Measurement Computing TempBook rev.4.0 - Manual (Page 12)

1-2 Introduction and Quick Start 04-26-01 TempBook User’s Manual
TempBook related Software – What you should install from the Data Acquisition CD
For 32-Bit Support * For 16-Bit Support *
• 32-bit TempBook Support*
is used with Windows 9x, ME, NT, and 2000
Operating Systems and installs:
DaqView (32-bit)
DaqViewXL (32-bit)
File Converter (32-bit)
DaqCal (32-bit)
32-bit drivers for VB, C, and Delphi
PDF version of Programmer’s Manual
• 16-bit TempBook Support*
is used with Windows 3.x Operating
Systems and installs:
TempView (16-bit)
PostView (16-bit)
TempCal (16-bit)
16-bit drivers for VB, C, PASCAL, and
DOS
• DIAdem Post Acquisition Data Analysis
Program
• Acrobat Reader
• Acrobat Reader
*32-bit refers to support, not to A/D resolution. *16-bit refers to support, not to A/D resolution.
Available Accessories
Additional accessories that can be ordered for the TempBook/66 include:
• WBK20A PCMCIA interface card and cable
• DBK30A Rechargeable battery module
• WBK21 ISA Interface Card
Specifications
General
Connector: Connects to a PC via an included parallel port cable; user signals are connected via screw terminals on a
removable screw-terminal card.
Thermocouple Types: J, K, S, T, E, B, R & N
Input Ranges:
Unipolar: .05, 0.1, 0.2, 0.5, 1, 2, 5, 10V
Bipolar: ±0.025, .05, 0.1, 0.25, 0.5, 1, 2.5, 5 V
Analog Inputs: 8 differential or 16 single-ended voltage or 8 differential thermocouple inputs
Analog-to-Digital Converter: 12-bit with no missing codes, unsigned binary output format.
Cold Junction Sensor Output: 100 mV/°C
Input Impedance: 100K/100M Ohm, Switch-selectable on a per-channel basis in parallel with switched 100 pF
Input RC Filter -3dB Frequency: 15.9 kHz switch-selectable on a per channel basis
Gain Accuracy: 0.1%
Maximum Input Voltage: ±15 V
CMRR (Input Stage): 90 dB typ, DC to 60 Hz
Offset: Software-compensated
Offset Drift: Software-compensated
Channel Sequencer
Depth: 512 locations
Speed: 10 µs per channel, fixed
Interval Between Scans: 10 µs to 10 hours, software-programmable
Gains: Sequencer programmable on a per-channel basis.
Unipolar/Bipolar: Sequencer programmable on a per channel basis.
Single-Ended/Differential: Software programmable for all channels