• Bildtitel

    Untertitel hier einfügen
    Button
  • Bildtitel

    Untertitel hier einfügen
    Button
  • Bildtitel

    Untertitel hier einfügen
    Button

Signal Generator


New Products 1466-V Series Signal Generator


Frequency rang                                  RF modulation bandwidth

6kHz~110GHz                        2GHz


Single-sideband phase noise

(10 GHz carrier @ 10 kHz frequency offset)

-132dBc/Hz


Maximum output power                    Minimum output power

+20dBm                                    -120dBm


Technical Specifications                Product Overview         


Technical Specifications

    Fequency Characteristic
 
Frequency Range

1466C-V:6kHz~13GHz

1466D-V:6kHz~20GHz

1466E-V:6kHz~33GHz

1466G-V:6kHz~45GHz

1466H-V:6kHz~53GHz

1466L-V:6kHz~67GHz

Frequency

N(Internal YO harmonic number)

6kHz≤f≤10MHz

-

10MHz<f≤50MHz

-

50MHz<f≤62.5MHz

1/256

62.5MHz<f≤125MHz

1/128

125MHz<f≤250MHz

1/64

250MHz<f≤500MHz

1/32

500MHz<f≤1GHz

1/16

1GHz<f≤2GHz

1/8

2GHz<f≤4GHz

1/4

4GHz<f≤8GHz

1/2

8GHz<f≤20GHz

1

20GHz<f≤40GHz

2

40GHz<f≤67GHz

4

Frequency Resolution

0.001Hz

Frequency switching time

<15ms

Time-based aging rate (typical)

±5×10 -10   /day(After 30 days of continuous energization)

Reference Output Frequency

10MHz

Power

>+4dBm,50Ω Load

Reference Input

Frequency

1~100MHz,step 1Hz

Power

-5dBm~+10dBm,I mpedance 50Ω

Scanning Characteristics

Scanning mode

Step Scan, List Scan, Analog Scan (Ramp Scan, Option S15)

Power scanning (option S16)

Analog Scan (Ramp Scan)

(Option S15)

Maximum scanning speed

f>4GHz

400MHz/ms

Scanning accuracy

±0.05% Sweep width (100ms scan time, within the specified 100ms maximum sweep width)

  Power Characteristics

Minimum power

 Model

 S tandard configuration

 Programmable Step Attenuator Option H01-90/120/130

1466C/D/E/G-V

-10dBm(Settable -20dBm)

Option H01-130:-120.0dBm(Settable -150dBm)

1466H/L-V

-10dBm(Settable -20dBm)

Option H01-90:-90.0dBm(Settable -110dBm)

Option H01-120:-90.0dBm(Settable -140dBm)

Maximum power

(CW,25±10°C)

