMANCE CHARACTERISTICS, SPECIFICATIONS
4 - 1
4.3
FREQUENCY, RESOLUTION
4 - 1
4.4
SYNCHRONIZATION
4-2
4.5
WAVEFORMS
4-2
4.6
WAVEFORM CHARACTERISTICS
4-3
4.6.1 Sine Wave
4-3
4.6.2 Square Wave and Rectangular Pulses
4-3
4.6.3 Triangle and Sawtooth
4-3
4.7
SIGNAL OUTPUT
4-4
4.8
MODULATION
4-5
4.8.1 Amplitude Modulation (AM)
4-6
4.8.2 Frequency Modulation (FM)
4-6
4.8.3 Phase Shift Keying (PSK)
4-7
4.8.4 Gate
4-7
4.8.5 Sweep
4-8
4.8.6 Burst
4-9
4.9
STORAGE AND RECALL OF INSTRUMENT SETTINGS
4-10
4.10
REMOTE CONTROL
4-10
4.10.1 IEEE-488 Interface PM5139 02)
4-10
4.10.2 RS-232 Interface PM5139 03)
4-11
4.10.3 Timing
4-11
4.10.4 Arbitrary Waveforms
4-11
4.11
CONNECTORS
4-13
4.12
ERROR MESSAGES
4-13
4.13
SELF-TEST ROUTINE, DIAGNOSTIC PROGRAM
4-13
4.14 Power Supply 4-14
4.15
ENVIRONMENTAL CONDITIONS
4-14
4.16
SAFETY- AND QUALITY DATA; CABINET
4-15
4.17 Accessories 4-15
4.17.1 Standard
4-15
4.17.2 Optional
4-15
5 PERFORMANCE TEST 5 -1
5.1 INTRODUCTION 5 - 1
5.2 RECOMMENDED TEST EQUIPMENT 5 - 1
5.3 SELF-TEST ROUTINE 5 - 1
5.4 PERFORMANCE VERIFICATION 5-2
5.4.1 Frequency 5-2
5.4.2 10 MHz Synchronization 5-3
5.4.3 Waveform Asymmetry 5-4
5.4.4 Sine Wave 5-4
5.4.5 Square Wave and Rectangular Pulses 5-7
5.4.6 AC Output Amplitude 5-9
5.4.7 DC Voltage 5-11
5.4.8 Modulation 5-12
5.4.9 TTL OUTPUT Level Test 5-18
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