PC Measurement for Laboratory & Industry

Transcription

1 NEW! Isolated Channels Modular Systems User Adjustment Modern FPGA Design Factory Calibration Guaranteed Reliability Made in Germany PC Measurement for Laboratory & Industry alldaq.com

2 Isolated Multi-Function Data Acquisition Board ADQ-300 Series Isolated multi-function board up to 32 analog inputs, 4 analog outputs, 32 digital I/Os, counter Ideal for universal use in industry and laboratory. The new ALLDAQ CompactPCI multi I/O boards of the ADQ-300 series are ideal for fail-safe measurements in industrial environments due to their optional isolation. Common to all models is the simultaneous 18 bit analog input section with 16 or 32 differential input channels, sampling between 200 ks/s and 800 ks/s depending on the number of channels used. The input ranges of ±10.24 V, ±5.12 V, V, V offer the best accuracy. The 16 bit analog output section with up to 4 channels can output values singularly or timer-controlled with up to 500 ks/s per channel. Beside the standard sine, rectangular, triangular and ramp signals it is also possible to generate arbitrary waveforms e. g. for hardware in the loop (HiL) applications. Of the 32 digital I/Os on the ADQ-340 models, one 8 bit port each is available as an isolated input or output port. The isolated outputs can drive up to 600 ma. 12 V and 5 V output for external wiring 18 bit AI up to 800 ks/s, 16 or 32 channels 16 bit AO up to 500 ks/s, max. 4 channels 16 TTL digital I/Os, or... Opt. 8 isolated digital inputs Opt. 8 isolated digital outputs 32 bit counter, I 2 C bus, incremental encoder Frequency measurement, PWM output Connectivity options 2 x 68-pin VHDCI cable HDMI cable ADQ-SCU Signal conditioning ADQ-TB-300-HUT Special terminal block for the ADQ-300 series. 8 analog inputs and 4 analog outputs can be attached via BNC female connectors. All the other signals by 14 x 10-pin clamps of Phoenix type. The connection to the board is made by two 68-pin VHDCI and one HDMI connector. The ADQ-SCU signal conditioning unit was developed to optimally adapt a large number of analog and digital inputs/outputs to the requirements of a complex, automated test system. The signals are acquired and generated synchronously via the ADQ-344 multifunction measurement and control board, which also controls the ADQ- SCU via I 2 C bus. 2 ALLDAQ - Your partner for measurement and automation.

3 Isolated Multi-Function Data Acquisition Board Features NEW! 16/32 differential 18 bit voltage inputs up to 800 ks/s Input ranges: ±10.24 V, ±5.12 V, V, V (0-20 ma on request) Isolation voltage AI section ADQ-34x: 1500 VDC (60 s) 2/4 16 bit voltage outputs (±10.24 V) up to 500 ks/s Isolation voltage AO section ADQ-34x: 1500 VDC (60 s) 16/32 TTL DIOs (3.3 V/5 V), max. 20 ma per output ADQ-34x: 8 isolated digital inputs (high: V) ADQ-34x: 8 isolated digital outputs up to 600 ma/output Isolation voltage DIO section ADQ-34x: 500 VAC Special functions: 32 bit counter, I 2 C bus port, incremental encoder port, frequency measurement for rectangular signals, PWM output for rectangular signals with adjustable duty factor 16 TTL digital I/Os (3.3 V/5 V) Supported by a wide range of programming environments. See page 20 for details. Ordering info / Accessories Name Art. No. Description Not-isolated models (ADQ-330 series) ADQ-331-cPCI CompactPCI multi-function board with 16 diff. 18 bit AIs, 32 TTL digital I/Os, 32 bit counter, I 2 C bus, incremental encoder, frequency measurement, PWM output ADQ-332-cPCI CompactPCI multi-function board with 16 diff. 18 bit AIs, 2 x 16 bit AOs, 32 TTL digital I/Os, 32 bit counter, I 2 C bus, incremental encoder, frequency measurement, PWM output ADQ-334-cPCI CompactPCI multi-function board with 32 diff. 18 bit AIs, 4 x 16 bit AOs, 32 TTL digital I/Os, 32 bit counter, I 2 C bus, incremental encoder, frequency measurement, PWM output Isolated models (ADQ-340 series) ADQ-341-cPCI CompactPCI multi-function board with 16 diff. 18 bit AIs isolated, 16 TTL digital I/Os, 8 isolated DIs, 8 isolated DOs, 32 bit counter, I 2 C bus, incremental encoder, frequency measurement, PWM output ADQ-342-cPCI CompactPCI multi-function board with 16 diff. 18 bit AIs isolated, 2 x 16 bit AOs isolated, 16 TTL digital I/Os, 8 isolated DIs, 8 isolated DOs, 32 bit counter, I 2 C bus, incremental encoder, frequency measurement, PWM output ADQ-344-cPCI CompactPCI multi-function board with 32 diff. 18 bit AIs isolated, 4 x 16 bit AOs isolated, 16 TTL digital I/Os, 8 isolated DIs, 8 isolated DOs, 32 bit counter, I 2 C bus, incremental encoder, frequency measurement, PWM output Suitable accessory ADQ-TB-300-HUT Special terminal block for ADQ-300 series ADQ-CR-VHDCI-68M/68M-1,2m Double-shielded round cable from 68-pin VHDCI male connector to 68-pin VHDCI male connector, 1.2 m ADQ-CR-VHDCI-68M/68M-1,8m Double-shielded round cable from 68-pin VHDCI male connector to 68-pin VHDCI male connector, 1.8 m ADQ-CR-HDMI-MM-1m HDMI cable (all lines 1:1 fed through), black, shielded, gold-plated contacts (1 m) Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 3