1466C-V

Band

S tandard configuration

Programmable Step Attenuator Option

H01-130

H01-B130

High Power Output Option

H05-13

H05-B13

Programmable Step Attenuator Option +

High Power Output Option

H01-130 H05-13

H01-B130

H05-B13

6kHz≤f≤50MHz

≥+15.0

≥+15.0

≥+15.0

≥+15.0

50MHz<f≤13GHz

≥+15.0

≥+15.0

≥+20.0

≥+20.0

1466D-V

Band S tandard configuration

Programmable Step Attenuator Option

H01-130

H01-B130

High Power Output Option

H05-20

H05-B20

Programmable Step Attenuator Option+

High Power Output Option

H01-130

H05-20

H01-B130

H05-B20

6kHz≤f≤50MHz

≥+15.0

≥+15.0

≥+15.0

≥+15.0

50MHz<f≤20GHz

≥+15.0

≥+15.0

≥+20.0

≥+20.0

1466E-V

Band

S tandard configuration

Programmable Step Attenuator Option

H01-130

H01-B130

High Power Output Option

H05-33

H05-B33

Programmable Step Attenuator Option+

High Power Output Option

H01-130

H05-33

H01-B130

H05-B33

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

50MHz<f≤6GHz

≥+12.0

≥+12.0

≥+20.0

≥+20.0

6GHz<f≤18GHz

≥+12.0

≥+12.0

≥+18.0

≥+18.0

18GHz<f≤30GHz

≥+12.0

≥+12.0

≥+17.0

≥+17.0

30GHz<f≤33GHz

≥+12.0

≥+12.0

≥+18.0

≥+18.0

1466G-V

Band S tandard configuration

Programmable Step Attenuator Option

H01-130,

H01-B130

High Power Output Option

H05-45,

H05-B45

Programmable Step Attenuator Option+

High Power Output Option

H01-130

H05-45,

H01-B130

H05-B45

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

50MHz<f≤6GHz

≥+12.0

≥+12.0

≥+20.0

≥+20.0

6GHz<f≤18GHz

≥+12.0

≥+12.0

≥+18.0

≥+18.0

18GHz<f≤30GHz

≥+12.0

≥+12.0

≥+17.0

≥+17.0

30GHz<f≤40GHz

≥+12.0

≥+12.0

≥+18.0

≥+18.0

40GHz<f≤45GHz

≥+12.0

≥+12.0

≥+14.0

≥+14.0

1466H-V

Band S tandard configuration

Programmable Step Attenuator Option

H01-90/120,

H01-B90/B120

High Power Output Option

H05-53,

H05-B53

Programmable Step Attenuator Option+

High Power Output Option

H01-90/120+H05-53,

H01-B90/120+H05-B53

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

50MHz<f≤35GHz

≥+8.0

≥+8.0

≥+17.0

≥+16.0

35GHz<f≤40GHz

≥+8.0

≥+8.0

≥+15.0

≥+13.0

40GHz<f≤53GHz

≥+8.0

≥+8.0

≥+20.0

≥+18.0

1466L-V

Band S tandard configuration

Programmable Step Attenuator Option

H01-90/120,

H01-B90/B120

High Power Output Option

H05-67

H05-B67,

Programmable Step Attenuator Option+

High Power Output Option

H01-90/120+H05-53,

H01-B90/120+H05-B53

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

50MHz<f≤35GHz

≥+8.0

≥+8.0

≥+17.0

≥+16.0

35GHz<f≤40GHz

≥+8.0

≥+8.0

≥+15.0

≥+13.0

40GHz<f≤53GHz

≥+8.0

≥+8.0

≥+20.0

≥+18.0

53GHz<f≤65GHz

≥+8.0

≥+8.0

≥+18.0

≥+16.0

65GHz<f≤67GHz

≥+8.0

≥+8.0

≥+15.0

≥+12.0

Power accuracy

(25±10°C)

S tandard configuration

  Power

(dBm)

    Frequency

-10dBm<P≤+10dBm

+10dBm<P≤+25dBm

+25dBm<P

6kHz≤f≤50MHz

±1.0dB

±1.0dB

50MHz<f≤3GHz

±0.5dB

±0.5dB

±1.0dB

3GHz<f≤20GHz

±0.9dB

±0.9dB

±1.2dB

20GHz<f≤40GHz

±1.0dB

±1.0dB

40GHz<f≤50GHz

±1.3dB

±1.3dB

50GHz<f≤67GHz

±1.8dB

±1.8dB

H01-130/120/90/50/B130 Programmable Step Attenuator Option

     

Power

(dBm)

    Frequency

+120dBm<P≤-90dBm

-90dBm<P≤-50dBm

-50dBm<P≤+10dBm

+10dBm<P≤+25dBm

+25dBm<P

6kHz≤f≤50MHz

±1.5dB

±1.0dB

±1.0dB

50MHz<f≤3GHz

±1.2dB

±0.7dB

±0.5dB

±0.5dB

±1.0dB

3GHz<f≤20GHz

±1.8dB

±0.9dB

±0.9dB

±0.9dB

±1.2dB

20GHz<f≤40GHz

±1.2dB

±1.0dB

±1.0dB

40GHz<f≤50GHz

±1.5dB

±1.3dB

±1.3dB

50GHz<f≤67GHz

±2.0dB

±1.8dB

±1.8dB

Power resolution

0.01dB

Power Temperature Stability

0.02dB/℃(Typical value)

