DG6052
CHF 7,409.00
Product information "DG6052"
4-channel arbitrary waveform generator with up to 500 MHz bandwidth (HBW mode), 2.5 GSa/s sampling rate, 16-bit resolution, up to 256 Mpts memory, and advanced modulation for complex signal generation.
Product Description – RIGOL DG6054
The Rigol DG6054 is a high-performance 4-channel arbitrary waveform generator from the DG6000 Series, engineered for complex signal generation, multi-channel synchronization, and advanced testing applications.
With a maximum bandwidth of up to 500 MHz in High Bandwidth (HBW) mode, the DG6054 delivers high signal accuracy and excellent waveform fidelity. Its 2.5 GSa/s sampling rate ensures precise waveform reproduction, even for demanding high-speed applications.
Equipped with four fully independent output channels, the DG6054 enables simultaneous multi-signal generation, making it ideal for complex system simulation and multi-channel testing environments.
The generator supports a wide range of standard waveforms, including sine, square, ramp, pulse, noise, and DC, as well as fully customizable arbitrary waveforms. With 16-bit vertical resolution and up to 256 Mpts waveform memory (512 Mpts optional), it allows accurate reproduction of complex signals.
Extensive modulation capabilities include:
- AM, FM, PM
- FSK, ASK, PSK
- PWM and sweep modulation
Additional advanced features:
- Burst modes (N-cycle, gated, infinite)
- Frequency sweep (linear and logarithmic)
- Harmonic generation
- Waveform sequencing and editing
Connectivity options such as USB and LAN enable easy integration into automated test systems, while the intuitive interface ensures efficient daily operation.
Key Specifications
- Max Bandwidth (HBW mode): 500 MHz
- Max Square Wave Frequency: 300 MHz
- Sampling Rate: up to 2.5 GSa/s
- Vertical Resolution: 16-bit
- Channels: 4
- Arbitrary Waveform Memory: 256 Mpts (512 Mpts optional)
- Advanced DDS technology
- Multiple modulation types (AM, FM, PM, FSK, ASK, PSK, PWM)
- Sweep and burst functionality
- USB & LAN connectivity