4 Isolated Multi-Function Data Acquisition Board ADQ-300 Series (continued) Specifications ADQ-331 (Art. no ) ADQ-332 (Art. no ) ADQ-334 (Art. no ) ADQ-341 (Art. no ) ADQ-342 (Art. no ) ADQ-344 (Art. no ) Analog inputs Number of channels 16 differential 16 differential 32 differential 16 differential 16 differential 32 differential Resolution 18 bit 18 bit 18 bit 18 bit 18 bit 18 bit Sampling rate 200 ks/s up to 800 ks/s synchronously (1 channel: 800 ks/s, 2 channels: 550 ks/s, 8 channels: 200 ks/s) * Input ranges ±10,24 V, ±5,12 V, 0..10,24 V, 0..5,12 V (0-20 ma auf Anfrage) Input impedance 100 MΩ 680 pf Common mode rejection typ. 128 db between adjacent channels Isolation AI section 1500 VDC (60 s) to PC ground Analog outputs Number of channels 2 channels 4 channels 2 channels 4 channels Resolution 16 bit 16 bit 16 bit 16 bit Output rate, range 500 ks/s synchronously, ±10.24 V 500 ks/s synchronously, ±10.24 V Output current ±10 ma per output ±10 ma per output Isolation AO section 1500 VDC (60 s) to PC ground Digital inputs/outputs TTL I/Os 32 TTL DIOs (3.3 V or 5 V switchable) 16 TTL DIOs (3.3 V or 5 V switchable) Output current TTL I/Os 20 ma per TTL output 20 ma per TTL output Isolated digital inputs 8 isolated digital inputs (high: V) Isolated digital outputs 8 isolated digital outputs, up to 600 ma per output Isolation DI & DO section 500 VAC to PC ground Interrupt Possibility for interrupt generation on bit-change at input ports Streaming mode Streaming mode for continuous input/output on all DIO ports up to 10 khz ** Miscellaneous Special functions via HDMI connector 32 bit counter, I 2 C bus port, incremental encoder port, frequency measurement for rectangular signals, PWM output for rectangular signals with adjustable duty factor PC interface cpci: 32 bit, 33 MHz CompactPCI Rev. 2.2 External trigger one ext. trigger input per AI module (8 channels) and one ext. trigger input per analog output *** Ext. power supply 12 V (2 A max.) and 5 V (3 A max.) for field wiring, via 3-pin Phoenix type clamp, short-circuit-proof Environment operating temperature: C; operating air humidity: 20%..55% (non-condensing) Connectors 2 x 68-pin VHDCI female connectors; HDMI connector, 3-pin Phoenix type connector Dimensions cpci models: 3 U high / 4 HP wide (without mounting bracket and connector) * Sample rate depends on number of actively used channels per channel group (AI module), one channel group consists of 8 channels **Depending on operation system and PC configuration. ***Isolated on ADQ-34x models. Software support (see also page 20) Driver for Windows 10, 8.1, 8, 7, Vista SP2 (32/64 bit) API with an unique programming logic Software Developer Kit (SDK) with examples for C++, C#, Visual Basic, Delphi/Pascal and Python included ALLDAQ-Manager Utility software gives you a quick overview of the parameters of the ALLDAQ driver system and offers a direct access to the SDK, software tools and help files Software support for third party vendors on request! LabVIEW VIs For LabVIEW users we provide a library with virtual instruments (VIs) for easy access to your ALLDAQ hardware. MATLAB support An adapted MATLAB interface for the ALLDAQ hardware with examples and a help file is included with the ALLDAQ SDK. 4 ALLDAQ - Your partner for measurement and automation.

5 Isolated Multi-Function Data Acquisition Board ADQ-340 Series ST2 AI-Modul x Block diagram AI_0..7 AI_8..15 AI_0+ AI_0- GND_AI S&H MUX 8:1 A D Value FIFO Timer Control logic AI_ AI_7+ AI_ AI_7- S&H Ext. AI-Trigger AO_0..3 Ext. AO-Trigger 2 x 64-pin VHDCI female connectors (ST2A/B) TRIG_AI_0..3 TRIG_AI_GND A0-Modul y AO_y+ AO_y- GND_AO TRIG_AO_0..3 TRIG_AO_GND Isolation D A Value FIFO Trigger logic Timer Control logic Trigger logic Isolation V_EXT_DI DI_0..7 DI_0 7 GND_DI Digital filter Bit-pattern match Bit-pattern change Isolation Control and interrupt logic DO_0..7 V_EXT_DO DO_0 7 Temperature monitoring Bit-pattern output GND_DO Current limitation per channel DIO_C7..0 DIO_D7..0 ST4 25 pin D-Sub female ST5 IDC connector DIO_C7 0 DIO_D V / +5 V Level switching TTL I/Os (2 x 8 bit ports) Bit-pattern match Bit-pattern change Bit-pattern output Interrupt VCC_OUT_12V ST1 ST3 HDMI connector I/Os Special functions* Address-/ data bus F2 VCC_OUT_5V F1 Phoenix type connector CompactPCI interface / PCI-Express interface Molex connector (+5V / +12V for PCIe) * Special functions: 32 bit counter, I 2 C bus port, incremental encoder port, frequency measurement and PWM output Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 5

6 50 A Current Measurement Board ADQ channel current measurement board for CompactPCI bus for dynamically measuring currents up to 50 A Dynamic current measurement from a few µa up to 50 A using precision Isabellenhütte shunts 2 differential current measurement channels with isolation Isolation voltage: 700 VDC/VAC RMS (channel to channel and channel to PC ground) High 20 khz bandwidth for current measurement (square wave) Two 18 bit ADCs for up to 1.6 MS/s synchronous sample rate Current ranges: ±25 ma (10 Ω shunt), ±50 A (5 mω shunt) Non-interrupting switching between the ranges Interrupt on exceeding the ±25 ma threshold Short-term overload protection Timer-controlled acquisition Start/stop trigger: software, ext. digital trigger Two TTL trigger inputs (RP-SMA female connectors) (CompactPCI Serial in preparation) Precise and dynamic current measurement up to 50 A The ADQ-412 CompactPCI board serves as PC based current measurement up to 50 A. 2 isolated analog input channels with current measurement ranges of ±25 ma and ±50 A are provided. The relay controlled change-over between both shunts (10 Ω / 5 mω) is handled by the application without interrupting the circuit of the device under test. A hardware comparator automatically switches to the 50 A range as soon as the 25 ma range is exceeded by more than 12.5%. This protection mechanism works independently from the operating system and application software. An appropriate interrupt event is generated and can be interpreted by the application. Application-specific adjustment TRIG_A AI_0+ Load Field wiring AI_0- TRIG_B AI_1+ Field adjustment of the ADQ-412 AI_1-6 All analog ALLDAQ measurement boards can be user-adjusted in order to take the field wiring into consideration. Depending on the application, specific correction offsets can be stored into an EEPROM on the board in addition to the values of the factory adjustment. You can switch between factory and user adjustment at any time using the ALLDAQ-Manager. ALLDAQ - Your partner for measurement and automation. Including 2 coaxial adapters from RP-SMA male to BNC female as well as 2 x Phoenix type high current clamps for wire gauges up to AWG 6.

