Description
The VoltSynth Precision Field Calibrator is a groundbreaking portable instrument engineered for high-precision generation and modulation of electromagnetic fields across a broad spectrum of frequencies and intensities. Designed specifically for electrical engineers, sensor calibration specialists, and advanced R&D labs, the VoltSynth integrates multi-axis field synthesis with real-time vector control to produce bespoke, spatially uniform electromagnetic environments.
Key Features:
– Multi-frequency output spanning 100 Hz to 10 GHz, configurable in overlapping bands for complex waveform synthesis.
– Three-axis vector coil array with independent amplitude and phase control, offering precise spatial modulation and gradient formation.
– Embedded high-speed DSP module enabling waveform generation, modulation schemes (AM, FM, PM, PWM), and adaptive feedback control to compensate environmental drift.
– Ultra-low harmonic distortion (<0.05%) and noise floor below -120 dBm to ensure signal purity critical for sensor calibration and high-fidelity component testing.
– Integrated environmental sensors (temperature, humidity, barometric pressure) for compensating field parameters, ensuring reproducibility across varied conditions.
– USB-C and Ethernet interfaces with an open API to allow automated test sequences and integration into existing test benches and LabVIEW environments.
– Compact, rugged aluminum chassis designed for both benchtop and field deployment, weighing under 3.2 kg.
Technical Specs:
– Frequency range: 100 Hz to 10 GHz
– Max output field strength: 50 mT (Tesla) uniform field, spatially configurable gradients up to 10 mT/cm
– Coil array: Orthogonal tri-axis Helmholtz and Maxwell coil configuration
– Phase resolution: 0.01 degrees
– Amplitude resolution: 14-bit DAC (0.006% step size)
– Display: 5-inch full-color touchscreen with graphical waveform visualization
– Power supply: Internal rechargeable Li-ion battery with 8 hours runtime or external 19V DC
The VoltSynth redefines the standard for electromagnetic field calibration, enabling unprecedented control over complex field geometries required for neuromodulation device testing, magnetometer calibration, and advanced electromagnetic compatibility (EMC) analysis. Its flexibility and precision empower users to create repeatable, highly tailored test conditions that were previously achievable only in specialized lab setups, marking a new era in field calibration technology.
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