The 200 MHz arbitrary waveform generator with a 500 MSa/s sampling rate is a versatile and high-performance device designed for generating complex waveforms for a wide range of applications. The AWG generator with rich analog modulation and digital modulation functions, modulation types include AM, FM, PM, ASK, FSK, 3FSK, 4FSK, PSK, BPSK, QPSK, PWM and OSK, and support internal and external modulation sources to meet more teaching or communication system testing needs.
SISCO arbitrary waveform generator (AWG) is versatile and widely used in various fields. It can simulate complex communication signals, test and develop electronic components and circuits, generate biomedical signals for medical device testing, simulate automotive sensor outputs, and test radar and sonar systems in aerospace and defense. Additionally, AWGs are used in audio equipment testing, acoustic research, educational tools, industrial automation, power quality testing, and renewable energy systems. They are essential for precise and customizable signal generation, making them invaluable for development, testing, and research in multiple domains.
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Model | SISCO-AWG-DG4202 |
Maximum Output Frequency | 200 MHz |
Sampling Rate | 500 MSa/s |
Vertical Resolution | 14 bits |
Number of Channels | 2 |
Arbitrary Wave Length | 16k |
Waveform Type | Standard waveforms: sine, square, sawtooth, pulse, noise, dual tone, harmonic (up to 8th harmonic) Arbitrary waveforms: Sinch, exponential rise, exponential fall, ECG, Gaussian, Haversine, Lorentz, dual tone, DC, etc., a total of 150 |
Sine Wave | 1 μHz-200 MHz |
Square Wave | 1 μHz-60 MHz |
Sawtooth Wave | 1 μHz-5 MHz |
Pulse/Arbitrary Wave | 1 μHz-50 MHz |
PRBS | 2 kbps-40 Mbps |
Sequence | 2k-60 MSa/s |
Noise (-3 db) | 120MHz bandwidth |
Sine Wave Spectrum Purity | Total harmonics true: <0.1% (10Hz-20Hz, 0 dBm) Phase noise: <-115 dBc/Hz @10MHz (0 dBm, 10 kHz offset) |
Square Wave Rise/Fall Time | Typical (1 Vpp) ≤8 ns |
Signal Jitter | ≤5 MHz: 2 ppm+500 ps >5 MHz: 500 ps |
Output Amplitude (50Ω Termination) | ≤20 MHz: 1 mVpp-10 Vpp ≤60 MHz: 1 mVpp-5 Vpp ≤120 MHz: 1 mV-2.5 Vpp >200 MHz: 1 mV-2.5 Vpp |
Modulation Type | AM, AF, PM, ASK, PSK, BPSK, QPSK, 3FSK, 4FSK, OSK, PWM |
Working Mode | Continuous, burst, swept, modulated |
Pulse Train Characteristics | Carrier frequency 2 mHz-10 MHz/25 MHz/35 MHz/50 MHz/70 MHz/100 MHz Pulse count: 1-1M or infinite; Trigger source: external, internal, manual |
Pulse Train Characteristics | Carrier frequency 2 mHz-10 MHz (or at its highest frequency) Pulse count: 1-1M or infinite; Trigger source: external, internal, manual |
Q1: What is an Arbitrary Waveform Generator (AWG)?
A1: An Arbitrary Waveform Generator (AWG) is a device that generates user-defined, complex waveforms. It allows for the creation and output of a wide variety of signal shapes, beyond standard sine, square, and triangle waves.
Q2: How does an AWG differ from a standard function generator?
A2: Unlike standard function generators, which produce fixed waveforms like sine, square, and triangle waves, AWGs can produce any waveform defined by the user. This makes AWGs more versatile and suitable for complex testing scenarios.
Q3: What is the importance of the sampling rate in an AWG?
A3: The sampling rate in an AWG is crucial because it determines how accurately the waveform can be represented. A higher sampling rate provides better resolution and fidelity, ensuring the generated waveform closely matches the desired signal, which is essential for precise testing and measurement.
Tips: Is vertical resolution important in an AWG? Â Â
Yes, vertical resolution is a crucial parameter in an Arbitrary Waveform Generator (AWG) because it directly affects the quality and precision of the generated waveforms. Here are several reasons why vertical resolution is important:
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