7 50 A Current Measurement Board Whitepaper Block diagram "Dynamic Current Measurement with a Current Measurement Board" Isolation ADQ-412 Check out and download whitepaper under: F1 AI_0+ AI_0- GND_AI_0 R S1 10Ω R S2 5mΩ A D Timer Value FIFO Control logic AI_1+ F2 AI_1- R S3 10Ω R S4 5mΩ A D Software support GND_AI_1 TRIG_A TRIG_B Trigger logic Supported by a wide range of programming environments. See page 20 for details. CompactPCI interface Interrupt Address-/ data bus Block diagram ADQ-412 Specifications Current measurement channels Isolation ADC Bandwidth Signal-noise-ratio (SNR) Total accuracy Trigger modes Trigger inputs Operating temperature Power consumption board Dimensions Ordering info / Accessories Name Art. No. Description ADQ differential, ranges: ±25 ma (10 Ω shunt), ±50 A (5 mω shunt) isolated up to 700 VDC, 700 VAC (60 Hz) (channel to channel and to PC ground) 1.6 MHz, 18 bit, synchronous sampling of both channels 20 khz (rectangular) < -100 db ±25 ma range: typ % at full-scale ±50 A range: typ % at full-scale Start-/stop trigger by software or external trigger inputs 2 x 5 V TTL trigger inputs with Schmitt-trigger characteristic (RP-SMA female connectors) C (reasonable air circulation must be guaranteed) +3.3 V: typ. 125 ma; +12 V: max. 625 ma 3 U CompactPCI board, 8 HP wide Connectors Current measurement channels: 2-pin Phoenix type clamps for wire gauges up to AWG 6 Trigger inputs: RP-SMA female connectors (Reverse Polarity SMA) ADQ-412-cPCI CompactPCI current measurement board with 2 potential-free analog inputs for current up to 50 A ADQ-412-cPCIS CompactPCI Serial current measurement board with 2 potential-free analog inputs for current up to 50 A Suitable accessory ADQ-AP-RP-SMAM-BNCF Coaxial adapter from RP-SMA male connector to BNC female connector (2 pieces included) Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 7

8 Multi I/O Data Acquisition Boards ADQ-210 Series 16 bit multi I/O board series with 16 analog inputs up to 500 ks/s, 32 TTL digital I/Os, 3 x 16 bit counter ADQ-212/215: 16 differential analog inputs 500 ks/s total sample rate, 16 bit ADC Input voltage range: ±20 V or ±50 V Programmable channel list: 16 entries Start/stop trigger: software, ext. digital trigger Two bi-directional 8 bit digital I/O ports, can be used via an adapter cable with mounting bracket (incl.) Voltage level of the digital I/Os switchable between 3.3 V and 5 V (TTL compatible) 3 x 16 bit counter (type: 8254), 6 modes programmable External clock source for counter: max. 10 MHz Voltage measurement up to ±50 V The analog input channels of the ADQ-210 series are sequentially sampled at max. 500 ks/s according to the channel list. I. e. when acquiring all channels the maximum sample rate per channel is: 500 ks/s / 16 channels = 31,25 ks/s. Bandwidth and input impedance depend on model (see table). The boards of the ADQ-210 series are allround multi I/O boards. The ADQ-215 is especially for high-precision voltage measurement up to ±50 V. ADQ-212 ADQ-215 Channels 16 differential 16 differential Bandwidth (rectangular) 3 khz 2 khz Resolution 16 bit 16 bit Total sample rate 500 ks/s 500 ks/s Input range U AI ±20 V ±50 V Input impedance 20 MΩ 80 MΩ You need a modified analog frontend? Do you need an individually dimensioned filter unit or a modified input voltage range according to your requirements? The analog inputs of the ADQ-210 series are designed so that modifications can be carried out economically starting at small quantities. Ask our measurement experts! Software support Supported by a wide range of programming environments. See page 20 for details. 8 ALLDAQ - Your partner for measurement and automation. * Depending on model.

9 Multi I/O Data Acquisition Boards Differential inputs Block diagram Ideally a differential input measures only the potential difference between the positive and negative input. Common mode errors are suppressed effectively. This is particularly advantageous to acquire signals without common ground reference, to avoid ground loops and noisy environments in general. Regarding the absolute value of the potential difference between the negative and positive input of a channel it may be 20 V max. on the ADQ-212 and 50 V max. on the ADQ-215. Hardware Sequencer 16 differential analog inputs Counter (3 x 16 bit) Interrupt input DIO port A DIO port B DIO port C DIO port D IDC connector 78-pin D-Sub female connector AI_0+ AI_0 AI_15+ AI_15 TRIG_AI CLK_2 0 GATE_2 0 OUT_2 0 EXT_ DIO_A7 0 DIO_B7 0 DIO_C7 0 DIO_D7 0 VCC_OUT (+5 V) CLK_0* Open Collector* +3,3 V / +5 V Level switching MUX A D Counter (3 x 16 bit) TTL-I/Os (2 x 8 bit ports) TTL-I/Os (2 x 8 bit ports) Value FIFO ADQ-212/215 Interrupt Timer Mux control Trigger logic Counter configuration Control and interrupt logic Control and interrupt logic Address-/ data bus CompactPCI interface * Depending on the application we recommend to apply a reference resistor R R to avoid floating of the channel. Block diagram ADQ-210 series Ordering info / Accessories ADQ-21x incl. adapter cable to additional mounting bracket for 16 TTL DIOs Shielded connection cable (see ordering infos) 25-pin terminal block (111752) 78-pin terminal block (111754) Bundles incl. terminal block and cable Name Art. No. Description ADQ-212-cPCI CompactPCI multi I/O board, 16 bit ADC up to 500 khz, 16 differential analog inputs (±20 V), 32 bi-directional TTL digital I/Os (level switchable: 3,3V/5V), counter (type: 8254) ADQ-215-cPCI CompactPCI multi I/O board, 16 bit ADC up to 500 khz, 16 differential analog inputs (±50 V), 32 bi-directional TTL digital I/Os (level switchable: 3,3V/5V), counter (type: 8254) Suitable accessory ADQ-CR-D25M-D25F-1,8m Cable shielded from 25-pin D-Sub male connector to 25-pin D-Sub-D female connector, length: 1.8 m ADQ-CR-D78M-D78F-1,5m Cable shielded from 78-pin D-Sub male connector to 78-pin D-Sub female connector, length: 1.5 m ADQ-TB-D25M-HUT Terminal block for DIN rail mounting with 25-pin D-Sub male connector to Phoenix type clamps ADQ-TB-D78M-HUT Terminal block for DIN rail mounting with 78-pin D-Sub male connector to Phoenix type clamps Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 9

