Omega Engineering CIO-DAC16, CIO-DAC08 user manual Specifications, Analog Output

Page 16

POWER CONSUMPTION

CIO-DAC16 +5V supply +12V supply −12V supply

CIO-DAC08 +5V supply +12V supply −12V supply

ANALOG OUTPUT

D/A type

Resolution

Number of channels

CIO-DAC16

CIO-DAC08

Output Ranges

D/A pacing

Data transfer

Offset error

Gain error

Differential non-linearity

Integral non-linearity

Monotonicity

Gain drift (DAC)

Offset drift (DAC)

Throughput

Slew Rate

Settling time (20V step to .01%)

Current Drive

Output short-circuit duration Output coupling

Output resistance (OP-07)

Miscellaneous

5 SPECIFICATIONS

435 mA typical, 525 mA max

140 mA typical, 180 mA max

80 mA typical, 105 mA max

435 mA typical, 525 mA max

75 mA typical, 98 mA max

52 mA typical, 68 mA max

AD7237 12 bits

16 Voltage Outputs

8 Voltage Outputs

±10V, ±5V, ±2.5V, 0 to 10V, 0 to 5V,

0 to 2.5V. Each channel independently switch-selectable.

Software paced Software

Adjustable to zero Adjustable to zero ±½ LSB max ±½ LSB max

12 bits

±30 ppm/°C max ±3 ppm/°C max

System-dependent

0.3V/µs Typical 70 µs

±5 mA min Indefinite

DC

0.1 ohm max

Double-buffered output latches

12

Image 16
Contents CIO-DAC16 CIO-DAC08 HM CIO-DAC##.lwp Table of Contents This page is blank Software Installation IntroductionInitial Board Setup Hardware InstallationSelecting the Base Address HEX Function Range Wait State Jumper OFFAnalog Output Range Switches Simultaneous Update JumperTesting the Installation Installing the CIO-DAC## in the ComputerCabling to the CIO-DAC## Signal Connection Connector Diagram Connector CIO-DAC16Register Architecture Control & Data RegistersMSB Output Transfer Functions Specifications Analog OutputEnvironmental For your notes EC Declaration of Conformity Omega Engineering Inc One Omega Drive Stamford, Ct 800