● ADC Type Successive approximation
● Resolution 12 or 16-bit
● Sampling rate：
- “16-16F” version 1M samples/sec (maximum aggregate)
- “16-16A” version 500Ksamples/sec (maximum aggregate)
- “16-16E” version 250Ksamples/sec (maximum aggregate)
- “12-16A” version 500Ksamples/sec (maximum aggregate)
- “12-16” version 250Ksamples/sec (maximum aggregate)
- “12-16E”version 100Ksamples/sec (maximum aggregate)
● Number of channels 16 single-ended or 8 differential (software selectable)
- 16 pseudo-differential factory option available
- Unipolar ranges 0-1V, 0-2V, 0-5V, 0-10V (software selectable)
- Bipolar ranges ±1V, ±2V, ±5V, ±10V (software selectable)
- 4-20mA Factory installed (optional)
- 10-50mA Factory installed (optional)
● Calibration Hardware:
- “16-16F” version Two on-board references + calibrated real-time output
- “16-16A” version Two on-board references + calibrated real-time output
- “16-16E” version Two on-board references
- “12-16A” version Two on-board references + calibrated real-time output
- “12-16” version Two on-board references
- “12-16E”version NONE
● System Calibration Program provided to calibrate entire system
● Accuracy Uncalibrated 0.094% Full-Scale (FS)
● Calibrated(*) 0.0015% FS
● Int Nonlinearity Error 0.0011% FS
● No Missing Codes 16 bits
● Input impedance 1MΩ
● A/D Start Sources Software Start, Timer Start, and External Start Trigger
- (rising or falling edge; software selectable)
● A/D Start Enable Externally supplied (pulled-up; active-high)
● A/D Start Types Single Channel or Scan (software selectable)
● Channel Oversampling 0-255 consecutive samples/channel (software selectable)
● Overvoltage protection -40 to +40V
● Crosstalk -53dB @ 1MHz;84dB @ 500KHz
● (*) To achieve best accuracy, one must calibrate to their own standard
● Number/Type 2 or 4/single-ended
● Resolution 16-bit
● Unipolar Ranges 0-5V*, 0-10V*
● Bipolar Ranges ±5V*, ±10V*
● Conversion Rate 4kHz per channel
● Settling Time 4us typ, 7us max; 1/4 to 3/4 scale to ±2LSBs
● Output Current ±10mA per channel
- * Factory Options
● Lines 16, programmable as inputs or outputs in groups of 8 (pulled-up via 10KΩ)
● Input voltage Logic low: 0V(min) to 0.8V(max)
● Logic high: 2V(min) to 5V(max)
● Input current ±20μA (max)
● Output voltage Logic low: 0V(min) to 0.55V(max)
● Logic high: 2V(min) to 5V(max)
● Output current Logic low: 64mA(max) sink
● Logic high: 32mA(max) source
● Operating Temperature 0° to +70°C, optional -40° to +85°C
● Storage Temperature -40° to +105°C
● Humidity 5% to 95% RH, without condensation
● Board Dimensions PC/104 format, 3.550” by 3.775” w/ mounting holes
● Power required +5V at 315mA typical*
● Included with your board, the following components are included with your shipment:
- Board installed in labeled enclosure
- 6-inch long USB cable
- *USB 2.0 spec defines a device in terms of a unit load. A unit load is defined to be 100mA. Devices drawing an absolute maximum of one unit load is considered to be low-powered and devices drawing an absolute maximum of five unit loads is considered to be high-powered. Because this spec is not strictly adhered to, it is best to verify the USB port’s power capabilities before operation. This card, according to the USB 2.0 spec, is a high powered device. An optional external power supply can be ordered if the USB port cannot support high powered devices.
- If using more than a total of 500mA, use optional 9 VDC external power supply and remove VUSB jumper and place jumper on VEXT. Then plug in external power before plugging into USB port . This option will give you a total of 1000mA available.
