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Measurement Computing USB-1808 Data Acquisition DAQ Module



USB-1808 8 Channel 18-Bit Data Acquisition USB DAQ Module

Measurement Computing Data Acquistion Module with 18-Bit Analog Inputs and 50 kS/s Sampling Rate

Part Number: USB-1808

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  • (8) 18-Bit Analog Inputs, (2) Analog Outputs, (4) Digital I/Os, (2) Counters, (2) Quadrature Encoders and (2) Timer Outputs

  • Simultaneous Samplling up to 50 kS/s Per Channel

  • Synchronous Operations (Read Analog, Digital and Counter Inputs and Generate Analog and Digital Outputs Simultaneously)

  • External Clock I/O, External Digital Triggering and Pattern Triggering

  • Powered by USB Port on your Computer, External Power Not Required.


Includes USB Cable and Measurement Computing DAQ Software Suite (TracerDAQ, InstaCal, Drivers for DASYLab and Universal Library for LabView) Available as a Download

Special order - please allow 6-8 weeks for this item to ship.

$699.00

Measurement Computing USB-1808 DAQ Module Specifications

Analog Input Number of Channels: 8 Differential, 8 Single-Ended - Software Selectable
A/D Converter Type: Simultaneous
ADC Resolution: 18 Bits
Input Voltage Range: ±10 Volts, ±5 Volts, 0V to 10 Volts, 0 Volts to 5 Volts (Note: Software Selectable Per-Channel)
Input Impedance: >1 GΩ (Power On); 1000 Ω (Power Off)
Sample Rate: 0.023 Hz to 50 kHz (Software Selectable)
Trigger Source: ITRIG and Digital Pattern Detection
Channel Gain Queue: Up to 8 Elements, 8 Element Per Unique, consecutive channels paired with any valid range; Software-Selectable
Analog Output Number of Channels: 2
Resolution: 16 Bits
Output Ranges (calibrated): ±10 Volts
Output Current: ±3.5mA Max
Output Coupling: DC
Output Noise: 100 µVrms
Trigger Source: OTRIG and Digital Pattern Detection
Scan Clock Source: Internal Output Scan Clock or External Output Scan Clock
Output Update Rate: 0.023 Hz to 125 kHz per Channel
Slew Rate: 15 V/µS
Throughput (Software Paced): 33 S/s to 8,000 S/s typical, system-dependent
Throughput (Hardware Paced): 250 kS/s max, system-dependent
Digital Input/Output Digital Type: CMOS
Number of I/O: 4
Configuration: Independently Configured for Input or Output
Input High Voltage: 2.0 Volts Min, 5.5 Volts Absolute Max
Input Low Voltage: 0.8 Volts Max, -0.5 Volts Absolute Min
Output High Voltage: 4.4 Volts Min (IOH = -50 µA); 3.76 Volts Min (IOH = -2.5 mA)
Output Low Voltage: 0.1 Volts Max (IOL = 50 µA); 0.44 Volts Max (IOL = 2.5 mA)
Output Current: ±2.5mA Max
Quadrature Inputs Terminal Name: ENC0A, ENC0B, ENC0Z, ENC1A, ENC1A, ENC1Z
Number of Encoders: 2
Signals per Encoder: A, B and Z
Resolution: 20 ns
Maximum Frequency: 50 MHz
Minimum Pulse Width: 10 ns
De-Bounce Function: None
Scan Clock Source: Internal Input Scan Clock or External Input Scan Clock (ICKK1 pin)
Trigger Source: ITRIG and Digital Pattern Detection
Input High Voltage: 2.2 Volts Min; 5.5 Volts Max
Input Low Voltage: 1.5 Volts Max; -0.5 Volts Min
Absolute Maximum Input Voltage: 5.5 Volts
Timer Terminal Name: TMR0 and TMR1
Timer Type: PWM Output with Count, Period, Delay and Pulse Width Registers
Output Value: Default State is Idle Low with Pulses High, Software-Selectable Output Invert
Internal Clock Frequency: 100 MHz
