Datasheet

ManualsBrandsTeledyne LeCroy ManualsFunction GeneratorsTeledyne LeCroy T3AWG3252 Mains-powered 1 µHz - 250 MHz 2-channel Arbitrary, Triangle, Lorentz curve, Pulse, Noise, Re

T3AWG3252 / T3AWG3352 Data Sheet

High De nition Dual Channel Arbitrary Waveform Generator

Accurate and Versatile Waveforms Generation

●

16 Bit Vertical Resolution

Exceptional signal  delity for developing quality

products with a reduced design cycle.

●

24 V

Output Voltage and ±12 V HW Baseline Offset

for a total output voltage window ±24 V or 48 V

(50Ohm into High Impedance)

Unmatched wide output voltage window enables

generating challenging in amplitude large-signal

waveforms.

●

Waveform memory up to 1 Gpoint @Ch

Unmatched deep memory depth allows to store and

reproduce complex pseudo-random waveforms for

long play time testing.

●

Mixed Signal Generation

Combining the 2 analog channels with 8

synchronized Digital Channels for debugging

and validating digital design.

●

Multifunctional solution instrument

(AFG/AWG/DPG)

Arbitrary Function Generator, Arbitrary Waveform

Generation and Digital Pattern Generation

functionalities combined into one instrument.

Standard warranty is one year.

Key Speci cations

Model T3AWG3252 T3AWG3352

Frequency Range (Sinewave, AFG mode) 1 μH to 250 MHz 1 μH to 350 MHz

Sample Rate (AWG mode, not interpolated) 1.0 GS/s 1.2 GS/s

Vertical Resolution 16 Bits

Memory Up to 1 Gpoint/Ch.

Output Voltage V

(peak to peak) 12 V

(50 Ohm into 50 Ohm), 24 V

(50 Ohm into High-Impedance)

Digital Pattern Generator (DPG) 8 Channels @ 1.0 Gbps 8 Channels @ 1.2 Gbps

Summary of content (16 pages)

