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125MS/s PCIBus
Arbitrary Waveform
Generator
MODEL TE5300
Single-channel 125 MS/s waveform generator
Multiple instrument synchronization
14 Bit vertical resolution Waveform sequencing with up to 4096 segments
2 Meg waveform memory and sequences
1 ppm clock accuracy and stability Occupies a single PCI slot only
Extensive modulation capabilities AM, FM, Ultra fast waveform downloads using DMA
Arbitrary FM, FSK, Ramped FSK and Sweep Extremely low phase noise carrier
10 digits sample clock frequency setting, limited by ArbConnection software for easy waveform creation &
1µS/s control
Model 5300 is a Single-Channel PCI-based narrow channel width. A high sample rate of throughput in a way that cannot be duplicated
Arbitrary Waveform Generator. It is a high 125 MS/s makes the 5300 an ideal modulation by other competing products.
performance waveform generator that source for troubleshooting new encoding Sequences of up to 4096 Waveforms
combines many powerful functions in one small schemes. The 5300 also provides high-speed Powerful sequencing capability allows linkage
package. Supplied free with the instrument is waveforms to simulate signal distortion, power of up to 4096 waveform segments and/or bursts
ArbConnection software, which is used for line cycle dropouts, video signals, component (repeated segments) into strings. A segment
controlling the 5300 and for generating, editing failures and power supply transients. can be repeated up to 128K times in burst
and downloading waveforms from a remote 14 Bit Resolution mode. Sequenced functions run continuously
computer. The 14-bit resolution provides 16,384 or are initiated by a trigger. It is also possible
PCIbus: A Cost Effective Format output levels. This means that even audio to mix continuous and triggered segments
The 5300 is a sensible alternative to a GPIB- waveforms can be generated with excellent within one sequence. These sequencing
based waveform generator when developing fidelity. It also allows video - and other complex features permit the creation of complex
a PCI-based test system. The 5300 provides waveforms - to be generated with small details waveform or pulse patterns using minimal
a synergistic combination of a function superimposed on large signals, in order to test amounts of memory. Sequences are created
generator, arbitrary waveform synthesizer, the response of receiving systems. by writing a sequence table.
programmable sequencer, pulse generator, 2Meg Waveform Memory Sequence table download is extremely fast
and modulation generator in one instrument. The 5300 provides 2Meg of waveform memory because ArbConnection writes to registers and
The 5300 delivers all this at a lower cost than as standard, far more than competitive models. does not require the overhead of an embedded
comparable bench-type, or VXI-based This waveform memory is accessible via a controller.
instruments. This versatility ensures that the high-speed interface. Also, waveform memory
Model 5300 will adapt to future testing needs is segmentable, allowing the storage of up to
as well as current ones. 4096 different waveforms of variable size. This
125 MS/s Sample Rate allows test software to switch between many
New technology requirements are driving different waveforms rapidly and without having
communications systems to use increasingly to download multiple times, enhancing test
125MS/s PCIBus Model TE5300
Arbitrary Waveform
Generator
Flexible Triggering Capability a DDS (Direct Digital Synthesis) circuit so limit to what you can create and generate.
Combining PCIbus trigger lines with the 5300 controlling instantaneous frequency is a matter Waveform coordinates can be imported from
sync capability transforms the instrument into of changing its input bits. You, as a user, should a variety of sources such as MathLab, ASCII
an Arbitrary Trigger Generator. In addition to not really care how it is done but the end result files etc. Anything you can show on one of the
continuous output, the instrument can also is magnificent: functions like wide-band FM, composer screens is downloaded in a split of
wait for a trigger to initiate a single waveform, wander, linear and logarithmic sweep are easily a second and generated by the main output.
a burst of waveforms or a sequence of created and executed by the generator. Place 2 or more Model 5300`s in a chassis
waveforms. Triggers can also be used to A unique and extremely useful feature of and harness the power of multi-instrument
advance a sequence of waveforms one ArbConnection is the FM Composer. The FM synchronization to create multiple, phase-
segment at a time. The 5300 accepts the trigger composer screen looks very much like the controlled output channels. Then vary module-
s for multiple sources: eight backplane trigger Wave Composer screen except the "Y" axis is to-module phase offsets to create multi-phase
lines plus STAR trigger, front panel trigger given in units of frequency, so waveforms you signal source. Really exciting!
