The KAD/ADC/109/S1 provides independent excitation for up to eight channels. Each channel has a separate programmable amplifier.
Features
- Eight full or ½-bridge, potentiometer or differential-ended (D/E) input channels
- Programmable input range (±10mV to ±10V)
- High accuracy (max. 0.08% FSR at unity gain)
- Programmable voltage excitation and balance adjust
- High impedance (>10MΩ) when on/off
- Short on any channel does not affect others
- 16-bit simultaneous sampling on each channel
- Up to 24K samples per second per channel
- Up to 6kHz Bandwidth (AAAF filter)
Applications
- Analog signal
- Acquisition Differnetial Ended
- Full Bridge
- Half Bridge
- Potentiometer
DAS Studio 3 software allows you to configure DAUs, network switches, recorders & ground stations in an integrated environment.
The KAD/ADC/135 is used to condition and digitize up to 12 differential-ended analog channels.
KAD/ADC/136 is used to condition & digitize up to 8 analog channels.
KAD/DSI/102 monitors the status of up to 24 differential ended discrete input channels. Each of these has an assigned programmable 32-bit counter.
The KAD/MAT/101 allows you to run your own programs based on a dual-core C6000DSP+ARM9 microcontroller. It provides high-performance DSP functions.
The KAD/VID/106 is an H.264 video encoder card that converts one of three composite analog video inputs.
KAD/ADC/109/S1 Full-Bridge ADC
The KAD/ADC/109/S1 provides independent excitation for up to eight channels. Each channel has a separate programmable amplifier, programmable filter, and A/D converter.
At the heart of the KAD/ADC/109/S1 is a hard-wired state-machine that over-samples all channels at a rate between 96 ksps and 192 ksps and digitally filters any noise above the user-programmable cutoff frequency. This is achieved using cascaded, half-band, decimate by two, fifteen tap, finite-impulse-response (FIR) filters with 32-bit coefficients followed by an 8th order Butterworth IIR filter with a default cutoff point set at a quarter of the sampling frequency.
All signals are sampled simultaneously. Thus, when several channels are sampled at different sampling rates, at the start of an acquisition cycle all channels will be aligned.
Aerospace Instrumentation Brochure
Modern aerospace instrumentation systems can be highly complex, and it can be difficult to know how to meet program needs. It’s not unusual for requirements to change during a campaign and cause significant delays, and data must be captured reliably no matter what – otherwise expensive additional flights will be needed or months of program data could be lost. Read our brochure to learn how you can reduce your risk with commercial off-the-shelf (COTS) solutions.