
|  KC901S+ Handheld Vector Network Analyzer
KC901S+ Handheld Vector Network Analyzer is a “RF multimeter”. It offers the capabilities of single port vector network analysis and dual port scalar network analysis, also with spectrum, field strength and signal generator functions. It is a powerful and useful handheld instrument for RF engineer both in lab and on the field..
KC901S+ Handheld Vector Network Analyzer
- Test frequencies up to 4GHz with 1Hz resolution and stability better than 1ppm.
- Providing vector measurement on S11 with 0.01 phase resolution and 0.01db amplitude resolution.
- With vector measurement capability of S11, it shows the smith chart, RL(Return loss), characters of phase position, and frequency.
- In S21 scalar measurement, it has the function of single frequency S21 within range of 100dB.*
- With its non-volatile calibration data built-in, on site calibration is not necessary if performing a qualitative measurement. While performing rigorous test, you may use the SOL to enhance the calibration.
- A handy field strengthen meter with a high dynamic range.
- Built in DDS, audio signal source function.
- Data can be saved in the Memory Card or be transferred into PC via USB.
- 3.5 inch color-display -Excellent response speed with accurate key feeling, less than 3s ready to use.
- Functions are stable and reliable with the excellent hardware/software design.
KC901S+ technical parameters Item | Measurement Condition | Parameter | Note | Lowest | Typical | Highest | Frequency Range | Effective | 9KHz | | 4GHz | | SPEC mode is settable | 0 | | 4.1GHz | | Sweeping Range | SPAN | 1KHz | | 4GHz | | Sweeping Point | | 450pt | | 3150pt | Operation | Frequency Resolving Power | All sweeping functions | | 1Hz | | Spectrum Analyzer etc | All single-frequency-point function | | 0.1Hz | | Signal source etc | Electrical Level | | 0.01dB | | | Phase Resolving Ability | | 0.01° | | | Sweeping Speed | RBW=30KHz,per point | | 1.2ms | | | RBW=10KHz,per point | | 1.5ms | | | RBW=3KHz,per point | | 2ms | | | RBW=1KHz,per point | | 3ms | | | RBW=30K,450pt per screen | | 0.5s | | | Output Electrical Level | 1MHz-5GHz | -10dBm | 0dBm | 6dBm | 1 port | 1MHz-5GHz | 0dBm | 6dBm | 10dBm | 2 ports | 5GHz-6.8GHz | -20dBm | | 0dBm | 1 port | 5GHz-6.8GHz | -10dBm | | 6dBm | 2 ports | Output Attenuation | | 0dB | | 30dB | | Sensitivity | 1MHz-5GHz | -107dBm | | | 1 port RBW=1KHz | 5GHz-6.8GHz | -94dBm | | | Transmission Measurement’s Available Dynamic Range | 1MHz-1GHz | | 100dB | | Equivalent to transceiver path’s insulation | 1GHz-2GHz | | 70dB | | 2GHz-6.8GHz | | 60dB | | Uncertainty of Transmission’s Range | After bypass calibration,when insertion loss less than 60dB | | 0.3+0.05L | | | Insertion Loss’s Zero Drifting | When compensation’s existing insertion loss less than 30dB | | 0.05dB | | | Bridge’s Absolute Directionality | 9kHz—1MHz | | 18dB | | 90% section is credible | 1MHz—6.8GHz | | 20dB | | S11 Relevant Directionality | 9kHz—3GHz | | 45dB | | After calibration,90% section is credible | 3GHz—6GHz | | 35dB | | 6GHz—6.8GHz | | 30dB | | Uncertainty of Return Loss | After bypass calibration,when 3dB<RL<25dB | | 1.5+0.1RL | | | Uncertainty of Phase | 9kHz—1GHz | | 2° | | Reflection coefficient, when ρ>0.25 | 1GHz—3GHz | | 5° | | 3GHz—6.8GHz | | 8° | |
Item | Measurement Condition | Parameter | Note | Lowest | Typical | Highest | Port’s VSWR | Port 2,1MHz-3.5GHz | | 2.0 | | Static value | Port 1,1MHz-3.5GHz | | 2.0 | | Local Oscillator’s Leakage | Port 1 | | -30dBm | -10dBm | | Medium Frequency’s Free-through Suppression Degree | | 40dB | | | Frequency Stability, per year | | 1ppm | | | Power Voltage | Charge interface | 11V | | 32V | | AC-DC power adaptor | 105V | | 230V | | Inner battery | 6.5V | | 8.4V |
|
|
 Updating...
Ċ Jason Lin, 2017年10月27日 上午12:11
Ċ Jason Lin, 2017年10月27日 上午12:10
|