| Brand | RIGOL |
|---|---|
| Output Frequency | 25 MHz |
| Channels | 2 |
| Vertical Resolution | 14-bit |
| Sample rate | up to 125 MSa/s |
DG1000Z Function Generators/AWG
The Rigol DG1000Z is a function/arbitrary waveform generator designed to provide versatile signal generation for education, training labs, and basic development work. Featuring output frequencies up to 60 MHz and 200 MSa/s sample rates, it delivers high-fidelity waveforms across two independent channels. This series offers an ideal balance of performance and value for budget-conscious professional labs and teaching environments.
Key Specifications & Features
- Output Frequency: Up to 60 MHz (DG1062Z)
- Channels: 2 independent output channels
- Vertical Resolution: 14-bit for precise signal reproduction
- Sample Rate: High-speed sampling up to 200 MSa/s
- Standard Waveforms: Sine, square, ramp, pulse, and noise
- Memory Depth: Optional 16 Mpts memory for long arbitrary waves
- Connectivity: Standard USB and LAN interfaces
- Applications: Ideal for sensor simulation and embedded system development
| RM-DG4000/DS1000Z | Rack Mount Kit |
| Arb16M-DG1000Z | 16Mpts Memory Depth option |
| CB-BNC-AC-100-L | BNC TO ALLIGATOR CLIP |
| CB-SMB-BNC-FF-100 | SMB(F) to BNC(F) cable, 100cm |
| CB-SMB-BNC-FM-100 | SMB(F) to BNC(M) cable, 100cm |
| CB-SMB-SMB-FF-100 | SMB(F) to SMB(F) cable, 100cm |
| DG1022Z | 25 MHz, 200 MSa/s, 2, 14-bit |
| DG1032Z | 30 MHz, 200 MSa/s, 2, 14-bit |
| DG1062Z | 60 MHz, 200 MSa/s, 2, 14-bit |
DG1000Z Function Generators/AWG
The Rigol DG1000Z Series represents a versatile line of entry-level function and arbitrary waveform generators designed to meet the rigorous needs of education and basic R&D. With frequency options ranging from 25 MHz to 60 MHz, these dual-channel units provide a reliable platform for generating complex signals with 14-bit vertical resolution. Each model supports standard waveforms like sine and square waves while offering deep arbitrary waveform capabilities for specialized circuit testing.
Built with a focus on ease of use and signal integrity, the DG1000Z utilizes high-performance technology to achieve a 200 MSa/s sample rate. The series features an intuitive user interface and a large built-in waveform library that simplifies the process of sensor simulation and embedded system development. These generators are compact enough for crowded workbenches while maintaining the professional performance required for analog and digital circuit validation.
The series offers significant flexibility through optional upgrades, such as the Arb16M-DG1000Z memory depth extension which increases capacity to 16 Mpts. For integrated system setups, users can utilize the RM-DG4000/DS1000Z rack mount kit and various specialized cables including SMB to BNC or BNC to alligator clips. Available models include the DG1022Z, DG1032Z, and DG1062Z, providing a clear path for users to select the exact frequency range their application demands.
High-Resolution Signal Output
Features 14-bit vertical resolution for highly accurate and precise waveform reproduction.
Dual Channel Versatility
Provides two independent output channels to facilitate complex multi-signal testing scenarios.
Extensive Waveform Library
Includes a wide range of built-in standard and arbitrary waveforms for immediate use.
Deep Memory Options
Supports up to 16 Mpts of arbitrary memory depth for long, detailed signal sequences.
Advanced Signal Generation
The DG1000Z series provides comprehensive signal generation capabilities including standard waveforms such as sine, square, ramp, pulse, and noise. Users can leverage the 14-bit vertical resolution and built-in library to create precise arbitrary waveforms for complex simulation tasks in educational or basic R&D environments.
Connectivity and Expandability
Equipped with standard USB and LAN interfaces, the DG1000Z ensures easy integration into modern lab environments and automated test systems. The series also supports significant hardware expansion through memory depth upgrades and specialized cabling options to meet specific connectivity requirements like SMB to BNC transitions.
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