KC901C+ 2GHZ Network Antenna Spectrum RF Vector Analyzer VNA Reflection Tester
Vector Network Analyzer KC901C+ 2GHZ RF Multimeter / Single-Port Network Tester
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Description:
- KC901C+ is a multipurpose RF instrument integrating a VNA (vector network analyzer), spectrum analyzer, field strength meter, and an extra low-frequency signal source. It can do complete single port vector measurement and 2-ports simple vector network analyzing.
KC901C+ is the upgrade of KC901C.
- Rf multi-purpose table, as a general subject function is still a single port vector network analyzer (VNA, S11), and support vector transmission of simple, field intensity, frequency spectrum, radio frequency signal source, audio signal source, and other functions.
Specifications:
- 9KHz-2GHz frequency range
- 1Hz frequency step
- Full digital intermediate frequency
- Reliable accuracy and stability
- Strong anti-interference ability
- Rich functional and lightweight design
Main functions
- Transmission test (scalar: debug filter, amplifier, test antenna directivity, vector: basic phase change trend)
- Reflection test (vector: debug impedance matching, check the quality of the antenna feed system)
- Spectrum display and field observation ** (test radio emission performance, find source of interference)
- A signal that outputs a particular frequency point separately
Recommended application
- KC901C+ is mainly used to detect, debug the rf circuit and the day feeder system.
- In most frequency range, it can also conduct field strength measurement, interference finding and other work.
- The device is lightweight and powerful, and can easily be transferred to the site with measurements that have previously been completed by a large laboratory instrument.
- 901C+ is an electronic engineer's worth of testing tools, as well as a standing equipment for professional communication engineering and broadcast television station technicians.
* the technical parameters published shall prevail. ** informal functions
| Test | test condition | Parameter | Note | ||
| Min | Typical | Max | |||
| Frequency range | effective | 9KHz |
| 2GHz |
|
| SPEC | 0 |
| 2GHz |
| |
| Scan range | SPAN | 1KHz |
| 2GHz |
|
| Scan points |
| 450pt |
| 3150pt | |
| Frequency resolution | All scanning functions |
| 1Hz |
|
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| Low frequency signal source |
| 0.1Hz |
|
| |
| Level resolution |
| 0.01dB |
|
| |
| Phase resolution |
| 0.01° |
|
| |
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Scan speed | RBW=30KHz |
| 1.3ms |
|
|
| RBW=10KHz |
| 1.5ms |
|
| |
| RBW=3KHz |
| 2.4ms |
|
| |
| RBW=1KHz |
| 4ms |
|
| |
| RBW=30K,450pt |
| 0.6s |
|
| |
| Output
| 1MHz-2GHz | -20dBm | -6dBm | 0dBm | Port1 |
| 1MHz-2GHz | -6dBm | 3dBm | 10dBm | Port2 | |
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| Maximum output level | 1MHz-2GHz Signal | 0Bm | 10dBm | 13dBm | Port2 |
| Output signal | RF | 0dB |
| 25dB | Port2 |
| 0dB |
| 55dB | Port1 | ||
| Sensitivity | 1MHz-2GHz | -107dBm |
|
| Port1 RBW=1KHz |
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| The available dynamic range of the transmission measurement | 1MHz-1GHz |
| 80dB |
| |
| 1GHz-2GHz |
| 60dB |
| ||
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| Amplitude uncertainty of transmission measurement | After straight-through calibration, when the insertion loss is L<60dB |
| 0.5+0.05L |
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