30 ГГц векторный сетевой анализатор KC901Q KC901M KC901V KC901S + KC901C частотный спектр RF поле SWR

30GHz Vector network analyzer KC901Q KC901M KC901V KC901S+ KC901C+ frequency spectrum RF spectrum field SWR standing wave tester

The model KC901Q

The KC901Q is a vector sweeper. He is able to measure the amplitude and phase changes that occur after the signal passes through the device, while extending the spectrum, field strength, and signal generator functions, adding practicality to form a RF multimeter. The KC901Q uses the basic architecture of the KC901x. However, the KC901Q does not have a built-in bridge. The basic function is the sweeper (providing amplitude and phase), which is significantly different from other instruments in the KC901 series. The KC901Q can perform vector reflection measurements with an external bridge or directional coupler. The instrument has a built-in full-port calibration model that supports OSL calibration. Sweep measurements support response calibration (amplitude and phase). ◆Main Features* 30GHz frequency range 1Hz frequency stepping Good accuracy and stability Double frequency conversion, strong anti-interference ability Rich in function and easy to carry ◆Main function Sweep test (get amplitude difference, phase difference) Reflection test (external directional coupler required) Low frequency and RF signal sources** Spectrum display and field strength observation** ◆Recommended application The KC901Q is mainly used to debug various RF circuits, such as filters, amplifiers, splitters, combiners, external directional couplers or standing wave bridges, to test the input and output impedance, and to evaluate the quality of the antenna system. With its receiver, it can also detect the signal amplitude of each level of the equipment, and perform field strength measurement and interference search in some frequency bands. KC901Q is a good tool for learning RF knowledge. In the professional field, it can be used in the fields of communication engineering, antenna manufacturing, and routine maintenance such as radar, microwave stations, satellite earth stations, and radio astronomy stations. The following scenarios may not apply: The spectrum and field strength functions are not suitable for measuring pulse and wideband signals (eg radar, WIFI, Bluetooth), frequency hopping signals. In some cases, qualitative observations can be completed by experienced engineers, but we cannot guarantee that every user can complete it. Any test should not have strong interfering signals in the 109-110MHz range. Some broadcast transmitting stations have 109MHz spurs. If the antenna is measured near the transmitting station, it will affect the accuracy of the instrument. * Please read the technical manual ** Informal features ◆Working principle The basic principle of the KC901Q is similar to other products in the KC901x family, but it does not have a built-in bridge. The basic principle of the instrument is that the RF signal source produces a measurement signal, which is sampled from the instrument 1 port after being sampled by the forward splitter. After the measurement signal passes through the device under test, it is input from the instrument 2 port, detected by the receiver, and compared with the signal sample obtained from the 1 port. The signal source is divided into three frequency bands: signals below 60MHz are generated by a direct digital synthesizer (DDS); signals above 60MHz and below 7GHz are generated by a phase-locked loop frequency synthesizer (PLL) and passed through an attenuator; The signal is multiplied and does not pass through the attenuator. The signals of the three frequency bands are gated through the RF switch and combined into one RF signal output. The figure below is a block diagram of the KC901Q. The machine has two phase-locked loop frequency synthesizers with frequency dividers covering the range of 60MHz-15GHz. The circuit can work normally to 26.5 GHz until 30 GHz still has a weak output, but above 24 GHz, the indicator has rapidly deteriorated. There are two receivers inside the instrument, and the local oscillator is provided by the same phase-locked loop frequency synthesizer. One of the receivers detects the output signal of port 1 through the internal circuitry of the instrument. The other receiver is connected to port 2 to detect external inputs. By comparing the amplitude and phase of the two receivers, the amplitude difference and phase difference between Port 1 and Port 2 can be obtained. The instrument uses 7GHz as the breakpoint. Below 7GHz, the signal does not pass through the frequency multiplier and is output through the adjustable attenuator. The PLL outputs a signal of 3.5 GHz to 15 GHz, and a signal of 7-30 GHz is obtained by a frequency multiplier. Since the adjustable attenuator supporting 30 GHz is slightly more expensive, the application requirements of the integrated trade-off products have no built-in attenuators at frequencies above 7 GHz. KC901Q uses secondary frequency conversion, the first intermediate frequency is 109.65MHz, and the second intermediate frequency is 350KHz. The second intermediate frequency is digitized by the synchronous sampling ADC and sent to the FPGA for subsequent digital processing. The DDS in the machine can be directly output to form an audio signal source. Since the KC901Q does not have a built-in bridge, an external directional device is required to measure the reflection parameters. An equal arm or unequal arm Wheatstone bridge can be used in the lower frequency band, and a directional coupler is preferred in the higher frequency band. Directional couplers can be made or purchased based on common frequency ranges. This type of coupler is inexpensive and reduces the cost of the package. The connection between the directional coupler and the instrument should be as short as possible, preferably with a semi-steel wire connection of no more than 20 cm in length. The KC901Q does not have S11 factory calibration data due to the absence of a built-in bridge. After the external directional bridge is attached, calibration must be performed. If a bridge or coupler is often used, system calibration can be done for them for future use. If it is only a temporary measure, only user calibration can be performed. A disadvantage of user calibration is that once the frequency is changed, the calibration fails. ◆Technical specifications The basic technical specifications of the 901Q are as follows (the products may be slightly different in different periods): project Test Conditions parameter Remarks lowest typical highest Frequency Range Spectrum/transmission Effective 9kHz 20GHz Settable 0 30GHz Frequency Range (reflection) Effective Depending on the external orientation device in the 5kHz-20GHz range Settable 5kHz 30GHz Scanning range SPAN 1KHz 29.99GHz Scan points 450pt 3150pt Local operation Frequency resolution All scanning functions 1Hz Low frequency signal source 0.1Hz Level resolution 0.01dB Phase resolution 0.01° Scanning speed RBW=30KHz, every point 1.2ms RBW=10KHz, every point 1.5ms RBW=3KHz, every point 2.4ms RBW=1KHz, every point 4ms RBW=30K, 450pt per screen 0.6s Output level Scan mode 1MHz-7GHz -10dBm 6dBm 10dBm 7GHz-20GHz -13dBm 0dBm 6dBm 20GHz-26GHz -20dBm -13dBm -6dBm No guarantee Maximum output level 1MHz-7GHz signal source 3dBm 10dBm 13dBm 7GHz-20GHz signal source -13dBm 0dBm 6dBm Output attenuation 9kHz-7GHz 0dB 25dB Note 2 Sensitivity 1MHz-7GHz -101dBm -107dBm -113dBm Port 2 RBW=1KHz 7GHz-15GHz -98dBm -104dBm -110dBm 15GHz-22GHz -95dBm -101dBm The available dynamic range of the transmission measurement 1MHz-1GHz 95dB 100dB Equivalent to transceiver channel isolation Note 3 1GHz-2GHz 85dB 90dB 2GHz-15GHz 70dB 15GHz-24GHz 60dB 24GHz-26.5GHz 40dB Amplitude uncertainty of transmission measurement 1MHz-20GHz After straight-through calibration, when the insertion loss is L<40dB 0.5+0.1L Note 4 Zero offset drift of insertion loss When the existing insertion loss of compensation is L<30dB, 1MHz-15GHz 0.1dB Preheated for 5 minutes Directional device directivity is better than 15dB, directionality after calibration 9kHz-7GHz 45dB An external orientation device is required. 