input, and manual commands such as *TRG create using the FM composer generate ArbConnection
Sample Clock Agility frequency change over time. You can create Unlimited Source of Arbitrary Waveforms. With
The Model 5300 has outstanding low phase any arbitrary waveform shape or even use the the ArbConnection software you can control
noise characteristics and carrier stability. Such equation editor to generate exotic shapes which instruments functions, modes and features.
characteristics are very much needed for eventually you can use to frequency modulate You can also create virtually an unlimited variety
telecommunication and channel separation your main output. of test waveforms. Freehand sketch allows you
applications. On the other hand, the output of Arbitrary Waveforms to draw your own custom waveform for quick
the 5300 can be made extremely agile for The last but not least is flexibility of the 5300 analysis of analog signals. You can use the
applications needing sweep, FSK and FM. The as an Arbitrary Waveform Generator. Combined built-in equation editor to create your own exotic
sample clock of the instrument is derived from with the power of ArbConnection, there is no functions. Add or subtract components of a
125MS/s PCIBus Model TE5300
Arbitrary Waveform
Generator
Service and Support Applications Three-year Warranty
Beyond providing precision Test & For expert technical assistance with your Every Tabor Electronics instrument comes with
Measurement instruments, Tabor Electronics specific needs and objectives, contact your a three-year warrantee. Each one has full test
provides unparalleled service and support, local sales representative or our in-house results, calibration certificate, and CD containing
and is continuously finding new ways to bring applications engineers. product's manual and complete software
added value to its customers. package. Our obligation under this warranty is
Our after-sales services are comprehensive. Manuals, Drivers, and Software Support to repair or replace any instrument or part
They include all types of repair and calibration, Every instrument comes equipped with a thereof which, within three years after shipment,
and a single point of contact that you can turn dedicated manual, developer libraries, IVI proves defective upon examination. To exercise
to whenever you need assistance. As part of drivers, and software. However, if your specific this warranty, write or call your local Tabor
our extensive support, we offer individualized, manual is lost or outdated, Tabor Electronics representative, or contact Tabor Headquarters
personal attention Help Desk, both online and makes it possible to log-on to its Download and you will be given prompt assistance and
offline, via e-mail, phone or fax. Center and get the latest data in a click . shipping instructions.
Tabor Electronics maintains a complete repair Product Demonstrations
and calibration lab as well as a standards If your application requires that you evaluate
laboratory in Israel and USA. Service is an instrument before you purchase it, a hands-
also available at regional authorized on demonstration can be arranged by
repair/calibration facilities. contacting your local Tabor Electronics
Contact Tabor Electronics for the address of representative or the Sales Department at our
service facilities nearest you. Corporate Headquarters.
Specification Model TE5300
125MS/s PCIBus
Arbitrary Waveform
Generator
STANDARD WAVEFORMS RAMP continuously through a pre-
programmed sequence table
Waveforms: Sine, Triangle, Square, Pulse, Frequency Range: 100µHz to 12.5MHz
Ramp, Sinc (Sine(x)/x), Adjustable Stepped Sequence
Gaussian Pulse, Exponential Parameters: Advance: Current segment is sampled
Fall, Rising Pulse, Noise, DC. Delay 0% to 99.9% of period continuously, external trigger
Rise Time 0% to 99.9% of period advances to next
Frequency Range: Waveform dependent Fall Time 0% to 99.9% of period
Source: Internal synthesizer programmed segment.
SINC (SINE(x)/x) Control input is TRIG IN
SINE connector.
Frequency Range: 100µHz to 6.25MHz Single Sequence
Frequency Range: 100µHz to 50MHz "0" Crossing: 4 to 100 cycles Advance: Current segment is sampled
Band Flatness: 5% to 10MHz; 20%, to the end of the segment
to 50MHz GAUSSIAN PULSE including repeats and idles
Programmable there. Next trigger advances
Parameters: Start phase, 0 to 360° Frequency Range: 100µHz to 6.25MHz
to next segment. Control input
Harmonics and Time Constant: 10 to 200
is TRIG IN connector.
