| Model number |
TE1000 |
| Frequency range |
0.5-150 MHz |
| Frequency resolution |
- 0.500-9.999 MHz in 1 kHz steps
- 10.00-99.99 MHz in 10 kHz steps
- 100.0-150.0 MHz in 100 kHz steps
|
| Impedance range |
Measures impedance at any angle
Magnitude range 0.1 Ohms to 100k Ohm |
| Measurement speed |
Display updated every 500 milliseconds (approx.). |
| Typical accuracy of measurement |
The accuracy depends on the impedance being measured. Guaranteed accuracy for 3 standard impedances are listed below:
- impedance=50 Ohm
magnitude +/-1%, angle +/-1 degrees
- impedance=10 Ohm
magnitude +/-3%, angle +/-3 degrees
- impedance=1 Ohm
magnitude +/-2%, angle +/-3 degrees
- impedance=1k Ohm
magnitude +/-3%, angle +/-3 degrees
|
| Measurement modes |
- Complex impedance in polar or rectangular form
- R-L-C in series or parallel equivalent circuit format
- SWR for any system characteristic impedance
- Complex relection coefficient for any system characteristic impedance
- Return loss in dB for any system characteristic impedance
- Swept measurements and data logging to PC via the RS232 serial port
|
| SWR measurement range |
Greater than 100:1 (depends on system characteristic impedance) |
| Power source |
DC plug-pack or internal battery (auto power-save in battery mode) |
| Display |
20 x 4 character alphanumeric LCD |
| Measurement probe |
Active probe on 1 metre cable - allows direct in-circuit measurements |
| Interface |
RS232 on 9-pin D and USB connectors- software runs under Windows 95/98/XP/7 |
| Weight |
1.7kg |
| Dimensions |
250w x 200d x 80h (mm) |
| Included Accessories |
- Windows interface software permits sweep frequency measurements and data logging (supplied)
- Coaxial adaptor (adapts the probe to plug directly onto an N-type 50 Ohm connector) (supplied)
- Spring probe grounding pin
- Protective hard carry case (supplied)
|
