Features
Eight or Sixteen independent double-buffered analog outputs
12-Bit resolution
Six Voltage Output Ranges: 0-2.5V, 0-5V, 0-10V, ±2.5V, ±5V, ±10V
Individual range selection per channel
Channel-by-channel or simultaneous update modes
Outputs held at zero volts at power-up
Setup and calibration software included
Models D/A12-08 and D/A12-16 are full-size cards that can be installed in any long I/O slot of PC-AT class computers. The cards provide eight and sixteen 12-bit- resolution analog outputs respectively at a 37-pin male Sub-D connector. Analog output channels can be individually switch configured for any of the following voltage ranges:
0 to +2.5V
0 to +5V
0 to +10V
±2.5V
±5V
±10V
Type AD7237 double-buffered dual DAC chips are used. Data are transferred from the computer into outer registers a byte at a time and transferred into inner registers a word at a time. The analog outputs can be updated either independently or simultaneously. In order to prevent inadvertent outputs at system power-on, the reference voltage to all DAC's is set to zero volts. Then, after all DAC's have been loaded with the desired initial values, a software command can be used to switch this reference voltage to its nominal value. Similarly, a software command can be used at any time to set the reference voltage to zero causing all DAC outputs to be zero volts.
Features
- Eight or Sixteen independent double-buffered analog outputs
- 12-Bit resolution
- Six Voltage Output Ranges: 0-2.5V, 0-5V, 0-10V, ±2.5V, ±5V, ±10V
- Individual range selection per channel
- Channel-by-channel or simultaneous update modes
- Outputs held at zero volts at power-up
- Setup and calibration software included
Models D/A12-08 and D/A12-16 are full-size cards that can be installed in any long I/O slot of PC-AT class computers. The cards provide eight and sixteen 12-bit- resolution analog outputs respectively at a 37-pin male Sub-D connector. Analog output channels can be individually switch configured for any of the following voltage ranges:
- 0 to +2.5V
- 0 to +5V
- 0 to +10V
- ±2.5V
- ±5V
- ±10V
Type AD7237 double-buffered dual DAC chips are used. Data are transferred from the computer into outer registers a byte at a time and transferred into inner registers a word at a time. The analog outputs can be updated either independently or simultaneously. In order to prevent inadvertent outputs at system power-on, the reference voltage to all DAC's is set to zero volts. Then, after all DAC's have been loaded with the desired initial values, a software command can be used to switch this reference voltage to its nominal value. Similarly, a software command can be used at any time to set the reference voltage to zero causing all DAC outputs to be zero volts.