DECAQ
DIFFERENT GENERATIONS.
ONE MEASUREMENT SYSTEM.
PAK connects DecaQ and PAK MKII in a single, seamless measurement system. Existing PAK MKII G2 hardware can continue to be used within the scope of supported upward compatibility* and combined with DecaQ. This allows existing measurement technology to be extended step by step – enabling seamless migration without system disruption.
*Binding upward compatibility between PAK MKII 42 series G2 and DecaQ 45 series hardware is subject to confirmation with your responsible sales contact.
DECAQ. SCALABLE FROM A SINGLE DEVICE TO A MULTI-CHANNEL SYSTEM.
DecaQ adapts flexibly to the measurement task and channel count. Different device classes and signal conditioning modules can be combined – from a compact standalone system to a distributed, high-channel-count measurement system – for mobile NVH measurements, laboratory, and test bench applications.
FACTS ABOUT DecaQ
- 4 Mainframes2-, 3-, 4-, 6-slot
- Up to 120channels per frontend
- WLAN(IEEE 802.11n)
- GigabitEthernet
- 128 | 256 GBInternal SSD
- RobustConduction-cooled + compact
- EconomicalLow power consumption
- Synchronizedvia PTP (IEEE1588v2), GPS
For every challenge
DecaQ frontends can be operated via a smart device with the PAK Capture App or in connection with the measurement computer and PAK 6.xsoftware. The measurement device and user are not bound to a common location. DecaQ delivers unique signal quality wherever you are.
DecaQ hardware can be seamlessly integrated into existing test environments. System configurations that generate dynamic data have appropriate input/output interfaces and buffered outputs. Measurement configuration support via a smart device and/or a PC is built in.
Structured and modular
DecaQ offers a variety of signal conditioning modules for different dynamic and static parametersin any combination and in any mainframe. 204.8 kHz sampling, TEDS support, internal calibration, 50 V galvanic isolation, EMC shielding, anti-aliasing protection are just a few of the features that enable the high signal quality of these modules.
DecaQ can be synchronized via IEEE 1588v2 or GPS. All channels can be recorded phase-synchronously and offer a high dynamic range with optimized noise and distortion performance. The frontends also include TEDS detection, allowing sensor information to be read directly from the sensors when required.