non-related Mixed Sequence
EXPONENTIAL FALL/RISING PULSE
spurious: at 5Vp-p < -55dBc for carrie Advance: Each step of a sequence can
frequencies 1MHz Frequency Range: 100µHz to 6.25MHz be programmed to advance
< -45dBc for carrier frequencies Time Constant: -20 to 20 either a) automatically
5MHz (Automatic Sequence
< -35dBc for carrier frequencies REPETITIVE NOISE
Advance), or b) with a trigger
10MHz (Stepped Sequence Advance)
Bandwidth: 25MHz
< -22dBc for carrier frequencies Advance Source: External, Internal or software
50MHz DC trigger
Total Harmonic Sequencer steps: From 1 to 4096
Distortion: 0.05% to 100kHz Range: -100% to 100% of amplitude
Segment loops: From 1 to 128k
ARBITRARY WAVEFORMS
TRIANGLE COMMON CHARACTERISTICS
SAMPLE CLOCK
Frequency Range: 100µHz to 12.5MHz MAIN OUTPUT
Start phase: 0 to 360°C Range: 100mS/s to 125MS/s
Connector: Front panel BNC
Vertical
SQUARE Stand-by: Output Off or Normal
Resolution: 14bits
Impedance: 50W, ±1%
Frequency Range: 100µHz to 50MHz Waveform
Protection: Protected against temporary
Duty cycle: 1% to 99% Memory: 2Meg points standard
short to case ground
Rise/Fall time: <10ns Download Rate: 5Meg points per second
Aberration: <5% ±10mV MEMORY SEGMENTATION FREQUENCY
PULSE No. of Segments: 1 to 4096 Resolution: 10 digits limited by 1S/s
Min Segment Size: 16 points Accuracy: 1ppm
Frequency Range: 100µHz to 6.25MHz Memory Interleave: 4 (All trace lengths must be Stability: 1ppm
Adjustable multiples of 4)
REFERENCE
Parameters:
Delay 0% to 99.9% of period SEQUENCED ARBITRARY WAVEFORMS Standard: 0.0001% (1ppm TCXO) initial
Rise Time 0% to 99.9% of period tolerance over a 19°C to 29°C
Operation: Permits division of the memory
High Time 0% to 99.9% of period temperature range; 1ppm/°C
bank into smaller segments.
Fall Time 0% to 99.9% of period below 19°C and above 29°C;
Segments may be linked, and
Rise/Fall time: <10ns 1ppm/year aging rate
repeated in user-selectable
Aberration: <5% ±10mV External: 10MHz TTL, 50%
fashion to generate extremely
±2% duty cycle
long waveforms.
Advance Modes: Automatic Sequence Advance AMPLITUDE
No triggers required to step Range: 100mV to 10Vp-p, into 50W;
from one segment to the next. Double into open circuit
Sequence is repeated Resolution: 4 digits
Specification Model TE5300
125MS/s PCIBus
Arbitrary Waveform
Generator
ACCURACY(1kHZ) INPUTS FSK
1V to 10Vp-p ±(1% + 10mV) TRIG Input Carrier Sample
100mV to 999.9mVp-p ±(1% + 1mV)
Connector: Front panel BNC Clock Range: 100mS/s to 125MS/s
OFFSET Impedance: 10kW, ±5% Source: External, Front panel Trigger
Threshold Level: TTL input BNC.
Range: 0 to ±4.5V, amplitude Min Pulse Width: 20ns Low level Carrier sample clock
dependent Slope: Positive or negative High level Hop frequency
Resolution: 2.2mV going edge. Frequency Range: From 10MHz to DC
ACCURACY 10 MHz REFERENCE INPUT FSK Delay: Minimum 1 waveform
4V window: ±(1% of reading + 1% of cycle + 50ns
Connector: Front panel SMB
amplitude + 2mV) Impedance: 10kW, ±5% RAMPED FSK
400mV window: ±(1% of reading + 1% of Threshold Level: TTL
amplitude + 200V) Duty Cycle: 50%, ±5% Ramp Time Range: 10s to 1s, 3 digits, ±0.1%
FILTERS 50MHz Elliptic MODULATION Sweep
25MHz Elliptic
FM Carrier Waveforms: Sine, Square, Triangle, Ramp,
SYNC/MARKER OUTPUT Arb
Waveform Type: Linear or Logarithmic
Outputs: Front panel SYNC Output Modulation: Sine, Triangle, Square, Pulse, Direction: Up or down, depending on
BNC connector Ramp, Sinc (Sine(x)/x), the start and stop setting
Impedance: 50W, ±1% Gaussian Pulse, Exponential Sweep Time: 1ms to 1000 s, 7 digits, ±0.1%
Level: >2V into 50W, 4V nominal into Fall, Rising Pulse, Noise, DC, Range: 100mS/s to 125MS/s
10kW Arb Trigger Advanced
Protection: Protected against temporary Source: Internal Mode: Automatic, Triggered, Gated
short to case ground Resolution: 10 digits or Software Command
Validators: BIT, LCOM Accuracy: 0.1% Marker
Position: Point 0 to n, Programmable Modulating Frequency Output & Level: Same as SYNC output.
