Advanced Time Domain Firmware (FWATD)

Stand-alone firmware package with real-time time domain functions

Datasheet
  • Overview

    The Advanced Time-Domain firmware option, FWATD, equips the ADQ7 and ADQ14 digitizers with advanced tools for sophisticated time-domain measurements. Multiple steps of noise suppression is provided in order to achieve extreme dynamic range, so that rarely occurring weak signals can be detected and distinguished from noise.

    FWATD can track and correct for temperature-dependent baseline (DC level) fluctuations, which may otherwise lead to incorrect detection or even detection of false pulses. It supports several types of noise reduction for both random and systematic noise. The flexible architecture and user-defined settings enables tailored noise reduction for various applications.

    FWATD Flow
    • Programmable DC offset allows unipolar signals to utilize the entire input range of the digitizer.
    • DBS tracks baseline fluctuations, adjusts the baseline to a user-defined target value, and suppresses pattern noise.
    • A frequency-selective digital filter helps reduce noise for input signals with known limited bandwidth without loss of signal information.
    • The non-linear advanced threshold operation with filter is a complement to the succeeding WFA, tailored for rarely occurring weak pulses.
    • Waveform averaging (WFA) reduces random noise via repeated measurements.
    • Dead-time free seamless accumulation and acquisition.
  • ADQ7DC

    • Sampling speed:
    • 10 GSPS (1 channel)
    • 5 GSPS (2 channels)
    • Text
    • Number of channels: 1 or 2
    • Vertical resolution: 14 bits
    • Analog bandwidth: 3 GHz
    • Record length:
    • 2Mi Samples (1 channel)
    • 1Mi Samples (2 channels)
    • Up to 200µs
    • Accumulation number:
    • 262 144 in FWATD with safe scaling
    • Infinite if continued in User Application
    • Dead-time: 32ns
    • Data path filter length: 17 taps
    • Advanced threshold filter length: 17 taps
    • Form Factor: USB, PCIe, PXIe, MTCA.4, 10GbE
    • Meta data: Timestamp and overflow status/information
    • Getting started: C and Matlab examples
    • For full product specifications please refer to the datasheet:
      Datasheet

    ADQ14

    • Sampling speed:
    • 2 GSPS (1 or 2 channels)
    • 1 GSPS (2 or 4 channels)
    • 0.5 GSPS (2 or 4 channels)
    • Number of channels: 1, 2 or 4
    • Vertical resolution: 14 bits
    • Analog bandwidth: Up to 1.2 GHz
    • Record length:
    • 2Mi Samples (2 GSps)
    • 1Mi Samples (1 or 0.5 GSps)
    • Up to 1ms
    • Accumulation number:
    • 65 536 in FWATD with safe scaling
    • Infinite if continued in User Application
    • Dead-time: 20ns
    • Data path filter length: 17 taps
    • Advanced threshold filter length: 17 taps
    • Form Factor: USB, PCIe, PXIe, MTCA.4, 10GbE
    • Variable gain: 0.2Vpp to 5Vpp
    • Getting started: C and Matlab examples
      GUI
    • For full product specifications please refer to the datasheet:
      Datasheet
    • Scientific instruments
    • Time-of-flight
    • Mass spectrometry
    • Electron paramagnetic resonance
    • Particle physics experiments
    • Test & measurements
    • Distributed fiber sensing

  • ADQ7_FWATD_block
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RELATED PRODUCTS

HARDWARE
  • ADQ7DC PCIe
    • Single/dual channel
    • Up to 10 GSPS sampling rate
    • Up to 3 GHz input bandwidth
    • DC-coupled

    Learn More
  • ADQ14
    • Single/dual channel
    • Up to 2 GSPS sampling rate
    • Up to 1.2 GHz input bandwidth
    • DC-coupled (variable input range/gain optional)

    Learn More
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