KAD/CDC/103 Differential Ended Current-to-Digital Converter
- Downloads
- SPECIFICATIONS
- SUPPORT
- REQUEST A QUOTE
Key Features
- 24 current input channels
- Input range ±22.2 mA
- Accuracy (0.042% FSR typical for input range of ±22.2 mA)
- 16-bit simultaneous sampling on each channel
- Voltage excitation (open-circuit voltage of 12V) for powering the sensor
Applications
- For use with 4 - 20 mA transmitters
- Current measurement
KAM/CDC/101 4 channel Charge-to-digital converter
The KAM/CDC/101 is used to digitize signals from charge-based sensors such as piezoelectric devices used for accelerometers. Each is independent and consists of a charge-to-voltage converter...
AXN/BCU/401 - Axon backplane controller
The AXN/BCU/401 is a dual-port full-duplex, Gigabit Ethernet, Axon backplane controller, programmer and transmitter. It has a number of features including: In-built switch core...
DAS Studio 3 Setup software for DAUs, network switches, recorders and ground stations
Setting up data acquisition systems can take a lot of time and effort, particularly as many systems today are growing larger and larger. Managing thousands of channels of data over dozens of data...
IADS RTStation
IADS-RTSTATION is a complete real-time and post-test display and analysis software suite and is scalable from a laptop to a large workgroup through its client/server software architecture....
KAM/CHS/13U Acra KAM-500 chassis - 13 Slots
The KAM/CHS/13U/ET is a thirteen user-slot Acra KAM-500 chassis, which along with the housing and backplane, includes a power supply module which regulates power supplies for the backplane...
NET/REC/001 Ethernet Network Recorder (CompactFlash)
The NET/REC/001 is a stand-alone Ethernet network recorder. Incoming Ethernet frames are written to a CompactFlash card using a FAT32 file system. The NET/REC/001 can be configured via...
The KAD/CDC/103 is used to condition and digitize up to 24 differential ended current channels.
At the heart of the KAD/CDC/103 is a hard-wired state-machine that over-samples all channels at a rate between 48 ksps and 96 ksps and digitally filters any noise above the user-programmable cutoff frequency.
This is achieved using cascaded, half-band, finite-impulse-response (FIR) filters followed by an 8th order Butterworth IIR filter with a default cutoff point set at one quarter of the sampling frequency (fc = fs / 4). All signals are sampled simultaneously. Thus, when several channels are sampled at different sampling rates, at the start of an acquisition cycle all channels are aligned.
Voltage excitation is also applied to the sensor.
Download Product Sheet register now
Product Finder
CONTACT SALES
Contact our sales team today to learn more about our products and services.
GET SUPPORT
Our support team can help answer your questions - contact us today.