Our RTD products cover a full range of applications including field, laboratory and Automated Test Equipment. Remember, IET Labs builds it's own products, so you can custom specify options incuding special schedules (per decade fixed and % accuracy) as well as specific power dissipation or terminal configurations. Contact our Sales Department for help....
All products use physical "real" resistors
| Series |
Type |
Basic Accuracy |
Range |
Max.
Resolution |
Features |
RTD-250 |
Manual, economy |
200 ppm |
10 Ω - 11 kΩ |
10 Ω |
General purpose, economy |
RTD |
Manual, precision |
50 |
10 Ω - 11 kΩ |
10 Ω |
General purpose; high accuracy; absolute settings; no zero subtraction required. |
PRTD |
Programmable |
0.01% - 0.1% |
4 Ω - 10 MΩ |
1 mΩ |
IEEE-488 or BCD programmable; absolute settings; no zero subtraction required. |
ohmSource |
Elec-Res Box |
0.10% |
0.5 Ω - 24 MΩ |
10 mΩ |
Economical, microprocessor controlled |
For general purpose decade resistance equipment, refer to our Resistance Decade Box Sele
ction Guide.
Temperature/Resistance Translation Tables
The RTD Simulator Series is ideal where applications of Resistance Temperature Detector (RTD) simulation require exact low value resistance without "zero" and contact resistance effects. The RTD-Z-6-.001 exhibits a resistance range of 10 Ω to 1,111.110 Ω, 1 mΩ lowest decade resolution, 50 ppm absolute accuracy. The RTD-Z-6-.01 has a 10 mΩ resolution.
If this simulator is substituted for any RTD, the rest of the system may be calibrated or examined. Special designs virtually eliminate zero resistance and switch contact variations, providing the specified absolute accuracy over the entire range.
RTD-250 Simulator
The RTD-250 Simulator is a more economical version for less exacting requirements.
The RTD-250 Simulator exhibits a resistance range of 20Ω to 1,121.110 ΩΩ, 1mΩ lowest decade resolution, 50ppm absolute accuracy.
A broad range of laboratory grade decade substituters for applications requiring a cost effective programmable impedance unit controlled manually and by a computer.