When configuring an I/O Cube, HalfRack, RackTangle or FlatRack users can choose from these boards (layers) for digital I/O, input, and output functions. Various models are available with differing numbers of digital I/O points in alternate configurations.
|Board type||Part number||Number channels||Input (ksps)||Output (ksps)||Drive capacity||Range (min V)||Range (max V)||PWM|
|Logic level||DNx-DO-403||48||10||20||16 mA||3.3||5||-|
|Sourcing outputs 3-36V||DNx-DIO-404||12 in/12 out||100||100||350 mA||3.3||36||-|
|Sourcing darlington output circuits 5-36V||DNx-DIO-405||12 in/12 out||1||1||80 mA||5||36||-|
|Sinking outputs 3-36V||DNx-DIO-406||12 in/12 out||100||100||1A||3.3||36||-|
|0-150 V AC/DC inputs||DNx-DIO-449||48||1||-||-||-150||150||-|
|Sourcing darlington outputs||DNx-DIO-402||24||-||1||80mA||6||36||-|
|Sinking outputs 3-36V||DNx-DIO-432||32||-||1||600mA||3.3||36||Yes|
|Sinking outputs 3-36V low leakage||DNx-432-800||32||-||1||600mA||3.3||36||Yes|
|Sourcing outputs 3-36V||DNx-DIO-433||32||-||1||600mA||3.3||36||Yes|
|Sourcing outputs 3-36V low leakage||DNx-DIO-433-800||32||-||1||600mA||3.3||36||Yes|
|Relay outputs Form C||DNx-DIO-452||12||-||0.125||2A||0||220VDC, 250VAC||-|
|Relay outputs Form C||DNx-DIO-462||12||-||0.125||2A||0||220VDC, 250VAC||-|
|Solid state relay outputs Form A (NO)||DNx-DIO-463||12||-||0.125||2A||0||51VDC, 35VAC||-|
|High current relay outputs, Form C||DNx-DIO-470||10||-||0.125||5A||0||220VDC, 250VAC||-|
|Relay outputs, Form A||DNx-DIO-430||30||-||1||2A||0||55VDC, 55VAC||-|
The serial interface remains one of the most popular communications interface in industrial electronics. Though Ethernet, USB and a variety of other interfaces are gaining ground, RS-232, RS-422 and RS-485 remain as real workhorses in the industrial and laboratory markets.
Installed in PowerDNA Cube connected to a desktop, industrial, or notebook PC running Windows 2000/NT/XP/Me/9x, you can use DNA-SL layers for a variety of serial I/O applications, including; controlling instruments, connecting to human interface devices (e.g. printers, keyboards, monitors, etc), monitoring production processes, and interfacing to existing control and DAQ equipment.
Controller Area Network (CAN) is a multicast shared serial bus standard, originally developed in the 1980s for connecting electronic control units (ECUs). CAN was specifically designed to be robust in noisy environments and can utilize a differential balanced line like RS-485. It can be even more robust against noise if twisted pair wire is used. Although initially created for automotive purposes (as a vehicle bus), nowadays it is used in many embedded control applications (e.g., industrial) that may be subject to noise. Bit rates up to 1 Mbit/s are possible at networks length below 40 m. Decreasing the bit rate allows longer network distances (e.g. 250 kbit/s at 250 m).
DNA-CAN Boards are designed to meet the physical and electrical requirements for in-vehicle (automotive) networks based on CAN. Installed in PowerDNA Cube connected to a desktop, industrial, or notebook PC running Windows 2000/NT/XP/Me/9x, you can use DNA-CAN Boards for a variety of CAN applications, including automotive testing and diagnostics, prototype design, factory automation, and machine control.
UEI’s CAN interfaces are supported by the powerful UEIDAQ Framework which includes support for all popular operating systems and application languages including LabVIEW and DASYLab.
|Bus protocol||Part||Type||Channels||Transfer rate||Notes|
|High speed CAN||DNx-CAN-503||CAN||4||1MBit||J1939 and CAN .dbc support|
|4 port serial||DNx-SL-501||RS232/422/485||4||2 MBaud||J1587/J1708 support|
|4 port high speed serial||DNx-SL-501-804||RS232/422/485||4||4 MBaud||J1587/J1708 support|
|HDLC/SDLC Synchronous||DNx-SL-504||RS232/422/423/485||4||4 MBaud||Async/BiSync/HDLC/SDLC|
|8 port serial||DNx-SL-508||RS232/422/485||8||1 MBaud||Built in interrogation scheduler|
|GP Synchronous serial interface||DNx-CT-602-804||General purpose||4||16 MBaud||RS422/485 Tx, Rx|
Counters and timers are very common components in data acquisition and control systems. Our PowerDNA boards (layers) support a complete set of counter/timer functions including: Event counting, Frequency measurement, Pulse-width measurement, Frequency generation, Pulse and PWM generation. In addition to these standard counter/timer modes, PowerDNA boards (layers) are also available to read data from Quadrature encoders.
