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Rozszerzony zakres akredytacji Laboratorium Wzorcującego NDN!

Bardzo nam miło Państwa poinformować, że nasza akredytacja została rozszerzona o:

  • Mierniki mocy 1 – i 3- fazowe
  • Oscyloskopy do 20 GHz
  • Skopometry
  • Zasilacze do 1000 A (Prąd DC)
  • Wzorcowanie wyjazdowe zasilaczy (u klienta).

Uwaga: Dodatkowo obniżyliśmy naszą niepewność CMC!

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NDN na Energetab 2024

Serdecznie zapraszamy do odwiedzenia naszego stoiska (W-23 w hali W) ENERGETAB 2024

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Zarejestruj się na warsztaty EMC

Zapraszamy na warsztaty teoretyczno-praktyczne poświęcone tematyce EMC organizowane przez firmę NDN. Warsztaty będą prowadzone przez przedstawicieli firm Tekbox i Rigol.

Data: 07.10.2024r. g.9:00-17:00

Lokalizacja: ARCHE Hotel Puławska Residence, Puławska 361, Warszawa  

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Aktualności

Ceyear AV1464A Generator sygnałowy 250kHz~20GHz

Producent:

Ceyear
Cena:

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Cena ustalana indywidualnie

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First slide

  • Extra-wide frequency coverage

  • Super pure signals

  • Large dynamic range high-precision power output within the bandwidth of 67GHz

  • High-precision analog sweep frequency output

  • Standard package contains an inter-modulation signal generator and a pulse generator

  • Excellent wideband DCFM,DCØM

  • High-precision linearity AM and exponential AM

  • High-performance pulse modulation

  • 170GHz frequency-multiplication source module frequency extension

  • Analog, Step, List, and Power Sweep

  • Automatic software update with USB


Dostępne modele:

AV1464 (250kHz~67GHz)

AV1464A (250kHz~20GHz)

AV1464B (250kHz~40GHz)

AV1464C (250kHz~50GHz)

Frequency Range

1464A:250kHz~20GHz

1464B:250kHz~40GHz

1464C:250kHz~50GHz

1464 :250kHz~67GHz

 

Frequency

N(internal YO

harmonic number)

250kHz ≤ f ≤   250MHz

1/8

250MHz < f ≤ 500MHz

1/16

500MHz < f ≤ 1GHz

1/8

1 GHz < f ≤ 2 GHz

1/4

2 GHz < f ≤ 3.2GHz

1/2

3.2 GHz < f ≤ 10GHz

1

10 GHz < f ≤20GHz

2

20 GHz < f ≤40GHz

4

40 GHz < f ≤67GHz

8

Frequency   Resolution

0.001Hz

Time-base   Aging Rate (typical)

5 × 10 -10   /day(power on after 30 days)

Sweep Mode

Step Sweep   List Sweep     Power Sweep  Analog Sweep

Analog   sweep (typical)

Max.   Sweep speed rate

250kHz ≤ f ≤   500MHz

25MHz/ms

500MHz < f ≤ 1GHz

50MHz/ms

1 GHz < f ≤ 2 GHz

100MHz/ms

2 GHz < f ≤ 3.2GHz

200MHz/ms

3.2GHz < f

400MHz/ms

Sweep   accuracy

0.05%   Sweep width ( sweep time 100ms,within the regulated   max. sweep width of 100ms)

Harmonic2

250kHz ≤ f ≤   10MHz

-28dBc(typical)

10MHz < f ≤2GHz  

-28dBc

2GHz < f ≤   20GHz

-55dBc

20GHz < f ≤   40GHz

-50dBc

Sub-harmonic2

250kHz ≤ f ≤   10GHz

N/A

10GHz < f ≤   20GHz

-55dBc

20GHz < f ≤   67GHz

-50dBc

Non-harmonic3

250kHz ≤ f ≤   2GHz

-65dBc

2GHz < f ≤   20GHz

-56dBc

20GHz < f ≤   40GHz

-50dBc

40 GHz < f ≤67GHz

-44dBc

Single   Sideband Phase Noise

 (dBc/Hz)4

Frequency       Freq. offset

100Hz

1kHz

10kHz

100kHz

250kHz ≤ f ≤   250MHz

-101

-121

-130

-130

250MHz < f ≤ 500MHz

-108

-126

-132

-132

500MHz < f ≤ 1GHz

-101

-121

-130

-130

1GHz < f ≤ 2 GHz

-96

-115

-124

-124

2GHz < f ≤3.2GHz

-92

-111

-120

-120

3.2GHz < f ≤ 10GHz

-81

-101

-110

-110

10GHz < f ≤20GHz

-75

-95

-104

-104

20GHz < f ≤40GHz

-69

-89

-98

-98

40GHz < f ≤67GHz

-64

-83

-92

-92

Output power   range

(25±10℃)

1464A: +13dBm ~ -20dBm

With option:   programmable step attenuator:  +11dBm ~ -120dBm (-135dBm is settable)

1464B: +10dBm   ~ -20dBm

With option:   programmable step attenuator:  +8dBm ~ -120dBm (-135dBm is settable)

1464C/1464:   +6dBm ~ -20dBm

With option:   programmable step attenuator:  +3dBm ~ -90dBm (-110dBm is settable)

Power   accuracy

(25±10℃)

No programmable step attenuator

Freq.       Power

> +10 dBm

+10~-10 dBm

-10~-20dBm

250kHz ≤ f ≤   2GHz

±1.0dB

±1.0dB

±2.0dB(typical)