Register Widths: 32-Bit
Pulse Width: 10 ns Min (High and Low)
Output High Voltage: 4.4 Volts Min (IOH = -50 µA); 3.76 Volts Min (IOH = -2.5 mA)
Output Low Voltage: 0.1 Volts Max (IOL = 50 µA); 0.44 Volts Max (IOL = 2.5 mA)
Output Current: ±2.5 mA Max
External Trigger Trigger Source: ITRIG (Inputs), OTRIG (Outputs)
Trigger Mode: Software Programmable for Edge ot Level Sensitive, Rising or Falling Edge, High or Low Level. Power on Default is Edge Sensitive, Rising Edge.
Trigger Latency: 1µs + 1 Clock Cycle Max
Trigger Pulse Width: 100 ns Min
Input Type: Schmitt Trigger, 33 &Omega Series Resistor and 49.9 kΩ Pull-Down to Ground
Schmitt Trigger Hysteresis: 0.4 Volts to 1.2 Volts
Input High Voltage: 2.2 Volts (Min); 5.5 Volts (Absolute Max)
Input Low Voltage: 1.5 Volts (Max); -0.5 Volts (Absolute Min); 0 Volts Recommended Min.
Pattern Trigger Trigger Source: DIO0 to DIO3
Trigger Types: Above Pattern, Below Pattern, Equal Pattern, or Not Equal Pattern
Trigger Stability: Digital Port must be Stable for 50 ns to be Recognized as a Pattern
Trigger Bit Width: Up to 4, Adjustable through Bitmask
Trigger Latency: Up to 1 Scan Period
External Clock Input/Output Terminal Names: ICLKI, ICKLO, OCLKI, OCLKO
Input Clock Rate: 125 kHz Max
Clock Pulse Width: 400 ns min (xCLKI and xCLKO)
Input Type: Schmitt Trigger, 33 &Omega Series Resistor, 47 kΩ Pull-Down to Ground
Schmitt Trigger Hysteresis: 0.4 Volts to 1.2 Volts
Input High Voltage: 2.2 Volts (Min); 5.5 Volts (Absolute Max)
Input Low Voltage: 1.5 Volts (Max); -0.5 Volts (Absolute Min); 0 Volts Recommended Min
Output High Voltage: 4.4 Volts Min (IOH = -50 µA); 3.76 Volts Min (IOH = -24 mA)
Output Low Voltage: 0.1 Volts Max (IOL = 50 µA); 0.44 Volts Max (IOL = 24 mA)
Output Current: ±2.5 mA Max
Counter Counter Type: FPGA
Number of Channels: 2
Resolution: 32 Bits
Input Frequency: 50 MHz Max
Input Type: Schmitt Trigger, 33 &Omega Series Resistor, 47 kΩ Pull-Down to Ground
Schmitt Trigger Hysteresis: 0.76 Volts Typical, 0.4 Volts (Min); 1.2 Volts (Max)
Input High Voltage Threshold: 1.74 Volts typical, 1.3 Volts (Min); 2.2 Volts (Max)
Input Low Voltage Threshold: 0.98 Volts typical, 0.6 Volts (Min); 1.5 Volts (Max)
Input Low Voltage Limit: -0.5 Volts Absolute Min; 0 Volts Recommended
Pulse Width: 20 ns, 200 ns, 2 µs or 20 µs (Software Selectable)
Trigger Source: ITRIG and Digital Pattern Detection
Counter Read Clock: Internal or Exernal Inout Scan Clock up to 200 kHz
USB Communications Type: USB 2.0 High-Speed
Compatibility: USB 1.1, USB 2.0 and USB 3.0
Cable Length: 3 Meters Max
Power Source BUS Powered
Operating Range Temperature: 0° to 55°C
Humidity: 0 to 90% RH Non-Condensing Max
Storage Range Temperature: -40°C to 85°C
Humidity: 0 to 90% RH Non-Condensing Max
OS Compatibility Windows 10, 8, 7, Vista (32-Bit or 64-Bit) for Universal Library, LabView
Software Support DAQami, TracerDAQ Pro, DASYLab, LavView and Universal Library
Dimensions 127mm x 89.9mm x 35.6mm (5.00" x 3.53" x 1.40")

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  • Answer:

    The USB-1808 needs to be powered by the USB port attached to a computer, so it is not a stand alone DAQ device. 

    This Data Acquisition Device (DAQ) will require Software (available as a free download) and Analog Sensors.

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