10 Isolated 8-Channel Voltage Measurement Boards ADQ-250 Series Isolated 8-channel voltage measurement board, high-precision A/D conversion up to 2 MS/s, 8 digital I/Os TOP! 8 isolated, full differential voltage inputs Isolation voltage: 700 V (channel to channel / channel to PC) 16 or 18 bit ADC per channel for synchronous sampling up to 2 MS/s (depending on model) Input voltage range: ±10.24 V, opt.: ±102.4 V ("E" versions) Digital I/O port (8 bit) via HDMI connector 2 isolated trigger inputs for A/D section Monitoring of the digital inputs on bit change with interrupt generation ±102.4 V inputs optional! Ideal for highspeed data-logging and audio signal analysis The measurement boards of the ALLDAQ ADQ-250 series are CompactPCI or PCI-Express boards for high-precision and fast voltage measurements in industry and laboratory environments. Through the isolated voltage inputs and with full differential sampling parasitic effects like ground loops and common mode errors can be largely rejected. The input voltage range covers ±10.24 V for measuring the full ±10 V range. An input voltage range of ±102.4 V is optional. Due to the high A/D converter resolution of 16 or 18 bit (depending on model) a very high accuracy is achieved without the need of switching between several measurement ranges. The 8 analog channels are electrically isolated up to 700 V RMS between each other and towards PC ground. ADQ-255 ADQ-256 ADQ-258 Channels 8 differential 8 differential 8 differential Resolution 16 bit 16 bit 18 bit Sample rate 250 ks/s 2 MS/s 1.6 MS/s Bandwidth 50 khz (0 db) 280 khz (-3 db) 280 khz (-3 db) Signal noise ratio 91.7 db FS, RMS 91.7 db FS, RMS db FS, RMS Input range ±10.24 V ±10.24 V ±10.24 V Input impedance R i > 100 MΩ, typ. 240 MΩ, C i = 4 pf Expanded measurement uncertainty 1) ±0.332 mv ±0.376 mv ±0.353 mv Application example The cells of a high voltage battery (e. g. 600 V) for electric mobility is to be measured. A connection as reference between battery ground and PC ground is made. For example if you are measuring the "upper battery" cells you must remember, that the relatively high voltage potential U B should not exceed U ISO. Independently of this the measurement voltage U M should not exceed the specified range of ±10.24 V (standard) resp. ±102.4 V (E versions). Software support Isolation voltage = 700 V RMS Supported by a wide range of programming environments. See page 20 for details. 10 ALLDAQ - Your partner for measurement and automation. 1) Expanded measurement uncertainty at 10 V (coverage factor k = 2)

11 Isolated 8-Channel Voltage Measurement Boards Connectivity options Block diagram On the special terminal block for the ADQ-250 series the analog inputs can be either connected via BNC female connectors or Phoenix type clamps. The digital I/Os, trigger inputs and auxiliary power are connected via two 10-pin Phoenix type clamps. ST1 AI_0+ AI_0- A D ADQ-250 Timer AI_0..7 Isolation Value FIFO Control logic ST8 AI_7+ AI_7- A D Wiring example with MMCX coaxial cable and special terminal block Isolation TRIG_A Ext. Trigger TRIG_B Trigger logic DIO_7..0 HDMI connector ST9 GND_TRIG DIO_7 0 VCC_OUT (+5 V) TTL-I/Os (1 x 8 bit Port) Interrupt Bit change Address-/ data bus Molex connector (+5V / +12V for PCIe) CompactPCI interface / PCI-Express interface Ordering info / Accessories Block diagram ADQ-250 series cpci- or PCIe board of the ADQ-250 series Special terminal block (ADQ-TB-COAX-HDMI-HUT) coaxial cables from MMCX male connector to MMCX male connector or BNC male connector, length: 1 m HDMI cable to connect the digital-i/ Os and trigger signals with the terminal block Bundles incl. special terminal block and cable set Name Art. No. Description ADQ-255-cPCI CompactPCI measurement board with 8 isolated voltage inputs, 16 bit 250 ks/s ADCs, 2 ext. trigger inputs, 8 TTL DIOs ADQ-256-cPCI CompactPCI measurement board with 8 isolated voltage inputs, 16 bit 2 MS/s ADCs, 2 ext. trigger inputs, 8 TTL DIOs ADQ-258-cPCI CompactPCI measurement board with 8 isolated voltage inputs, 18 bit 1.6 MS/s ADCs, 2 ext. trigger inputs, 8 TTL DIOs ADQ-255-PCIe PCI-Express measurement board with 8 isolated voltage inputs, 16 bit 250 ks/s ADCs, 2 ext. trigger inputs, 8 TTL DIOs ADQ-256-PCIe PCI-Express measurement board with 8 isolated voltage inputs, 16 bit 2 MS/s ADCs, 2 ext. trigger inputs, 8 TTL DIOs ADQ-258-PCIe PCI-Express measurement board with 8 isolated voltage inputs, 18 bit 1.6 MS/s ADCs, 2 ext. trigger inputs, 8 TTL DIOs Suitable accessory ADQ-TB-COAX-HDMI-HUT Special terminal block for ADQ-250 series and ADQ-610 series, analog inputs can be either connected via 8 BNC female connectors or Phoenix type clamps, digital I/Os, trigger inputs and auxiliary power via two 10-pin Phoenix type clamps ADQ-CR-MMCXM-MMCXM-8x-1m x Coaxial cable from MMCX male connector to MMCX male connector (1 m) ADQ-CR-MMCXM-BNCM-8x-1m x Coaxial cable from MMCX male connector to BNC male connector (1 m) ADQ-HDMI-MM-1m HDMI cable (all lines 1:1 fed through), black, shielded, gold-plated contacts (1 m) Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 11

12 Isolated 8-Channel Voltage Output Boards ADQ-610 Series Isolated 8-channel voltage output board, high-precision voltage output up to 500 ks/s, digital I/Os TOP! 8 or 4 isolated channels for voltage output Output voltage range: ±10 V Output rate: 500 ks/s synchronously Independent 16 bit DAC per analog output Isolation voltage: 700 V (channel to channel / channel to PC) 8 external trigger inputs, one per analog output 8 bit digital I/O port (5V TTL level) via HDMI connector Monitoring of the digital inputs on bit change with interrupt generation Ideal as audio signal generator and for Hardware-in-the-Loop (HiL) simulations The D/A converter boards of the ALLDAQ ADQ-610 series are for high-precision voltage output, e. g. for testing of embedded systems in the context of hardware in the loop (HiL) simulations or for generating audio signals. Models for CompactPCI, CompactPCI Serial (in preparation) and PCI-Express (in preparation) are available. Boards with either 4 or 8 analog outputs are available, which are electrically isolated up to 700 V RMS between each other and towards PC ground. Each channel is equipped with a 500 khz 16 bit D/A converter. The output voltage range covers ±10 V and by default the channels output a 0 V level after power-up. All channels can be started independently or synchronously by software or an external trigger signal. The values can be output individually or timer-controlled. Each analog channel has its corresponding external digital trigger input, which is isolated towards PC ground and to the analog channels. Because of the high isolation voltage of 700 V RMS a series connection of the voltage outputs is possible. This means you can precisely output up to 80 V by cascading all the eight channels. The bi-directional 8 bit digital I/O port and the 8 trigger inputs can be attached via the HDMI connector on the front panel. If the digital port is configured as input, the inputs can be monitored on bit-pattern change and can generate an interrupt. ADQ-614 ADQ-618 Channels 4 voltage outputs 8 voltage outputs Resolution Output rate Total Harmonic Distortion (THD) 16 bit 500 ks/s at 10 V pp, f = 100 khz (sine): -96 db Settling time 0.9 µs Output voltage ±10 V Output current ±15 ma per output Capacitive load max. 1 nf Total accuracy ±2 LSB (±0.6 mv) Software support Supported by a wide range of programming environments. See page 20 for details. 12 ALLDAQ - Your partner for measurement and automation.

