MEASALL Distributor LY.GROUP.CHINA KC901S+ KC-901S+ Handheld Vector Network Analyzer Antenna RF
Spectrum Field Multi-meter SWR Standing Wave Testing 4GHZ VNA
901S+ is an upgraded version of 901S, the frequencies is up to 4GHZ.
KC901S+ is a universal vector antenna analyzer. It supports the analysis of single port vector network analysis and dual port scalar network analysis, meanwhile expanding the spectrum, field strength and signal generator convenient function. KC901S+ has professional practicality, and includes the battery which supports 5 hours large work load, the volume is just 1 dm3, weight is only 1 kg, bring a new experience for the user.
Main Functions
Transmission measurement (Filter adjustments, measuring amplifiers, verifying
directivity of antennas)
Reflection measurement (Impedance matching network adjustment, antenna
feeding system quality evaluation)
RF source plus an extra audio signal source
Spectrum display and field strength observation (potentially used for inspecting
a radio station’s emission performance, or for searching for the interference sources)
Recommended Applications
The KC901S+ is mainly used for adjusting various RF circuits, such as filters, amplifiers, splitters, combiners; testing input/output impedance, evaluating antenna feeding system and detecting equipment’s signal amplitudes at all levels. It can also do field strength measurement, which is useful for checking the correct operation of low powered devices with integrated antennas and when searching for interference sources etc.
Packing list
KC901S+ 1
Charger 1
Shoulder Strap 1
User manual 1
Desktop stand 1
◆The difference between 901S+ and 901S
901S+ is the upgraded product of 901S
901S+ adopts all digital intermediate frequency technology
901S+ the trace noise has improved more observably than 901
The electric bridge structure of 901S is improved, its nonlinear effect is smaller than 901S, and the accuracy of impedance test is improved
Based on the improvements of the electric bridge, the 901S+ can support low to 9KHz of S11 measurements, and the directionality is still good at this time
The spectrum function of 901S+ shares a port with the S11 function, and the port usage in the transmission test is the opposite of 901S
The S21 function of 901S+ is also vector, and the introduction of phase can provide more intuitive trend judgment
The frequency range of 901S+ is 9KHz – 4.1GHz.
901S+ analysis bandwidth (RBW) has four choices, respectively are 1KHz, 3KHz, 10KHz, 30KHz, spectrum function is stronger than 901S
◆Technical indicators (for reference only)
Items |
Test condition |
Parameter |
Remarks |
||
Minimum |
In general |
Maximum |
|||
Frequency range |
effective |
9KHz |
|
4GHz |
|
SPEC Mode can be set |
0 |
|
4.1GHz |
|
|
Scan range |
SPAN |
1KHz |
|
4GHz |
|
Scan point |
|
450pt |
|
3150pt |
Native operation |
Frequency resolution |
All scan functions |
|
1Hz |
|
Spectrum analyzer, etc. |
Audio signal source function |
|
0.1Hz |
|
|
|
Bisection resolution |
|
0.01dB |
|
|
|
Phase resolution |
|
0.01° |
|
|
|
Scan speed |
RBW=30KHz,each point |
|
1.2ms |
|
|
RBW=10KHz,each point |
|
1.5ms |
|
|
|
RBW=3KHz,each point |
|
2ms |
|
|
|
RBW=1KHz,each point |
|
3ms |
|
|
|
RBW=30K,450pt each screen |
|
0.5s |
|
|
|
Output frequency |
1MHz-2GHz |
-10dBm |
-3dBm |
3dBm |
1 port |
1MHz-2GHz |
0dBm |
6dBm |
13dBm |
2 port |
|
2GHz-4GHz |
-16dBm |
|
0dBm |
1 port |
|
2GHz-4GHz |
-10dBm |
|
10dBm |
2 port |
|
Output attenuatoin |
|
0dB |
|
20dB |
|
Sensitivity |
1MHz-3GHz |
-107dBm |
|
|
1 port RBW=1KHz |
3GHz-4GHz |
-97dBm |
|
|
||
The dynamic range of transmission measurements |
1MHz-2GHz |
|
70dB |
|
Equivalent to the isolation of the transmit receive channel |
2GHz-4GHz |
|
50dB |
|
||
|
|
|
|
||
Amplitude uncertainty of transmission measurements |
Through direct calibration, plug loss L<60dB |
|
0.3+0.05L |
|
|
Zero drift of insertion loss |
Compensated existing insertion loss L<30dB |
|
0.05dB |
|
|
Absolute directivity of bridge |
9kHz—1MHz |
|
18dB |
|
90% Interval trusted |
1MHz—4GHz |
|
20dB |
|
||
Relative directionality of S11 |
9kHz—3GHz |
|
45dB |
|
After calibration, the 90% interval is believable |
3GHz—4GHz |
|
35dB |
|
||
|
|
|
|
||
Uncertainty of return loss |
After direct calibration,3dB<RL<25dB |
|
1.5+0.1RL |
|
|
Phase uncertainty |
100kHz—1GHz |
|
2° |
|
Reflection coefficientρ>0.25 |
1GHz—3GHz |
|
5° |
|
||
3GHz—4GHz |
|
8° |
|
Items |
Test condition |
Parameter |
Remarks |
|||
Minimum |
In general |
Maximum |
||||
VSWR |
Port 2,1MHz-4GHz |
|
1.5 |
|
Quiescent value |
|
Port 1,1MHz-4GHz |
|
2.0 |
|
|||
Lo-leaking |
Port 1 |
|
-60dBm |
-10dBm |
|
|
Intermediate frequency feed through system |
|
30dB |
|
|
||
Frequency stability per year |
|
0.3ppm |
1ppm |
|
||
Voltage |
Charge port |
11V |
|
32V |
|
|
AC power adapter |
105V |
|
230V |
|
||
Internal battery |
6.5V |
|
8.4V |
|
||
TEMP range |
In general |
0℃ |
|
45℃ |
Note2 |
|
Allowed for use |
-40℃ |
|
65℃ |
|||
Humidity range |
Continuous boot state |
0% |
|
95% |
Note3 |
|
Damage level |
All port DC15V,+20dBm |
|
||||
Size |
200×114×46mm |
|
||||
Weight |
Main machine(including battery) |
|
|
1.2kg |
|
|
The total package |
|
2.0kg |
|
|
||
|
|
|
|
|
|
|
Note1:Unless otherwise specified, all indicators are measured in the medium speed mode, 10KHz RBW, 0 output attenuation, temperature 25 ℃, and through the user calibration. A few accidental or abnormal data permanent period may exceed the range of technical parameters table.
Note2:When the battery is powered, the range depends on the temperature characteristics of the battery. It exceeds 0… 45℃ should be re calibrated when the equipment is preheated and stable. Especially within the range of -40~-20℃ , should be preheated for at least 5 minutes (and need to keep running). Due to heating of the equipment itself, the shell temperature may be 20℃ higher than the ambient temperature. In more than 45℃ environment, should avoid scalding. We must remove the battery when the environment temperature is closed to 65℃. Otherwise, the battery temperature may exceed 85 ℃ and cause danger.
Note3: Restricted to usage state only. Moisture storage measures must be adopted for long-term storage at a moisture level greater than 80%
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