7GHz-15GHz 40dB 15GHz-20GHz 35dB 20GHz-26GHz 25dB The model KC901M KC901M 9.8GHz Handheld Network Analyzer RF multimeter Description KC901M 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. Main Features •Vector network analyzing up to 10GHz •1Hz frequency step •Good accuracy and anti-interference ability •Abundant functions and easy to carry (Weight less than 1kg) 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 •KC901V 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 level. It can also do filed strength measurement, which is useful during miscellaneous kinds of search for interference source etc. •Combining intelligence in the community, KC901V is the tool to study RF for students and hobbies. In professional situations, it is used in communication engineering, antenna manufacturing, daily maintenance of broadcast, RF circuits development and so on. KC901V improves working efficiency, ease the weight burden and improve working quality. What in package •1 x KC901V •1 x power adapter •1 x strap •1 x user manual •1 x desktop stand Package Size ≈ 31cm×26cm×12cm ≈ 2.0Kg Warranty and Return 1 year warranty 30 days return (Only quality problems) Shipping with DHL/TNT/FedEX. The model  KC901V KC901V vector network antenna feeder tester spectrum field strength signal source standing wave meter The KC901V is a versatile RF multimeter whose main function is the single port vector network analyzer (VNA, S11). It supports vector transmission test (S21 scalar and simple vector), simple spectrum analyzer, field strength meter, RF signal source, Audio signal source and other functions. KC901V has a professional practicality, and includes support for 4 hours of continuous work, including the battery, the volume of only 1 cbm, weighs only 1 kg, to bring users a new free experience. ◆ Main functions Transmission test (scalar: debug filter, amplifier, check antenna directivity, vector: basic phase change trend) Reflectance Test (Vector: Debug impedance matching, check the quality of the antenna feed system) Spectrum display and field strength observation *** (test station radio performance, find the source of interference) The signal of a certain frequency point is output separately ◆ Recommended Applications KC901V is mainly used for detecting and debugging RF circuit and antenna feeder system. In most frequency bands, can also be field strength measurement, interference search and so on. This instrument is lightweight and powerful, able to previously through a large laboratory equipment to complete the measurement work easily transferred to the scene. 901V is an electronic engineer worthy of the test tools, but also as a professional communications engineering, radio and television launch pad technical staff standing equipment. ◆ Specifications (for reference only) project Test Conditions parameter Remarks lowest typical highest Frequency range is valid 9KHz 6.8 GHz SPEC mode can be set Lt; / RTI & gt; 7 GHz Scanning Range 1 kHz 6.8 GHz Number of scanning points 450pt 3150pt Local operation Frequency resolution All scanning class function 1Hz spectrum analyzer All single frequency function 0.1Hz signal source and so on Level resolution of 0.01dB Phase resolution of 0.01 ° The scanning speed RBW = 30KHz, every point 1.2ms RBW = 10 kHz, 1.5 ms per point RBW = 3 kHz, 2 ms per point RBW = 1 kHz, 3 ms per point RBW = 30K, 450pt each screen 0.5s Output level 1MHz-5GHz -10dBm 0dBm 6dBm 1 port 1MHz-5GHz 0dBm 6dBm 10dBm 2 ports 5 GHz - 6.8 GHz - 20 dBm 0 dBm 1 port 5 GHz - 6.8 GHz - 10 dBm 6 dBm 2 ports Output attenuation 0dB 25dB 55dB 2 ports 1 port Sensitivity 1MHz-5GHz -107dBm 1 port RBW = 1KHz 5 GHz to 6.8 GHz to 94 dBm Available dynamic range for transmission measurements 1MHz to 500MHz 100dB Equivalent to the transmit and receive channel isolation 500MHz-2GHz 70dB 2GHz-6.8GHz 50dB Transmission Measurement Uncertainty in Series 10dB Attenuator After Pass-Through Calibration, 0.3 + 0.05L at Insertion Loss <40dB Insertion of the zero-drift compensation of the existing insertion loss L <30dB 0.05dB preheat 5min, every 5 minutes The absolute orientation of the bridge 9kHz-1MHz 18dB 90% confidence interval 1MHz-6.8GHz 20dB S11 relative directional 9kHz-3GHz 45dB after calibration, 90% confidence interval 3GHz-6GHz 40dB 6GHz-6.8GHz 35dB Uncertainty of return loss After pass-through calibration, 1.0 + 0.1RL when 3dB <RL <25dB Phase uncertainty 100kHz-1GHz 2 ° reflection coefficient ρ> 0.25 1 GHz to 3 GHz 3GHz-6.8GHz 8 [deg.] project Test Conditions parameter Remarks lowest typical highest Port VSWR port 2,1MHz-6GHz 1.5 Static value Port 1,1 MHz-6 GHz 2.0 Local oscillator leakage port 1 -60dBm -10dBm IF feed-through rejection is 30dB Frequency stability, per year 1 ppm Power supply voltage charging interface 11V 32V AC power adapter 105V 230V Built-in battery 6.5V 8.4V Temperature range for normal use 0 & gt; C 45 ° C Note 2 Allowed -40 ° C 65 ° C Humidity range of continuous power-on state 0% 95% Note 3 Damage level All ports DC15V, +20 dBm Dimensions 200 × 114 × 46mm (length × width × thickness) Quality host (including battery) 1.2kg Standard configuration of the entire package 2.0kg Note 1: Unless otherwise noted, the specifications are measured at medium speed mode with an analysis bandwidth (RBW) of 10 kHz, an output attenuation of 0, a temperature of 25 ° C and a user calibration. A small number of accidental or permanent abnormal data segments may be outside the scope of the specification. Note 2: The battery temperature range depends on the battery temperature characteristics. In the range of more than 0 ... 45 ℃, the device should be re-calibrated after the preheat stability. Especially in the -40 ... -20 ℃ range, should be at least 5 minutes of preheating (and the need to keep running). Due to the heat of the device itself, the shell temperature may be higher than the ambient temperature of 20 ℃, more than 45 ℃ in the environment, should avoid burns. When used in an environment close to 65 ° C, the battery must be removed, otherwise the battery temperature may exceed 85 ° C and cause danger. Note 3: Use only. In the humidity above 80% of the local long-term storage, must be moisture-proof measures. Weight:2.5KG The model KC901S+

