In today’s demanding RF and microwave landscape, engineers across industries require reliable, high-performance signal sources—without incurring excessive costs. This signal generator delivers exceptional price-performance, offering capabilities typically found only in far more expensive instruments. Below are five representative use cases where this instrument demonstrates its value:
Challenge:
Accurate and efficient characterization of RF and microwave amplifiers requires a wide dynamic range and flexible signal modulation—without compromising measurement integrity or system simplicity.
Solution:
With an industry-leading output power range from -120 dBm to +23 dBm, this generator offers 10 dB more dynamic range than most competitors. It covers up to 26 GHz, enabling complete testing across multiple bands. Integrated AM, FM, PM, and pulse modulation support ensures testing flexibility for both linear and nonlinear amplifier behaviors.
Typical Application:
Gain, distortion, and linearity testing of RF/microwave amplifiers across broadband frequencies.
Challenge:
High-speed digital designs—especially ADC evaluation—demand ultra-low phase noise signal sources to preserve timing precision and minimize jitter.
Solution:
This generator delivers exceptional spectral purity with phase noise as low as -130 dBc/Hz (1 GHz carrier, 20 kHz offset). The inclusion of a high-performance OCXO as standard (often an expensive option elsewhere) ensures frequency stability, enabling accurate clock or analog input emulation for sensitive ADC tests.
Typical Application:
High-purity analog source or clock substitution for ADC testing and evaluation in high-speed digital systems.
Challenge:
Radar systems must perform reliably in the presence of strong interference sources or jammers. Simulating these real-world electromagnetic environments requires signal agility and power.
Solution:
With +23 dBm output power, 26 GHz bandwidth, and 25x faster frequency switching speed than typical alternatives, this signal generator is ideal for radar and electronic warfare testing. Engineers can simulate complex interference patterns or “blocker” scenarios under controlled lab conditions.
Typical Application:
Radar receiver performance evaluation in the presence of high-power jammers and fast-changing signal environments.
Challenge:
Consumer and industrial wireless systems (cellular, Wi-Fi, Bluetooth, etc.) demand rapid, automated testing of receiver performance under various signal conditions.
Solution:
A single versatile generator provides full coverage up to 26 GHz, with a power range from -120 to +23 dBm, fast frequency agility, and built-in modulation capabilities (AM, FM, PM, pulse). Its performance and reliability—backed by a recognized vendor—streamline testing from R&D to production.
Typical Application:
Power calibration, sensitivity, and dynamic range testing for wireless devices and subsystems.
Challenge:
Evaluating RF/microwave mixers demands clean LO and RF signals with excellent spectral characteristics, especially at higher frequencies.
Solution:
With ultra-low phase noise (-130 dBc/Hz) and excellent harmonic/non-harmonic suppression, this generator ensures signal integrity for demanding mixer testing. The standard OCXO enhances signal stability, eliminating the need for costly upgrades.
Typical Application:
Substituting RF and LO inputs for mixer design, validation, and manufacturing quality assurance.
Whether you're testing amplifiers, ADCs, radar systems, wireless receivers, or mixers, this signal generator provides an exceptional balance of performance, versatility, and value. With capabilities often found only in premium instruments—yet offered at an entry price of around CHF 7,000 — it is an ideal choice for engineering teams seeking uncompromised results on a realistic budget.
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