Output Impedance

50Ω(Rated value)

Source VSWR

(Internal steady rate)(Typical value)

100kHz≤f≤20GHz

<1.6

20GHz<f≤40GHz

<1.8

40GHz<f≤67GHz

<2.0

Maximum reverse power

0.5W(0V DC)(Rated value)

  Spectral purity

Harmonic wave

(Lesser of +10dBm or maximum output power)

Frequency

Standard configuration

6kHz≤f≤3GHz

<-30dBc

3GHz<f≤67GHz

<-55dBc

Subharmonic(lesser of +10dBm or maximum output power)

100kHz≤f≤20GHz

<-80dBc

20GHz<f≤40GHz

<-60dBc

40GHz<f≤67GHz

<-50dBc

Non-harmonic

(at 0 dBm, 3 kHz frequency offset away)

 Frequency

Option H04-1

Option H04-2

6kHz≤f≤250MHz

<-58dBc

<-68dBc

250MHz<f≤4GHz

<-70dBc

<-80dBc

4GHz<f≤10GHz

<-70dBc

<-80dBc

10GHz<f≤20GHz

<-64dBc

<-74dBc

20GHz<f≤40GHz

<-58dBc

<-68dBc

40GHz<f≤67GHz

<-45dBc

<-45dBc

Single Sideband Phase Noise

(dBc/Hz at +10dBm or lesser of maximum output power)

H04-1 Low phase noise option

        Frequency offset 

Frequency

10Hz

100Hz

1kHz

10kHz

100kHz

1MHz

10MHz

100MHz

<-118

<-141

<-148

<-150

250MHz<f≤500MHz

<-111

<-130

<-145

<-143

0.5 GHz<f≤1GHz

<-105

<-124

<-140

<-138

1 GHz<f≤2GHz

<-100

<-118

<-134

<-132

2 GHz<f≤4GHz

<-93

<-113

<-128

<-126

4GHz<f≤10GHz

<-85

<-105

<-120

<-118

10GHz<f≤20GHz

<-79

<-99

<-114

<-112

20GHz<f≤40GHz

<-73

<-93

<-108

<-106

40GHz<f≤67GHz

<-67

<-87

<-103

<-101

67GHz<f≤110GHz

<-61

<-81

<-97

<-95

H04-2 Ultra   Low phase noise option

        Frequency offset

Frequency

10Hz

100Hz

1kHz

10kHz

100kHz

1MHz

10MHz

100MHz

<-102

<-118

<-141

<-148

<-150

<-152

<-152

250MHz<f≤500MHz

<-92

<-112

<-135

<-146

<-148

<-150

<-150

0.5GHz<f≤1GHz

<-90

<-110

<-134

<-144

<-147

<-150

<-150

1GHz<f≤2GHz

<-88

<-104

<-127

<-138

<-142

<-148

<-148

2 GHz<f≤4GHz

<-82

<-99

<-122

<-135

<-136

<-146

<-148

4GHz<f≤10GHz

<-77

<-91

<-115

<-128

<-128

<-140

<-154

10GHz<f≤20GHz

<-71

<-85

<-109

<-122

<-122

<-134

<-152

20GHz<f≤40GHz

<-63

<-79

<-99

<-116

<-116

<-128

<-142

40GHz<f≤67GHz

<-57

<-73

<-94

<-110

<-110

<-122

<-136

  Modulation characteristics

Frequency modulation

(50MHz<f≤50GHz,Option S11)

Maximum frequency deviation:N×20MHz(N is the number of fundamental harmonics)

Accuracy(1kHz,N×20kHz≤offset<N×800kHz):