PAGE 1
T3AWG3252 / T3AWG3352 Data Sheet High Definition Dual Channel Arbitrary Waveform Generator Accurate and Versatile Waveforms Generation 16 Bit Vertical Resolution Exceptional signal fidelity for developing quality products with a reduced design cycle. 24 Vpp Output Voltage and ±12 V HW Baseline Offset for a total output voltage window ± 24 V or 48 V (50 Ohm into High Impedance) Unmatched wide output voltage window enables generating challenging in amplitude large-signal waveforms.
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PRODUCT OVERVIEW AFG Operational Mode ● ● Improved Direct Digital Synthesis (DDS) based technology Fixed sampling clock Arbitrary Function Generation (AFG functionality) AWG Operational Mode ● Variable Clock True-Arbitrary Technology ● Variable Sampling Clock ● Mixed Signal Generation: 2 Analog Channels and 8 Digital Channels Arbitrary Waveform Generation (AWG functionality) Digital Pattern Generation (DPG functionality) A multifunctional generator with an innovative architecture T3AWG3352-3252
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Exceptional Signal Fidelity with 16-bit Vertical Resolution T3AWG3252 with the 16-bit Vertical Resolution give the capability to emulate the thinnest details of your waveform making your testing highly efficient and increasing the confidence in your results as more stable and reliable.
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PRODUCT OVERVIEW High Definition Stimulus-Response model: Applying an HD Stimulus with the T3AWG generator to the DUT and analysing the Response using an HD Oscilloscope Different measurements scenarios: a. Emulation of clean and “perfect signal”, so that uncontrolled and unknown distortions are not influencing the DUT response behavior. b. Emulation of “real-world signal” including distortions to test the DUT response behavior before any signal source is available.
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All the new emerging technologies and applications are requiring verifying the operating margin of your device emulating worst-case and infrequent corner-case conditions. Your device needs to be tested to its performance limit and “stress test” during the product development is vital to avoid the risk of any device malfunction your customer ends up finding.
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PRODUCT OVERVIEW High Definition Generator: Key Applications at a glance Automotive Today’s cars are including lots of highly sophisticated electronic control units (ECU) with very sensitive electronic components. The 16-bits vertical resolution combined with the 1.2 GS/s fast sampling rate make the High Definition T3AWG Arbitrary Generators indispensable tools for successfully and efficiency addressing the new testing challenges in automotive.
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MODEL SPECIFIC SPECIFICATIONS T3AWG3252 / T3AWG3352 High Definition Dual Channel Arbitrary Waveform Generators General Specifications T3AWG3252 Number of Channels Analog Digital Markers Operating Modes AFG AWG Amplitude peak-to-peak Voltage Range Vpp (50 Ω into 50 Ω) Accuracy1) Resolution Output Impedance Amplitude HW Baseline Offset Range (50 Ω into 50 Ω) Range (50 Ω into High Impedance) Accuracy (50 Ω into 50 Ω) Resolution Amplitude DC Amplitude Range (50 Ω, single-ended) Amplitude Accuracy 1) T3AWG3352
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MODEL SPECIFIC SPECIFICATIONS T3AWG3252 T3AWG3352 Sine Wave Characteristics Frequency Range Frequency Resolution Output Amplitude (50 Ω into 50 Ω)2) Flatness (1 Vp-p , relative to 1 KHz) Harmonic Distorsion (1 Vp-p) Total Harmonic Distorsion (1 Vp-p) Spurious (1 Vp-p)3) Phase Noise (1 Vp-p, 10 KHz offset) 1 μH to 250 MHz 1 μH or 15 digits 0 to ≤ 70 MHz > 70 MHz to ≤ 120 MHz > 120 MHz to ≤ 180 MHz > 180 MHz to ≤ 250 MHz DC to 250 MHz 1 μH to ≤ 10 MHz > 10 MHz to ≤ 50 MHz > 50 MHz to ≤ 100 MHz > 100
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T3AWG3252 T3AWG3352 1 μH to 10 MHz 1 μH to 20 MHz 1 μH to 15 MHz 1 μH to 30 MHz 1 μH or 15 digits 1 μH or 14 digits 1 μH or 15 digits 1 μH or 14 digits > 200 MHz 0 V to 6 V- | carrier max value(Vpk) | 1 mV > 200 MHz 0 V to 6 V- | carrier max value(Vpk) | 1 mV 2 to 16.384 2.0 ns < 20 ps 1 μH to 125 MHz 1 μH or 15 digits 2 to 16.384 2.
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MODEL SPECIFIC SPECIFICATIONS T3AWG3252 T3AWG3352 PM (Pulse Modulation) Carrier Waveforms Modulation Source Internal Modulating Waveforms Modulating Frequency Internal External Peak Deviation Range Standard Waveforms (except Pulse, DC and Noise) and Arbitrary Internal or External Sine, Square, Ramp, Noise, Arbitrary 500 μHz to 48 MHz max 8 MHz 0° to 360° FSK (Frequency Shift Keying) Carrier Waveforms Modulation Source Internal Modulating Waveforms FSK Key Rate Internal External Depth Hop Frequency Numb
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T3AWG3252 T3AWG3352 Sweep Type Waveforms Sweep Time Hold/Return Times Sweep/Hold/Return Time Resolution Total sweep time accuracy Start/Stop Frequency Range Sine Square Trigger Source Linear, Logarithmic, Staircase and user defined Standard Waveforms (except Pulse, DC and Noise) and Arbitrary 40 ns to 2000 s 0 to (2000 s-40 ns) 20 ns or 12 digits ≤ 0.
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MODEL SPECIFIC SPECIFICATIONS Harmonic Distorsion Sine Wave 32 points, 1 Vpp Spurious Sine Wave 32 points, 1 Vpp SFDR (Spuriuos Free Dynamic Range) Sine Wave 32 points, 1 Vpp Rise/Fall Time 1 Vpp, single-ended 10 % to 90 % Overshoot 1 Vpp, single-ended T3AWG3252 T3AWG3352 < -60 dBc @(1 GS/s and 31.25 MHz) < -60 dBc @(1.2 GS/s and 37.5 MHz) < -60 dBc @(1 GS/s and 31.25 MHz) < -60 dBc @(1.2 GS/s and 37.5 MHz) < -60 dBc @(1 GS/s and 31.25 MHz) < -60 dBc @(1.2 GS/s and 37.5 MHz) ≤ 1.1 ns ≤ 1.
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Auxiliary input and output characteristics T3AWG3252 T3AWG3352 Marker Output connector type Number of connectors Output impedance Output level (into 50 Ω) Amplitude Resolution Accuracy Rise/Fall Ttime (10 % to 90 %, 2.5 Vpp) Jitter (rms) Marker out to analog channel skew Range Resolution Accuracy Initial skew BNC on Front panel one 50 Ω 1 V to 2.5 V 10 mV ± (2 % setting + 10 mV) < 700 ps 20 ps Variable Clock Mode: 0 to 3 μs AFG Mode: 0 to 14 s. in continuos mode, 0 to 3 μs in Trig.
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MODEL SPECIFIC SPECIFICATIONS T3AWG3252 T3AWG3352 External modulation Input Connector type Input impedance Number of inputs Input Voltage Range Bandwidth Vertical resolution SMA on rear panel > 2 MΩ One -0,5 V to +0.
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ACCESSORIES T3AWG3-8DIG-TTL LVDS to LVTTL adapter (Requires T3AWG3-8 DIG) T3AWG3252 Output Connector Output Type Output Impedance Output voltage Maximum update rate Dimension Input connectors Cable length Cable type T3AWG3352 20 position 2.54 mm 2 Row IDC Header LVTTL 50 Ω nominal 0.8 V to 3.8 V programmable in group og 8 bits 125 Mbps@0.8 V and 400 Mbps@3.
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ABOUT TELEDYNE TEST TOOLS Company Profile Teledyne LeCroy is a leading provider of oscilloscopes, protocol analyzers and related test and measurement solutions that enable companies across a wide range of industries to design and test electronic devices of all types. Since our founding in 1964, we have focused on creating products that improve productivity by helping engineers resolve design issues faster and more effectively.