SDG8000A Series Arbitrary Waveform Generator

2/4 channels, maximum output frequency is 4 GHz@10 GSa/s，5 GHz@12 GSa/s
Supports multi-layer sequence wave playback function, with a maximum waveform memory of 4 Gpts per channel
16-bit vertical resolution
It can output vector signals with a bandwidth of up to 2 GHz
Supports PRBS up to 1.25 Gbps
Support Bluetooth, OFDM, IOT, LTE and WIFI signal output.

Product Overview

SDG8000A series function/arbitrary waveform generator, maximum 4 analog output channels, 16-bit vertical resolution, maximum 12 GSa/s (interpolation) sampling rate, output frequency up to 5 GHz and maximum modulation bandwidth up to 2 GHz. Maximum storage space of 4G points per channel, providing longer playing time without sacrificing signal bandwidth. With SigIQPro, it can also provide waveform output of communication signals such as Bluetooth, WIFI and LTE. In addition, SDG8000A also provides high-speed serial code signal(Hss)output, supports complex multi-layer sequence wave output, and has the functions of multipulse, multitone and chirp, which meets a wide range of test requirements in communication, industrial and scientific research fields.

	Max Output Frequency	Max Sampling Rate	Vertical Resolution	Waveform Length	Channels	Price
SDG8004A	4 GHz@10 GSa/s，5 GHz@12 GSa/s	10 GSa/s ，Optional 12 GSa/s	16-bit	2 Gpts, optional 4 Gpts	4	$67,800	Buy Now
SDG8002A	4 GHz@10 GSa/s，5 GHz@12 GSa/s	10 GSa/s ，Optional 12 GSa/s	16-bit	2 Gpts, optional 4 Gpts	2	$54,800	Buy Now

Key Features

Using EasyPulse technology, it can output low-jitter square/pulses, and the pulse wave can achieve fine adjustment of pulse width, rising/falling edges, with extremely high adjustment resolution and adjustment range
Support single-ended and differential output modes
Support multi pulse output function, which can be used to measure the switching parameters of power devices and evaluate their dynamic characteristics
Support multi-tone and chirp functions
196 built-in arbitrary waveforms
Standard interfaces: USB Host, USB Device(USBTMC), LAN (VXI-11); optional GPIB
Built-in 250 GByte SSD hard disk
Built-in WebServer supports instrument control via web browser
7-inch display touch screen

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Product Characteristics

Arbitrary Waveform Generation View more

Arbitrary Waveform Generation

The SDG8000A series provides a maximum memory depth of 4 Gpts per channel, supporting waveform playback up to 800 ms even at the maximum sampling rate. It also integrates powerful multi-level waveform sequence playback functions, including Segment, Sequence and Scenario. The instrument comes with 196 built-in arbitrary waveforms covering mathematics, engineering, medical electronics and modulation applications. Users can call preset waveforms directly or customize and edit waveform files to adapt quickly to various test requirements.

Modulation and Vector Signal Generation View more

Modulation and Vector Signal Generation

The SDG8000A series supports a comprehensive range of analog and digital modulation functions, including AM, DSB-AM, FM, PM, FSK, ASK, PSK and PWM.

Its vector signal output delivers a modulation bandwidth of up to 2 GHz. When outputting baseband signals and using an external modulator, the signal bandwidth can be extended to 4 GHz, meeting the stringent requirements of wireless communications and RF testing applications.

When paired with the SigIQPro PC software, it further supports I/Q data generation for additional modulation types, including 2ASK, 4ASK, 8ASK, BPSK, QPSK, 8PSK, DBPSK, DQPSK, D8PSK, 8QAM, 16QAM, 32QAM, 64QAM, 128QAM, 256QAM, 2FSK, 4FSK, 8FSK, 16FSK, MSK and MultiTone.

Noise and Special Signal Generation View more

Noise and Special Signal Generation

The SDG8000A not only accurately reproduces standard signals, but also flexibly emulates complex real-world test environments by generating a comprehensive suite of special signals, including noise, multi-pulse, multi-tone, frequency hopping and linear frequency modulation (LFM) signals.

Its high-bandwidth, high-resolution signal generation capability enables engineers to deploy highly realistic test signals as early as the design and verification phases, further enhancing product reliability and immunity to interference.