with 4-point resolution Distortion: <0.1% Position: Programmable for selected
Width Control: Programmable Deviation Range: 100mS/s to 125MS/s frequency
Range: 4 to 100000 waveform points Trigger
Resolution: 4 points Advanced Mode: Automatic, Triggered, Gated TRIGGERING CHARACTERISTICS
Source: Main output or Software Command TRIGGER SOURCES
SINEWAVE OUTPUT Marker
Output & Level: Same as SYNC output. EXTERNAL
Connector: Front panel SMB Position: Fixed at carrier frequency Connector: Front panel BNC
Impedance: 50W, ±1% FM - BUILT-IN STANDARD WAVEFORMS Level: TTL
Level: 1V into 50W Carrier Slope: Positive or negative
Protection: Protected against temporary Waveforms: Sine, Square, Triangle and Frequency: DC to 5MHz
short to case ground Ramp Impedance: 10kW, DC coupled
Source: Sample clock frequency Modulation INTERNAL
Frequency Range Frequency Range: 1 mHz to 100 kHz
and Resolution: Same as Sample clock Range: 100mHz to 2MHz
Flatness: -3dB at 100MHz FM - DOWNLOADED ARBITRARY WAVEFORMS Resolution: 7 digits
Total Harmonic Modulation Source:User waveform, any shape, Accuracy: 0.01%
Distortion: 0.3% to 100kHz 10 to 20000 waveform points Software: SCPI command
Harmonics and Modulation sample
non-related clock Range: 1mS/s to 2MS/s
spurious: -55dBc to 1MHz Download Rate: 5Meg points per second
-45dBc to 10MHz
-35dBc to 1000MHz
Specification Model TE5300
125MS/s PCIBus
Arbitrary Waveform
Generator
TRIGGER START PHASE Phase Offset Between ORDERING INFORMATION
Instruments: Programmable from 0 to n
Description: Waveform starts from point n points MODEL 5300
and completes at point n-1.
Range: 0 to 1999999 waveform points GENERAL 125MS/s PCIBus Arbitrary Waveform Generator
(2Meg)
Resolution: 4 points Power
Requirements: 10Wmax
START/STOP CONTROL (BREAKPOINT) Current
Consumption: +5V - 30mA
Range: 0 to 1999999 waveform points +12V - 200mA
(2Meg) -12V - 200mA
Source: External (Rear Panel Trigger +3.3V - 1.4A
Input BNC) or software Operating
command temperature: 0ºC - 40ºC
Resolution: 4 points Humidity
Breakpoint Error: ±4 points (non-condensing) 11ºC to 30ºC: 85 %
SYSTEM DELAY 31ºC to 40ºC: 75 %
Storage
Trigger to temperature: -40ºC to + 70ºC.
waveform output: 1 Sample Clock+120ns Dimensions: Single width, 3U high
Weight: Approx 0.5kg
GATED MODE External signal enables Safety: Designed to meet IEC 1010-
generator. First output cycle 1, UL 3111-1,
synchronous with the active CSA 22.2 #1010
slope of the triggering signal. EMC: CE marked.
Last cycle of output waveform Reliability: MTBF per MIL-HDBK-217E,
always completed 25°C, Ground Benign
BURST Workmanship
Standards: Conform to IPC-A-610D
Waveforms: Sine, Triangle, Square, Pulse, Supplied
Ramp, Sinc (Sine(x)/x), Accessories: CD containing Operating
Gaussian Pulse, Exponential Manual, ArbConnection
Fall, Rising Pulse, Noise, DC, software and developer
Arb libraries.
Number of cycles Warranty: 3 years standard
per burst: 1 to 128k
Trigger source: Manual, External or Internal
MULTI-INSTRUMENT SYNCHRONIZATION
Description Multiple instruments can be
connected together and
synchronized to provide multi- CompuMess Elektronik GmbH
channel synchronization. Lise-Meitner-Str. 1 · D-85716 Unterschleißheim
SAMPLE CLOCK Telefon (089) 32 15 01 - 0 · Telefax (089) 32 15 01 - 11
info@compumess.de · www.compumess.de
Source: From Master card to slave www.netzteile.de
boards through the local bus
Range
and Resolution: Same as Sample Clock, but
limited to 80MS/s
Initial Skew: <20ns to the first master;
20ns cumulative to additional
slaves