13 Isolated 8-Channel Voltage Output Boards Signal generation Block diagram ADQ-614/618 ST1 AO_0+ AO_0- D A Value FIFO Timer & Control logic AO_0..7 Isolation ST8 AO_7+ AO_7- D A Value FIFO Timer & Control logic Isolation TRIG_AO0 Ext. Trigger TRIG_AO7 Trigger logic Utility software for comfortable signal generation with the ADQ-610 The waveforms which are pre-defined in the utility software: Rectangular Sine Triangular Saw tooth rising/falling Sinc function Sine with phase control Sinusoid modulated rectangular Sweep signal NRZ-coded signal DIO_7..0 HDMI connector ST9 GND_TRIG DIO_7 0 VCC_OUT (+5 V) TTL-I/Os (1 x 8 bit Port) Interrupt Bit-change CompactPCI (Serial) interface / PCI-Express interface Block diagram ADQ-610 series Address-/ data bus Molex connector (+5V / +12V for PCIe) If necessary, all standard signal types can be superimposed either by Gaussian noise or White noise. In addition, an arbitrary signal can be imported via CSV file. Ordering info / Accessories cpci board of the ADQ-610 series Special terminal block for ADQ-610 series (ADQ-TB-COAX-HDMI-HUT) 8 coaxial cables from MMCX male connector to MMCX male connector or BNC male connector, length: 1 m HDMI cable to connect the digital-i/ Os and trigger signals with the terminal block Bundles incl. special terminal block and cable set Name Art. No. Description ADQ-614-cPCI CompactPCI analog output board with 4 isolated voltage outputs, range: ±10 V, 16 bit DAC up to 500 ks/s, ext. trigger, 8 digital-i/os ADQ-618-cPCI CompactPCI analog output board with 8 isolated voltage outputs, range: ±10 V, 16 bit DAC up to 500 ks/s, ext. trigger, 8 digital-i/os Suitable accessory ADQ-TB-COAX-HDMI-HUT Special terminal block for ADQ-250 series and ADQ-610 series, analog inputs can be either connected via 8 BNC female connectors or Phoenix type clamps, digital I/Os, trigger inputs and auxiliary power via 10-pin Phoenix type clamps ADQ-CR-MMCXM-MMCXM-8x-1m x Coaxial cable from MMCX male connector to MMCX male connector (1 m) ADQ-CR-MMCXM-BNCM-8x-1m x Coaxial cable from MMCX male connector to BNC male connector (1 m) ADQ-HDMI-MM-1m HDMI cable (all lines 1:1 fed through), black, shielded, gold-plated contacts (1 m) Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 13

14 Opto-isolated Digital I/O Boards ADQ-10 Series Industrial digital I/O board for CompactPCI or PCI-Express with 16 isolated digital inputs, 16 isolated digital outputs up to 0.7 A/channel, 16 bi-directional TTL digital I/Os 16 opto-isolated digital inputs (2 x 8 bit) Input high level: V Over-voltage protection for voltages >45 V Isolated input ports with the ability to generate an interrupt on bit change or bit match 16 opto-isolated digital outputs (2 x 8 bit) Output current: max. 0.7 A per channel with current limitation, channels can be connected in parallel Software streaming for digital inputs/outputs External power supply for isolated outputs ( V) Isolation voltage 1000 VAC RMS 16 bi-directional TTL digital I/Os (2 x 8 bit), can be used via an adapter cable with mounting bracket (incl.) Perfect for automation The ALLDAQ ADQ-10 is a digital I/O board for use in industrial automation and control. Models are available for either Compact- PCI or the standard PCI Express bus (x1). The board offers 16 optoisolated digital inputs and 16 opto-isolated digital outputs with an isolation voltage of up to 1 kv. Via an adapter cable with mounting bracket further 16 TTL digital I/Os can be used. The streaming operation enables the continuous input or output of a bit-pattern stream with up to 10 ks/s. Opto-isolated outputs Opto-isolated inputs Current limitation per channel Temperature monitoring per port The 16 opto-isolated inputs are fitted with over-voltage protection diodes protecting from input voltages > 45 V. All inputs can be monitored on bit change or bit match and can be used to generate an interrupt event. The source drivers of the 16 opto-isolated outputs can drive up the 0.7 A per channel in continuous operation. To increase the output current, it is possible to connect the outputs in parallel. Commonly the outputs can drive up to 11.2 A. This implies that no external drivers are necessary for many applications. The output voltage range is V to control programmable logic controllers (PLC) according to IEC The output buffers come with a thermal overload protection, current limitation, short-circuit protection and an under-voltage monitoring. For powering the outputs an external power supply with sufficient power is required (not included). 14 ALLDAQ - Your partner for measurement and automation.