2GHz< f ≤20GHz

±1.2dB

±1.0dB

±2.0dB(typical)

20GHz< f ≤40GHz

/

±1.2dB

±2.2dB(typical)

40GHz< f ≤50GHz

/

±1.5dB

±2.2dB(typical)

50GHz< f ≤67GHz

/

±1.8dB

±2.5dB(typical)

With programmable step attenuator

Freq.     Power

> +10 dBm

+10~-10dBm

-10~-60dBm

-60~-90dBm

250kHz ≤ f ≤   2GHz

±1.0dB

±1.0dB

±1.5dB

±1.8dB (typical)

2GHz< f ≤20GHz

±1.2dB

±1.0dB

±1.5dB

±2.2dB (typical)

20GHz< f ≤40GHz

/

±1.2dB

±1.8dB

±2.5dB  typical)

40GHz< f ≤ 50GHz

/

±1.5dB

±2.0dB

±2.5dB (typical)

50GHz< f ≤67GHz

/

±1.8dB

±2.5dB

±3.0dB

(typical)

Modulation  

Pulse   modulation

500MHz≤f≤67GHz

Pulse   modulation ON/OFF ratio

>80dB

Rise and fall   time of pulse modulation

<20ns

Min. pulse   width(ALC ON)

1μs

Min. pulse width(ALC OFF)

0.1μs

AM

10MHz<f≤50GHz

Modulation   depth:>90%

Modulation   bandwidth(3dB,30% modulation depth, frequency point   for test:1G/5G/20G/40G/50G):DC~100kHz

AM   accuracy(1kHz modulation rate,30% modulation depth):<±3%

AM distortion(1kHz modulation rate,30% modulation depth):<2%

FM

10MHz<f≤50GHz

Max. Freq. offset:N×16MHz(N is harmonic number of YO)

Accuracy(1kHz rate,300Hz~3kHz demodulation bandwidth,1kHz<frequency   offset<N×800kHz,exclude remaining FM):<± (5%×setting frequency offset +20Hz)

Modulation rate(3dB bandwidth):

Internal DC:DC~100kHz;internal AC:100kHz~1MHz

External DC:DC~100kHz;external AC:100 kHz ~10MHz

Distortion(1kHz rate, frequency   offset :N×800kHz,total harmonic distortion):<2%

Phase   modulation

10MHz<f≤50GHz

Max. phase offset:when modulation bandwidth is 100kHz  N×160rad

Accuracy(1kHz rate,300Hz~3kHz demodulation bandwidth,1rad<phase   offset<N×80rad,exclude remaining phase modulation,when modulation bandwidth is 100kHz):<±   (5%×setting phase offset+0.01 rad)

Modulation rate(3dB bandwidth):

Modulation bandwidth 100kHz:DC-100kHz;modulation bandwidth 1MHz:100kHz ~1MHz(typical)

Distortion(1kHz rate,1rad<phase offset<N×80rad,total   harmonic distortion,when modulation bandwidth is   100kHz):<2%

Internal   modulation

signal   generator

Function   generator provides: signals of AM and freq./phase modulation

Waveform:

Sine wave,   square wave, triangle wave, ramp wave, noise, double sine and sweep sine.

Frequency   range:

Sine wave,   double sine, sweep sine 1Hz~1MHz

Square wave,   triangle wave and ramp wave 1Hz-100kHz

Frequency resolution:   1Hz

Pulse   modulation signal:

Pulse width: 20ns~(42s-10ns)

Pulse cycle: 100ns~42s

Resolution:  10ns

RF output   port

1464A

1464B

1464C

1464

3.5mm(M)

2.4mm(M)

2.4mm(M)

1.85mm(M)

Display

TFT-LCD

Operation   menu

Simplified   Chinese/English

Size

(W×H×D)

Standard:426mm × 133mm × 510 mm(no handles, rear   feet and support)

Max.:482mm × 152mm × 582 mm

Max. Weight

Approx. 20kg

Working temp.

0℃ ~+40℃

Max.   Power consumption

300W

Power

220V AC

Establishment of automatic scalar network testing system

1464 series can build up an auto scalar network testing system together with 36110 Scalar Network Analyzer to bring you fast and convenient wideband network test.

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Multiple programming interfaces

The 1464 seriesoffer additional extended interfaces like RS232 interface, GPIB interface, network interface, etc., for your choice to enable remote control and network update.

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TYPICAL APPLICATIONS

 Comprehensive performance evaluation on electronic system

As synthesized signal generators with top-level performance in such field,AV1464 series can generatehigh quality analog signals in alarge dynamic rangewithin the frequency range of250kHz~67GHz. They are used in the comprehensive performance evaluation of electronic systems on radar, electronic warfare and communication equipment, etc., to address the problems in system specification test on bandwidth, sensitivity, dynamic range, intermodulationdistortion and so on. 

image.png

Testing on High-performance Receiver

AV1464 series possess large output dynamic ranges and extremely high frequency stability and frequency resolution is 0.001Hz. They can output high-precision standard test signals in performance test on the high-performance receivers of radar, electronic warfare and communication equipment to address the problems in specification test on sensitivity, dynamic range, and channel selectivity and so on.

image.png

Local oscillator (LO) substitution

 With high pure signal quality,the AV1464 seriescan be used as ideal local oscillators to substitute those in the equipment under test, such as transmitters and receivers. They will effectively avoid negative effect on test due to bad quality of LO so as to ensure the accuracy and creditability of your test.

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