|Counter timer function||Part number||Type||Number of channels||Clock rate||Notes||Ch-Ch isolation|
|High speed counter timer||DNx-CT-601||32 bits||8||66MHz||Debouncing on ext clk and gate||-|
|Differential counter timer||DNx-CT-602||32 bits||4||66MHz||RS-422/485 logic levels||Yes|
|Quadrature encoder input||DNx-QUAD-604||A, B & Z inputs||4||16.5MHz||Buffered or single point readings||-|
|Universal speed input||DNx-VR-608||50mV - 250V ppk||8||300kHz||4 Freq out. High/low tooth||Yes|
|IRIG Timing gen and sync||DNx-IRIG-650||A/B/E/G type||4||1, 5, 10MHz||Onboard GPS receiver||Yes|
ARINC 429 is the avionics data bus standard used on most high-end commercial aircraft. The standard defines both the physical and electrical interfaces of a two-wire data bus as well as the data protocol to support an aircraft’s avionics network.
The DNA/DNR-429-5xx series is a family of ARINC 429 communications interfaces. The current family includes two different versions with different combinations of TX and RX channels. The DNA-429-566 offers 6 TX / 6 RX while the 429-512 provides 12 RX channels. All boards are fully compliant with the ARINC 429 spec and support both high speed (100 kHz) and low speed (12.5 kHz) operation. The channel speed is software selectable in banks of either two or three channels. Data integrity, even when all channels are set in high speed mode is assured with the use of 256 word FIFOs on all RX and TX channels
All of the DNA-429-5xx series boards are fully supported by UEI’s wide variety of software drivers and programming tools.
|Board/layer||Input channels SE/Diff||Bits||Max samplerate per channel||Max samplerate per board||Simultaneous sampling||Input range||Number of ranges||Comments|
|DNx-AI-205||4 Diff||18||250 ksps||1000 ksps||Yes||±100V to ±0.10V||4||2 DIO per channel|
|DNx-AI-211||4 Diff||24||125 ksps||500 ksps||Yes||+25V to -13V||4||ICP/IEPE|
|DNx-AI-217||16 Diff||24||120 ksps||480 ksps||Yes||±0.156V to ±10V||7|
|DNx-AI-217-803||16 Diff||24||30 ksps||480 ksps||Yes||±0.156V to ±10V||7||512 tap FIR, minimum cutoff 1Hz|
|DNx-AI-218||8 Diff||24||120 ksps||480 ksps||Yes||±0.156V to ±10V||7||8 DIO bits|
|DNx-AI-224||4 Diff||18||100 ksps||400 ksps||Yes||±10V||With excitation|
|DNx-AI-225||25 Diff||24||1 ksps||25 ksps||Yes||±1.25V||Direct inputs for thermocouples|
|DNx-AI-225-801||25 Diff||24||1 ksps||25 ksps||Yes||±1.25V||150 Hz LPF|
|DNx-AI-228-300||8 Diff||24||120 ksps||480 ksps||Yes||±5V to ±300V||7||300V|
Wireless Communication Boards
Add a DNA-CAR-550 to your 300 or 600 cube and a third party mini-card WiFi or GSM/CDMA or GPS card to connect your cube to a wireless network or simply receive GPS. Add a DNA-IRIG-650 to your cube to transmit and receive IRIG A/B/E/G. Add a DNA-GPS to your DNA chassis to get GPS information under PowerDNA, UEILogger and UEIPAC.
|Wireless protocol||Part number||Type||Number of channels||Transfer rate||Notes|
|GSM, CDMA, WiFi||DNA-CAR-550-300||PCIe mini compatible||1||-||For GigE UEIPAC chassis|
|GSM, CDMA, WiFi||DNA-CAR-550-600||PCIe mini compatible||1||-||For GigE UEIPAC chassis|
|GPS receiver and IRIG I/O||DNx-IRIG-650||Passive or active antenna||1||-||Time derived from GPS/IRIG string|
|GPS receiver module||DNA-GPS||Garmin 16 series||1||1PPS|
When configuring an I/O Cube, users can choose from these layers to add the ability to generate voltages to power external devices locally. Three models with different voltage levels (±15V, +24V and ±45V) suit most industrial application requirements.
These models offer an isolated DC/DC converter, overload protection, overtemperature shutdown, and a software controlled on/off switch.