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NOVELDA > Radar ICs
PRODUCTS NOVELDA > Radar ICs
X1
Single-chip impulse-based radar transceiver.
Selectable low power RF output:
Low-band 1st order Gaussian pulse generator.

KEY FEATURES
 Single-chip impulse-based radar transceiver.
 Selectable low power RF output:
- Low-band 1st order Gaussian pulse generator.
- Medium-band 1st order Gaussian pulse generator.
 Programmable input amplifier gain for increased dynamic range.
 Ultra high-speed programmable sampler, giving up to 4 mm spatial resolution in normal mode.
 Interleaved sampling for sub-mm resolution.
 Staggered PRF for output spectrum smoothing and increased maximum unambiguous range.
 Iterations feature for 1/f noise suppression.
 Fully programmable sampling window:
- 512 simultaneous sampling points.
 A minimum of external components required.
 Easily adaptable to FCC/ETSI regulated UWB-masks through simple off-chip filtering.
 Swept-threshold input quantizer with 13-bit resolution for increased sensitivity.
 Signal recovery through 32-bit digital integration.
 QFN32, 5x5 mm packaging.
 Powerful development tools available.


PRODUCT DESCRIPTION
NVA6100 is a fully integrated nanoscale impulse radar transceiver, designed for low-power high-performance applications. Based on Novelda’s Continuous Time Binary Value-architecture, NVA6100 provides a low-cost highly integrated, highly robust solution for a wide range of remote sensing applications.
NVA6100 employs 32-bit digital integration and 512 parallel samplers for maximum frame depth and sensitivity, as well as a fully programmable frame offset for an extensive detection range.
Adjustable dynamic range is provided through the programmable input amplifier, while the high-speed, high-resolution sampler provides free space sampling resolution of up to 4 mm, while sub-mm resolution is attainable in interleaved sampling mode.
In a typical application setting, the NVA6100 yields unprecedented sensor performance with a minimum of external components.

APPLICATIONS
 Medical diagnostics.
 Life sign monitoring.
 Energy automation.
 Through-wall imaging.
 Tank gauging.
 Materials evaluation.
 Cable inspection.
 Object tracking.