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Signal Generator


New Products 1466 Series Signal Generator


Frequency rang                                 

6kHz~110GHz


Bottom noise

(typical, 20 GHz @ 30 kHz frequency offset)
-116dBc/Hz                       


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: 6kHz~13GHz

1466D: 6kHz~20GHz

1466E: 6kHz~33GHz

1466G: 6kHz~45GHz

1466H: 6kHz~53GHz

1466L: 6kHz~67GHz

1466N: 6kHz~90GHz

1466P: 6kHz~110GHz

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

100GHz<f ≤ 110GHz

6

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

1466 C/D/E/G

-10dBm(Settable -20dBm)

Option H01-130:

6kHz ≤ f ≤100kHz:

       -90.0dBm (Settable -150dBm)

f > 100 kHz:

-120.0dBm(Settable -150dBm)

1466 H/L

-10dBm(Settable -20dBm)

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

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

1466 N/P

-10dBm(Settable -20dBm)

Option H01-50: -50.0dBm(Settable -70dBm)

Maximum power

(CW,25±10°C)

1466C

Band

Standard 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

Band Standard 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

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

Band Standard 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

Band Standard 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≤20GHz

≥+8.0

≥+8.0

≥+17.0

≥+16.0

20GHz<f≤40GHz

≥+8.0

≥+8.0

≥+15.0

≥+13.0

40GHz<f≤53GHz

≥+8.0

≥+8.0

≥+20.0

≥+18.0

1466L

Band Standard 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≤20GHz

≥+8.0

≥+8.0

≥+17.0

≥+16.0

20GHz<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

1466N

Band Standard configuration

Programmable Step Attenuator Option

H01-50,

H01-B50

High Power Output Option

H05-90

H05-B90,

Programmable Step Attenuator Option+

High Power Output Option

H01-50+ H05-90,

H01-B50+ H05-B90

6kHz≤f≤50MHz

≥+5.0

≥+5.0

≥+8.0

≥+8.0

50MHz<f≤20GHz

≥+5.0

≥+5.0

≥+13.0

≥+13.0

20GHz<f≤40GHz

≥+5.0

≥+5.0

≥+12.0

≥+10.0

40GHz<f≤67GHz

≥+3.0

≥+3.0

≥+10.0

≥+8.0

67GHz<f≤85GHz

≥+0.0

≥+0.0

≥+7.0

≥+5.0

85GHz<f≤90GHz

≥-5.0

≥-5.0

≥+3.0

≥+0.0

1466P

Band Standard configuration

Programmable Step Attenuator Option

H01-50,

H01-B50

High Power Output Option

H05-110

H05-B110,

Programmable Step Attenuator Option+

High Power Output Option

H01-50+ H05-110,

H01-B50+ H05-B110

6kHz≤f≤50MHz

≥+5.0

≥+5.0

≥+8.0

≥+8.0

50MHz<f≤20GHz

≥+5.0

≥+5.0

≥+13.0

≥+13.0

20GHz<f≤40GHz

≥+5.0

≥+5.0

≥+12.0

≥+10.0

40GHz<f≤67GHz

≥+3.0

≥+3.0

≥+10.0

≥+8.0

67GHz<f≤85GHz

≥+0.0

≥+0.0

≥+7.0

≥+5.0

85GHz<f≤110GHz

≥-5.0

≥-5.0

≥+3.0

≥+0.0

Power accuracy

(25±10°C)

Standard 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

67GHz<f≤85GHz

±2.0dB

±2.0dB

85GHz<f≤110GHz

±2.2dB

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

67GHz<f≤85GHz

±2.0dB

±2.0dB

85GHz<f≤110GHz

±2.2dB

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

67GHz<f≤85GHz

<2.5

85GHz<f≤110GHz

<3.0

Maximum reverse power

0.5W(0V DC)(Rated value)

  Spectral purity

Harmonic wave

(Lesser of +10dBm or maximum output power)

Frequency

Standard configuration

100kHz≤f≤3GHz

<-30dBc

3GHz<f≤67GHz

<-55dBc

67GHz<f≤110GHz

<-40dBc

Subharmonic

(lesser of +10dBm or maximum output power)

6kHz≤f≤20GHz

<-80dBc

20GHz<f≤40GHz

<-60dBc

40GHz<f≤110GHz

<-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

<-52dBc

<-62dBc

67GHz<f≤110GHz

<-48dBc

<-58dBc

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

67GHz<f≤110GHz

<-51

<-67

<-88

<-104

<-104

<-116

<-130

  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

 50MHz ~ 67GHz 

> 67GHz

Switching ratio

>80dB

>60dB

Rise and fall time

<20ns

<30ns

Repeat Frequency

0Hz~25MHz

0Hz~25MHz

Minimum pulse width

0.1μs

0.1μs

Narrow Pulse Modulation Option S13

 50MHz ~ 67GHz 

 

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

  General Characteristics
RF output port

1466C/D: 3.5mm (male), Impedance 50Ω

1466E/G: 2.4mm (male), Impedance 50Ω

1466H/L :1.85mm (male), Impedance 50Ω

1466N/P :1.0mm (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

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

Power supply

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

power consumption

 < 600W

Temperature range

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

 


Product Overview


Ceyear 1466 series signal generator is a general-purpose test instrument for microwave millimeter wave cutting-edge testing, with wide frequency range coverage, high signal spectral purity, high accuracy and large dynamic range of power output, with a single dual-RF channel design, it can satisfy a variety of user testing requirements. Analog scanning, analog modulation, pulse modulation and other rich built-in functions make testing more convenient. 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 a series of other new features to create a user's test of happiness.The Ceyear 1466 Series Signal Generator is the ideal choice for high-standard testing from the component level to the system level.