         <± (2.5%×offset+20Hz)

Modulation rate(3dB bandwidth,N×500kHz offset):DC-10MHz

Distortions(1kHz,N×20kHz≤ offset <N×800kHz):<1%

Phase modulation

(50MHz<f≤50GHz,Option S11)

Maximum Phase Deviation:

Normal mode:N×20.0rad(N is the number of YO harmonics)

Wideband mode:N×2rad

Low-noise mode:N×0.2rad

Accuracy(1kHz,N×0.2rad≤phase offset<N×8rad,normal mode):

         <± (3%×phase offset+0.01 rad)

Modulation rate(3dB bandwidth):

Wideband mode  DC~10MHz(Typical value)

Distortions(1kHz,N×0.8rad≤phase offset<N×8rad phase offset,Total Harmonic Distortion):<0.8%

Amplitude modulation

(10MHz<f≤50GHz, option S11)

Maximum depth:>90%

Modulation rate(3 dB bandwidth, 30% modulation depth):DC~100kHz

Accuracy(1kHz modulation rate,30% modulation depth):±(5%×depth+1%)

Distortions(1kHz modulation rate,linear mode,Total Harmonic Distortion,30% modulation depth):<1.0%

Pulse modulation

(f>50MHz, S13 Coverage of S12 functional indicators)

Pulse Modulation Option S12

Switching ratio

>80dB

Rise and fall time

<20ns

Repeat Frequency

0Hz~25MHz

Minimum pulse width

0.1μs

Narrow Pulse Modulation Option S13

Switching ratio

>80dB

Rise and fall time

<10ns

Repeat Frequency

0Hz~25MHz

Minimum pulse width

20ns

Low Frequency Output/Function Generator

(Option S14)

Supports frequency/phase modulation, amplitude modulation modulation source outputs

Waveforms: Sine, Square, Triangle, Ramp, Noise, Double Sine, Sweep Sine

Frequency range: Sine, Double Sine, Sweep Sine DC ~ 10MHz; Square, Triangle, Ramp Wave 0.1Hz ~ 1MHz

Frequency resolution: 0.1Hz

Low Frequency Output: Amplitude 0~5Vpp (rated value), to 50Ω load

Vector modulation accuracy

(EVM,RMS%,after calibration,0dBm,25℃±10℃)

Universal Modulation Format (Coding rate 4Msps,root Nyquist filters,α=0.3,QPSK,f>100MHz):

100MHz<f≤4GHz <0.8%

4GHz<f≤20GHz <1.0%

20GHz<f≤40GHz <1.2%

40GHz<f≤67GHz <1.4%

CDMA(Coding rate 3.84Msps,root Nyquist filters,α=0.22,QPSK):

<0.7%   (2GHz)

5GNR:(Test Model   3.1a,100MHz,256QAM,30kHz SCS,option  S01):

<0.85%   (100MHz,3.5GHz)

<1.0%   (100MHz,10GHz)

<1.2%   (100MHz,28GHz)

<1.8%   (100MHz,42.5GHz)

Neighborhood power ratio (ACPR,after calibration,25℃±10℃)

 

CDMA:(Coding rate 3.84Msps,root Nyquist filters,α=0.22,QPSK,0dBm)

>64dBc (2GHz)

5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS,option S01)

1466C/D/E/F   -V

>52dBc (100MHz,3.5GHz,   0dBm)

>51dBc (100MHz,10GHz,0dBm)

>48dBc (100MHz,28GHz,0dBm)

>42dB (100MHz,42.5GH,0dBm)

1466H/L   -V

>52dBc   (100MHz,3.5GHz, 0dBm)

>51dBc (100MHz,10GHz,   0dBm)

     >46dB   (100MHz,28GHz, +5dBm)

     >41dB   (100MHz,42.5GHz, +5dBm)

Internal modulation bandwidth

(Carrier wave 900MHz、2.6GHz、3.5GHz、10GHz、28GHz、42.5GHz,option S01/02)