KC901S+ vector network tester spectrum RF analyzer SWR 4G standing wave test meter

Including vector reflection, scalar transmission, spectrum, signal source and other functions, to resolve common radio frequency testing. Applicable in communications engineering, radio and television engineering, radio enthusiasts, research and education and other fields

901S+ is an upgraded version of 901S, the frequencies is up to 4G.

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 features*

9KHz-4GHzfrequency range

1Hz frequency resolution

Reliable accuracy and stability

Two frequency conversion, external interference resistance

Rich functionality and lightweight design

◆Main functions

Transmission test(scalar:debug filter,amplifier,test antenna directivity)

Reflection test(vector:regulate impedance matching, check the antenna system quality)

Spectrum display and field strength observation**(Test radio transmitter performance and find interference sources)

Output one frequency point signal individually

◆Suggesting application

KC901S+ is mainly used for debugging various RF circuits, such as filters, amplifiers, splitter, combiner, test input and output impedance, the quality evaluation of antenna system, signal amplitude detection of equipment at all levels. In most frequency bands, it also can measure field strength, and do interference search and other work.

This instrument can effectively improve work efficiency, reduce the carrying burden, improve the quality of work. 901S is a test tool for every electronic engineers, also as a regular instrument of professional communication engineering, and radio television transmitting station technical personnel.

◆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%

The model KC901C+ Vector network analyzer KC901C+ 2GHZ 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. Main features * 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

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