USG3000V Series adopts Direct Digital Synthesis (DDS) technology, enabling the generation of high-precision, stable waveforms across a frequency range of 9 kHz to 6.5 GHz. It supports analog demodulation functions such as AM, FM, ØM, and I/Q modulation, and is also equipped with pulse modulation, pulse train generation, and a power meter function. With its user-friendly operation, superior technical specifications, and intuitive graphical display, the USG3000V Series serves as a versatile tool for learning, testing, and improving work efficiency.
The UNI-T USG3065V-P is a 6.5 GHz vector RF signal generator designed for advanced RF testing applications including wireless communications, radar, and aerospace systems. It is part of the USG3000V series of digital RF generators
Professional RF vector signal generator covering L/S/C-bands (9 kHz to 6.5 GHz) with built-in mechanical attenuator for enhanced accuracy, perfect for 5G NR, WLAN, LTE, and wireless communication testing. Features advanced IQ modulation up to 6 GHz with 150 MHz bandwidth, exceptional -135 to +25 dBm output power range, and Signal Studio software compatibility.
- Frequency Range: CW: 9 kHz - 6.5 GHz
- Output Power & Stability: Level range of -135 dBm to +25 dBm with a mechanical attenuator for enhanced stability.
- Vector/Analog Modulation: Designed for advanced wireless communication testing
- High-Stability Clock: Features a stable clock source with a ≤ ±0.2 ppm/year aging rate.
- User Interface: 5-inch capacitive touchscreen, intuitive GUI, and numeric keypad.
- Interfaces: LAN, USB (Host/Device), and optional GPIB for automated testing.
- Additional Functionality: Built-in 50 MHz arbitrary waveform generator.
Applications
- 5G Base Station & Small Cell Development
- Production Test Systems
- Semiconductor and Component Testing
- Aerospace and Defense
- Wireless Communication Research & Development
Each Unit Includes
- 1 - RF Vector Signal Generator with Mechanical Attenuator (USG3065V-P)
- 1 - Power Cord
- 1 - USB Cable (UT-D14)
- 1 - User manual