H31-500/H31-B500 option:500MHz(Polyphonic, number of tones 51, frequency interval 10MHz, frequency response<3.0dB);

H31-1000/H31-B1000 option:1GHz(Multitone, number of tones 51, carrier ≥ 2.6 GHz, frequency interval 20 MHz, frequency response<4.0dB);

H31-2000/H31-B2000选件:2GHz(Multitone, number of tones 51, carrier ≥ 3.5 GHz, frequency interval 40 MHz, frequency response<5.0dB)。

External modulation bandwidth

(Carrier wave 10GHz、28GHz、42.5GHz)

Standard configuration:2GHz(Amplitude Stabilized Open Loop, I-Channel Input 500mVpp sine wave,frequency response±5.0dB);

H33/H33-B:5GHz(f>20GHz,Amplitude Stabilized Open Loop, I-Channel Input 500mVrms sine wave,frequency response±8.0dB)。

Internal baseband signal generator

Number of channels: 2 (I and Q)

Maximum code element rate:

Standard: 150Msps

Option H31-1000: 300Msps

Option H31-2000: 600Msps

Baseband waveform memory:

Standard: 1G sample points

Option H32: 4G samples

Real-time baseband mode:

Modulation format:

PSK:BPSK、QPSK、AQPSK、OQPSK、π/4DQPSK、8PSK

QAM:   16、32、64、128、256、512、1024、2048、4096

FSK:2、4、8、16、32、64

ASK、MSK、APSK Arbitrary wave modulation

Maximum frequency interval for multi-tone mode(H31-2000):2GHz

EVM: <0.5% (typical) (RMS%, 4Msps code rate, root Nyquist filter, α=0.3, QPSK format)

Arbitrary waveform mode:

Data format: waveform segment, sequence

Maximum clock frequency (H31-2000): 2.5GHz

Trigger modes: continuous, single, gated

Trigger source: key trigger, external

Trigger type: auto, trigger, real-time, single ignore repeat trigger, single buffer repeat trigger, single real-time repeat trigger, gated high valid, gated low valid.

  General Characteristics
RF output port

1466C/D-V:3.5mm (male), Impedance 50Ω

1466E/G-V:2.4mm (male), Impedance 50Ω

1466H/L-V:1.85mm (male), Impedance 50Ω

Maximum external dimensions

(W×H×D)

475mm×193mm×610mm(Includes handles and protective bottom corners)

426mm×177mm×500mm(Excluding handles and protective bottom corners)

Weights

<35Kilograms (weight varies by model and option configuration)

Power supply

100~120VAC,50~60Hz;or 200~240VAC,50~60Hz(self-adaptation)

power consumption

 <700W

Temperature range

Operating temperature:0℃~+50 ℃;Storage temperature:-40℃ ~+70℃  

 


Product Overview


Ceyear 1466-V series signal generator is a general-purpose test instrument for microwave millimeter wave cutting-edge testing, with wide frequency range coverage, large RF modulation bandwidth, high signal spectral purity, high accuracy and large dynamic range of the power output, as well as excellent vector modulation accuracy and ACPR performance, with the design of single machine dual RF channels and multi-machine cascade, to meet your various test requirements. The design of single dual-RF channel and multiple cascade can meet your various test requirements. The rich built-in functions such as analog modulation, digital modulation, fading simulation, AWGN, etc. make daily testing more convenient. With simulation software to realize multi-scenario signal simulation, it is easy to support wireless communication, mobile communication and other complex scenarios. Newly upgraded human-computer interaction with a large touch screen graphical guide interaction, mobile browser access control, multi-vendor power meter connection identification, multi-client deployment, SCPI command recording, control interface customization, and baseband waveform preview and a series of new features, to create a sense of test happiness for the user.The Ceyear 1466-V Series Signal Generator is the ideal choice for high-standard testing from component level to system level. Ceyear 1466-V series signal generators are ideal for high-standard testing from component level to system level.