15 Opto-isolated Digital I/O Boards Software streaming Block diagram Software controlled streaming of up to 10 ks/s Continuous reading of digital inputs Continuous writing a bit-pattern stream DI Port A DI_A7 0 GND_DI Opto isolated up to 1kV 8 bit digital input Bit-pattern match Bit-pattern change ADQ-10 Isolated inputs with interrupt On demand the two isolated input ports can be monitored on bit change or bit match and evaluated as interrupt event. b7 Digital input port b0 Reference bit-pattern Bit match == b7 Digital input port Bit mask Bit mask b0 Bit change DI Port B DO Port C DO Port D DIO Port E DIO Port F IDC connector 37-pin D-Sub female connector DI_B7 0 GND_DI VCC_EXT DO_C7 0 GND_DO VCC_EXT DO_D7 0 GND_DO DIO_E7 0 DIO_F7 0 VCC_OUT (+5 V) 8 bit digital input Bit-pattern match Bit-pattern change Temperature monitoring Temperature monitoring TTL-I/Os (2 x 8 bit ports) Current limitation per channel Current limitation per channel Interrupt CompactPCI / PCI Express interface Block diagram ADQ-10 series Control and interrupt logic Address-/ data bus Molex connector (+5V for PCI Express) Ordering info / Accessories ADQ-10-cPCI (Art.-No ) or ADQ-10-PCIe (Art.-No ) with adapter cable to mounting bracket Shielded cables (see ordering info) 25-pin terminal block (111752) 37-pin terminal block (111753) Bundles incl. terminal block and cable Name Art. No. Description Bundle Offerings ** ADQ-10-cPCI-Bundle cpci bundle: ADQ-10-cPCI (107163) incl. cable (111753) and 37-pin terminal block (111750) ADQ-10-PCIe-Bundle PCIe bundle: ADQ-10-PCIe (107162) incl. cable (111753) and 37-pin terminal block (111750) Models ADQ-10-cPCI cpci digital I/O board, 16 isolated DI, 16 isolated DO, 16 TTL DIOs ADQ-10-PCIe PCIe digital I/O board, 16 isolated DI, 16 isolated DO, 16 TTL DIOs Accessories ADQ-CR-D25M-D25F-1,8m Cable shielded from 25-pin D-Sub male connector to 25-pin D-Sub-D female connector, 1.8 m ADQ-CR-D37M-D37F-2m Cable shielded from 37-pin D-Sub male connector to 37-pin D-Sub female connector, length: 2 m ADQ-TB-D25M-HUT Terminal block for DIN rail mounting with 25-pin D-Sub male connector to Phoenix type clamps ADQ-TB-D37M-HUT Terminal block for DIN rail mounting with 37-pin D-Sub male connector to Phoenix type clamps Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 15

16 Isolated Digital I/O and Relay Boards ADQ-22/23 Series Industrial digital I/O boards for CompactPCI Serial or PCI-Express with isolated digital inputs with filter, isolated digital outputs with power drivers, 8 TTL digital I/Os and opt. SPDT relays CompactPCI Serial and PCI-Express models available Inputs with Schmitt trigger characteristic according to IEC (type 1). Max. input voltage: 35 V. Inputs with interrupt function and status LEDs Digital filter, programmable for each input port Output current: max. 0.6 A per channel with current limitation. Channels can be connected in parallel. Extensive over-load protection with the possibility to generate an interrupt and error LED on board Software streaming for digital inputs/outputs External power supply for isolated outputs ( V) ADQ-23: 8 SPDT relays (type C), max. 35 V/1 A (DC/AC) Isolation voltage 500 VAC RMS 8 bi-directional TTL digital I/Os (1 x 8 bit) via adapter cable with additional mounting bracket (included) Well filtered and isolated The boards of the ALLDAQ ADQ-22/23 series are digital I/O boards for use in industrial automation and control. Models for CompactPCI Serial and the standard PCI Express bus (x1) are available. Besides the obligatory isolation, these boards also offer the possibility to program a digital filter per input port, e. g. for protection against bouncing. Parasitic effects between field wiring and PC are efficiently suppressed due to the electrical isolation of 500 VAC RMS. The streaming operation enables the continuous input or output of a bitpattern stream with up to 10 ks/s. I/Os in overview ADQ-22 ADQ-23 Isolated inputs 32 (2 x 16 bit) 24 (3 x 8 bit) Isolated outputs 32 (2 x 16 bit) 16 (2 x 8 bit) Bi-directional TTL I/Os 1 x 8 bit 1 x 8 bit Relays -- 8 SPDT relays (type C) Isolated outputs Isolated inputs Control and monitoring unit Digital filter Over-load protection The isolated inputs have a Schmitt trigger characteristic according to IEC (type 1) and are designed for a maximum input voltage of 35 V. All isolated inputs are paired with status LEDs and can generate an interrupt on bit change, bit match or missing external supply. The isolated outputs can drive up to 0.6 A. It is possible to increase the output current by connecting the outputs in parallel. This implies that no external driver stages are necessary for many applications. For powering the outputs an external power supply with sufficient power must be provided. The output buffers come with a thermal overload protection, current limitation, short-circuit protection and an undervoltage monitoring. 16 ALLDAQ - Your partner for measurement and automation.

17 Isolated Digital I/O and Relay Boards Block diagrams Isolated up to 500 V ADQ-22 Isolated up to 500 V ADQ-23 DI Port A DI_A15 0 GND_EXT VEXT_DI 16 bit input port Digital filter 16 bit digital input Bit-pattern match Bit-pattern change DI Port A DI_A7 0 GND_EXT VEXT_DI 8 bit input port Digital filter 8 bit digital input Bit-pattern match Bit-pattern change DI Port B DO Port C DO Port D DIO Port E IDC connector 78-pin D-Sub female connector DI_B15 0 GND_EXT VEXT_DO DO_C15 0 GND_EXT VEXT_DO DO_D15 0 GND_EXT DIO_E7 0 VCC_OUT (+5 V) Temperature monitoring Temperature monitoring TTL-I/Os (1 x 8 bit port) 16 bit input port 16 bit output port Digital filter Current limitation per channel 16 bit output port Current limitation per channel Address-/ data bus CompactPCI Serial / PCI Express interface Block diagram ADQ bit digital input Bit-pattern match Bit-pattern change Control and interrupt logic Interrupt Molex connector (+5V for PCI Express) DI Port B DI Port C DO Port E DO Port F Relay Port D DIO Port G IDC connector 78-pin D-Sub female connector DI_B7 0 GND_EXT DI_C7 0 GND_EXT VEXT_DO DO_E7 0 GND_EXT VEXT_DO DO_F7 0 GND_EXT NC_x NO_x CO_x DIO_G7 0 VCC_OUT (+5 V) Temperature monitoring Temperature monitoring TTL-I/Os (1 x 8 bit port) 8 bit input port 8 bit input port 8 bit output port Current limitation per channel 8 bit output port Digital filter Digital filter Current limitation per channel Address-/ data bus 8 bit digital input Bit-pattern match Bit-pattern change 8 bit digital input Bit-pattern match Bit-pattern change Control and interrupt logic Interrupt Molex connector (+5V for PCI Express) CompactPCI Serial / PCI Express interface Block diagram ADQ-23 Ordering info / Accessories ADQ-22-PCIe (Art.-No ) or ADQ-22-cPCIS (Art.-No ) or ADQ-23-PCIe (Art.-No ) or ADQ-23-cPCIS (Art.-No ) with adapter cable to mounting bracket Shielded cables (see ordering info) 25-pin terminal block (111752) 78-pin terminal block (111754) Bundles incl. terminal block and cable Name Art. No. Description ADQ-22-PCIe PCI Express digital I/O board, 32 isolated DIs with filter, 32 isolated DOs, 8 TTL DIOs ADQ-22-cPCIS CompactPCI Serial digital I/O board, 32 isolated DIs with filter, 32 isolated DOs, 8 TTL DIOs ADQ-23-PCIe PCIe digital I/O board, 24 isolated DIs with filter, 16 isolated DOs, 8 relays (type C), 8 TTL DIOs ADQ-23-cPCIS CompactPCI Serial digital I/O board, 24 isolated DIs with filter, 16 isolated DOs, 8 relays (type C), 8 TTL DIOs Suitable accessory ADQ-CR-D25M-D25F-1,8m Cable shielded from 25-pin D-Sub male connector to 25-pin D-Sub-D female connector, length: 1.8 m ADQ-CR-D78M-D78F-1,5m Cable shielded from 78-pin D-Sub male connector to 78-pin D-Sub female connector, length: 1.5 m ADQ-TB-D25M-HUT Terminal block for DIN rail mounting with 25-pin D-Sub male connector to Phoenix type clamps ADQ-TB-D78M-HUT Terminal block for DIN rail mounting with 78-pin D-Sub male connector to Phoenix type clamps Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 17

