CompactPCI Multi-I/O board, 16 bit A/D section up to 500 kHz with 16 differential analog inputs (±20V), 32 bidirectional TTL digital I/Os (level switchable: 3.3V/5V), 1 counter (type: 8254) with TTL I/O level The analog input channels of the ADQ-210 series are sampled sequentially at max. 500 kHz according to the channel list, i.e. when all channels are sampled, the maximum sampling rate per channel is: 500 kHz / 16 channels = 31.25 kHz. Bandwidth and input impedance vary depending on the model. With an input voltage range of ±50 V, the ADQ-215 model is ideal for automotive applications.     16 differential analog inputs     500 kHz 16 bit A/D converter     Input voltage ranges ±20V     Programmable channel list: 16 entries     A/D values-FIFO: 8192 values     Trigger: software, timer, ext. digital trigger (rising / falling edge)     Two bidirectional 8 bit digital I/O ports usable via adapter cable with additional slot bracket (included)     Voltage level of the digital I/Os switchable between 3.3 V and 5 V via software (TTL compatible)     3 x 16 bit counter (type: 8254), 6 modes programmable     External square wave signal for counter: max. 10 MHz Software support     Driver for Windows 10/8.1/8/7 (32/64 bit)     Programming support (SDK) with examples for C++, C#, Visual Basic, Delphi/Pascal and Python included     ALLDAQ Manager - utility software provides central access to ALLDAQ driver system parameters and help files     Virtual Instruments (VIs) for LabVIEW™     MATLAB® interface with examples and help file Do you need a calibration certificate? We work together with independent DAkkS-accredited test laboratories. Talk to us! Translated with www.DeepL.com/Translator (free version)

CompactPCI multi-I/O card, 16 bit A/D section up to 500 kHz with 16 differential analogue inputs (±50V), 32 bidirectional TTL digital I/Os (level switchable: 3.3V/5V), 1 counter (type: 8254) with TTL I/O level The analogue input channels of the ADQ-210 series are sampled sequentially at max. 500 kHz according to the channel list, i.e. when all channels are sampled, the max. sampling rate per channel is: 500 kHz / 16 channels = 31.25 kHz. Bandwidth and input impedance vary depending on the model. With an input voltage range of ±50 V, the ADQ-215 model is ideal for automotive applications. 16 differential analogue inputs 500 kHz 16 bit A/D converter Input voltage ranges ±50V Programmable channel list: 16 entries A/D values FIFO: 8192 values Trigger: software, timer, ext. digital trigger (rising/falling edge) Two bidirectional 8 bit digital I/O ports can be used via adapter cable with additional slot bracket (included) Voltage level of the digital I/Os can be switched between 3.3 V and 5 V via software (TTL-compatible) 3 x 16 bit encoders (type: 8254), 6 modes programmable External square wave signal for counters: max. 10 MHz Software support Driver for Windows 10/8.1/8/7 (32/64 bit) Programming support (SDK) with examples for C++, C#, Visual Basic, Delphi/Pascal and Python included ALLDAQ Manager - utility software provides centralised access to ALLDAQ driver system parameters and help files Virtual Instruments (VIs) for LabVIEW™ MATLAB® interface with examples and help file Do you need a calibration certificate? We work together with independent DAkkS-accredited testing laboratories. Talk to us!

Isolated multifunctional data acquisition card for universal use in industry and laboratories The ALLDAQ ADQ-344 is the top model in the ADQ-300 series with an isolated A/D, D/A and digital I/O section. The ADQ-344 is equipped with 32 differential 18 bit analogue inputs, four 16 bit analogue outputs, 8 isolated digital inputs, 8 isolated digital outputs, 16 TTL digital I/Os and special functions such as 32 bit counter, I2C bus, incremental encoder, frequency meter and PWM output. Multifunction data acquisition card with CompactPCI interface 32 isolated, differential voltage inputs Isolation voltage A/D section: 1500 VDC (60 s) 18 bit A/D converter per channel group with sampling rates between 200 kS/s and 800 kS/s* Input ranges: ±10,24 V, ±5,12 V, 0-10,24 V, 0-5,12 V 4 isolated voltage outputs (±10,24 V) 16 bit D/A converter per channel for output rates up to 500 MHz synchronous Isolation voltage D/A section: 1500 VDC (60 s) 8 isolated digital inputs (High: 11..35 V) 8 isolated digital outputs with power driver up to 600 mA per output 16 TTL DIOs (3.3 V or 5 V switchable), max. 20 mA per output Isolation voltage DIO part: 500 VAC Digital trigger input isolated: One ext. trigger input for every 8 analogue inputs (AI module) one ext. trigger input per analogue output Monitoring of the digital inputs for bit & change with interrupt generation Streaming mode for continuous input/output via DIO ports up to 10 kHz** Special functions via HDMI connector (in preparation): 1 x 32 bit counter up to 66 MHz (inputs: enable, ext. trigger, ext. clock, output: strobe) 1 x I2C bus up to 400 kHz (clock: SCL, data: SDA) 1 x incremental encoder (A input, B input, ext. reset input) 1 x frequency measurement input up to 10 MHz (Zähl input) 1 x PWM output, adjustable duty cycle (enable input, PWM output) Optional suitable connection cable (68-pin VHDCI or HDMI cable) Optional special connection block for ADQ-300 series Software support Driver for Windows 10/8.1/8/7 (32/64 bit) Programming support (SDK) with examples for C++, C#, Visual Basic, Delphi/Pascal and Python included ALLDAQ Manager - utility software provides centralised access to ALLDAQ driver system parameters and help files Virtual Instruments (VIs) for LabVIEW™ MATLAB® interface with examples and help file Do you need a calibration certificate? We work together with independent DAkkS-accredited testing laboratories. Talk to us! *Sampling rate depends on the number of actively used channels per channel group (AI module), one channel group consists of 8 channels (1 channel: 800 kS/s, 2 channels: 550 kS/s, 8 channels: 200 kS/s) **Depends on operating system and computer configuration.

Isolated PXI-Multi-I/O-DAQ-Board, 32 isolated differential voltage inputs, 18 bit A/D up to 800 kS/s, 4 isolated voltage outputs, 8 isolated digital inputs, 8 isolated digital outputs, 16 TTL-I/Os, GPIOs