18 Platform for customer-specific Measuring Systems ALLDAQ Complete Systems The universal platform for customer-specific measuring systems... ALLDAQ complete systems are CompactPCI based solutions for the universal use in industry and laboratory. This measuring system is connected to the host computer via a PCI Express bus expansion. The concept is characterised by a great flexibility when choosing hardware components and can easily be integrated in various software environments. In light of product cycles always becoming shorter, a modular and open solution offers the advantage of cost-efficient adaption to new requirements in the future. Modular systems open for PXI Many analog and digital I/Os Highly configurable Isolated current and voltage measurement Ideal for industrial environments Open for PXI * Application examples End-of-line tests and quality assurance Multi-channel audio analysis of all characteristic values and audio generation Power measurement of electric motor drives Dynamic current measurement in automated function tests Isolated measurement in the area of electro-mobility, e. g. voltage measurement of battery cells within a battery unit with an high common mode component Check out and download whitepapers under: slots (each 4 HP) = 84 HP thereof up to 17 peripheral slots (each Advantages of a PCI Express bus extension Cost-effective link of the measuring hardware to your desktop or industrial PC no expensive CompactPCI CPU necessary Transparent access to the measurement hardware in the CompactPCI sub-system via an inexpensive PCI Express bus extension Reliable and fast data transfer via PCI Express Simple implementation of many isolated analog and digital channels Easy to expand, e. g. with CAN bus or RS-232/422/485 interfaces Open: CompactPCI based, i. e. open for boards from other manufacturers PXI boards can also be integrated (without support of the PXI trigger and sync lines) Example configuration 4 x ADQ-618: 32 separately isolated analog voltage outputs 2 x ADQ-412: 4 separately isolated current channels up to 50 A 4 x ADQ-255: 32 separately isolated analog voltage inputs 4 x ADQ-212: 64 differential analog voltage inputs, numerous digital I/Os, 12 counter 1 x ADQ-344: 32 isolated analog voltage inputs, 4 isolated analog voltage outputs, 16 TTL digital I/Os, 8 isolated digital inputs, 8 isolated digital outputs, 32 bit counter, incremental encoder, frequency measurement, PWM output, I 2 C port Maximum number of peripheral boards depends on the used backplane and the BIOS of the host computer. 18 ALLDAQ - Your partner for measurement and automation. *PXI boards without support of the PXI trigger and sync lines.

19 Cascading of two sub-systems Subsystem 2 with 8-slot backplane, PCIe-to-cPCI bridge and ATX power supply Subsystem 1 with 8-slot backplane, PCIe-to-cPCI bridge and ATX power supply PCIe-to-cPCI bridge in the CompactPCI sub-system PCIe x1 host adapter. Alternativly with standard or low profile mounting bracket PCIe x1 connection cable to the host. Available cable length: 1 m. alternativly: Stand-alone system with Compact PCI CPU HP) and at least 1 system slot for a CompactPCI bridge or slot CPU. The combinations... The classic PCI-Express bus extension with connection of the measuring systems via a PCIe x1 lane offers a transfer rate of 5,0 GT/s (PCIe Gen 2.0). Cascading of several sub-systems is possible. For the host adapter you can choose between a standard PCIe board for desktop computers or a low-profile PCIe board e. g. for embedded box PCs. Alternatively to the bus extension you can also use a Compact PCI (Serial) CPU board. With it you have the complete processing power exclusively available for your measurement system. All systems will be configured individually according to your needs including measurement, control and interface boards (like CAN bus). Depending on your application you can choose between compact desktop boxes in different versions and systems for 19 inch rack mounting. Depending on the housing and backplane versions with up to 17 peripherial slots (each 4 HP) are available. Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 19

20 ALLDAQ Software Support in Overview Software support overview Driver for Windows 10, 8.1, 8, 7, Vista SP2 (32/64 bit) API with an unique programming logic Software Developer Kit (SDK) with examples for C++, C#, Visual Basic, Delphi/Pascal and Python included ALLDAQ-Manager Utility software gives you a quick overview of the parameters of the ALLDAQ driver system and offers a direct access to the SDK, software tools and help files Virtual Instruments (VIs) for LabVIEW with help file MATLAB interface with examples and help file ALLDAQ Manager Information on the installed ALLDAQ hardware as overview Export of the driver configuration for archiving and support Tool for interactive illustration of the pin-assignment with the possibility to generate a PDF file Access to the user adjustment including the field wiring Convenient access to the software developer kit (SDK) for the high-level language programming with examples and simple test programs as well as to the help files Simple test programs Pin-Assignment-Tool for interactive illustration of the pin-out with the possibility to generate a PDF file ALLDAQ Manager LabVIEW VIs For LabVIEW users we provide a library with virtual instruments (VIs) for easy implementation of your ALLDAQ hardware. MATLAB support An adapted MATLAB interface for the ALLDAQ hardware with examples and a help file is included with the ALLDAQ SDK. Extensive help files Extensive help files for driver API, SDK, MATLAB, LabVIEW and Python makes the programming easy. Graphical programming with LabVIEW VIs Simple visualisation of a signal in MATLAB Help files for API, SDK, Matlab, LabVIEW and Python User adjustment All analog ALLDAQ measurement boards can be adjusted with the delivered utility software considering the field wiring. Depending on the application you can store application-specific adjustment data in addition to the factory adjustment data into an EEPROM on the board. The selection can be changed by the ALLDAQ Manager at any time. 20 ALLDAQ - Your partner for measurement and automation.

21 The ALLDAQ Driver Architecture ALLDAQ driver system installation The ALLDAQ driver system is installed with a comfortable installation routine ( optionally as 32 bit or 64 bit package). Device drivers, programs, SDK files, help files, documents and, if necessary, other software components are installed. The "Advanced" option allows you to select individual installation components e. g. Virtual Instruments (VIs) for an existing LabVIEW installation. You can reinstall or uninstall individual components at any time from the System Control Panel. The ALLDAQ Launcher automatically starts as soon as the installation is complete. You can conveniently access the ALLDAQ Manager, the software developer kit (SDK), software tools, help files and manuals with the right mouse button via the so-called system tray icon - usually in the lower right corner of the screen. ALLDAQ driver architecture The ALLDAQ driver system consists of several kernel mode device drivers and an user mode DLL, which provides the application programming interface (API). The API is exported from a common library for the different Windows platforms (32/64 bit). During installation, the libraries are copied to the respective Windows system directory. A so-called "board" represents a hardware device installed in your computer and connected via PCI (Express) bus. All boards are listed in the Windows Device Manager under "ALLDAQ Data Acquisition Devices". A board consists of one or more modules of a certain type, e.g. "Digital Input", "Digital Output", "Analog Input", "Counter" etc. Modules can always be used independently of each other. The board index is assigned by the operating system during the boot process and cannot be changed by the user. User mode High level language programming / ALLDAQ SDK C++ C-Sharp Visual Basic Delphi/Pascal Python Third party programming support ALLDAQ Tools ALLDAQ Manager ALLDAQ Trace ALLDAQ Driver API (Application Programming Interface) (32 bit: adqdevice.dll, 64 bit: adqdevice_64.dll ) Kernel mode ALLDAQ Device Driver ALLDAQ Device Driver ALLDAQ Device Driver ALLDAQ Device Driver Hardware CompactPCI / CompactPCI Serial / PCI-Express Board 0 Board 1 Board 2 Board n Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 21

22 Customer-specific Developments Hardware Modifications Based on ALLDAQ standard components we can make hardware modifications according to your requirements. This option is a good solution starting at small quantities. Just let us know what you need! Software Modifications Your ALLDAQ hardware already includes a wide range of software support, which will be extended continuously. If you need help to integrate our boards into your programming environment, you are just right with ALLDAQ. Contact our software experts for further assistance! Customer-specific Developments If you are looking for a complete new development, ALLDAQ is the competent and experienced partner at your side. Together we define the milestones from development to series production. Our professional project management gives you security. What your application of the future look like? Of course you will profit from our support and training services even after the active project phase is completed. Let us convince you! Retrofit Measurement There are a lot of reasons to modernise even very reliable working equipment. For a completely new system sometimes very extensive re-approvals are required or your software environment is no longer supported. Perhaps you want to or must migrate to a new bus system because the previously used hardware has been discontinued by the manufacturer without replacement? Our retrofit experts will assist you in any modernisation projects! Standard is good individuality is often more efficient Your requirements regarding technology and budget are our claim to find the best solution for you. Profit from the long-standing experience of our development team. Together with you we will work out a tailor-made solution in price and performance. Your ideas are our inspiration! Hardware Modifications Software Modifications Customer-specific Developments Retrofit Measurement Adaption of the input voltage and current ranges Firmware additions Drivers for particular operating systems API adaption for specific programming environments New developments OEM hardware Complete systems Re-design of components, which are no longer available on the market Modernisation of existing equipment Starting at small quantities Costs depending on extent Depending on quantity Depending on quantity 22 ALLDAQ - Your partner for measurement and automation.

23 Ideal for Industry & Audio! USB 3.0 SuperSpeed Isolator USB 3.0 up to 5 Gigabit/s ADQ-USB 3.0-ISO(-PS) NEW: Re-clocking technology! True USB 3.0 SuperSpeed transmission Up to 900 ma for USB 3.0 devices with ext. power supply Isolation voltage (data and power supply) * : 1 kvdc ADQ-USB 3.0-ISO-W Blue power LEDs at host and device side Ext. power supply alternatively 5 VDC or VDC (-W) ** USB 3.0 SuperSpeed Isolator USB 3.0 SuperSpeed Isolator for measurement, industry, automotive and audio technology Features Latest isolator technology supports SuperSpeed USB 3.0 devices up to 5 Gbit/s Re-clocking technology for all speeds Downwards compatible with USB 2.0/1.1/1.0 Isolation voltage (data and power supply) * : up to 1 kvdc continuously! ESD protection up to ±15 kv according to IEC Maximum current for USB 3.0 devices: -- Without external power supply: max. 200 ma -- With external power supply: max. 900 ma Operating temperature: -20 C..+70 C Operating system support: Windows, MAC OS and Linux Application examples Electrical isolation between measurement instruments and PC Efficient suppression of ground loops ideal for music studios and event technology Spike protection in the automotive area, e. g. for testing of control units Decoupling of different ground levels in industrial control technology Can also be used as power injector for USB devices normally powered by the USB port but which doesn t provide enough current for a reliable operation of the USB device ** * ADQ-USB 3.0-ISO(-PS): 1 kvdc continuously /1.5 kvac <60Hz (60s), ADQ-USB 3.0-ISO-W: 1.6 kvac (60 s). ** ADQ-USB 3.0-ISO-PS: 5 V power adapter included. ADQ-USB 3.0-ISO-W: External power supply must be provided. Name Art. No. Description ALLDAQ ADQ-USB 3.0-ISO-PS USB 3.0 SuperSpeed isolator up to 5 Gbit/s, ext. 5 VDC input, incl. matching 5V power adapter (ALLDAQ zbh. PA-5V1,4A-BJ), 1.5 m USB 3.0 cable double-shielded, quick start guide ALLDAQ ADQ-USB 3.0-ISO-W USB 3.0 SuperSpeed isolator up to 5 Gbit/s, ext VDC input, incl. 1.5 m USB 3.0 cable double-shielded (USB 3.0-A male connector to USB 3.0-B male connector), quick start guide Phone: +49 (0)89 / , Fax: +49 (0)89 / , info@alldaq.com 23

24 The shop for the measurement pro Customer-specific Developments as an example: audio analysis Ideal for audio analysis Audio signal analysis of various levels Individual settings of input coupling (AC/DC), digital filters, gain and attenuation Measurement and mathematical evaluation of crucial values Monitoring stage for access to all audio channels Generation of audio signals for stimulation of power amplifiers Operating power switched by relays Currents up to 100 A (12 V) switched by relays Customer-specific extensions via mezzanine boards Easy control via I 2 C bus Programming interface (API) for easy integration into your application Contact us / Sales: +49 (0) 89 / info@alldaq.com ALLDAQ a division of ALLNET GmbH Computersysteme Maistraße 2 D Germering Phone: +49 (0)89 / info@alldaq.com ALLDAQ a division of ALLNET GmbH Computersysteme. All rights reserved. ALLDAQ_24P_EN_2_0_1804 shop.alldaq.co m alldaq.com