Frequency Range

1465C-V:100  kHz  ~  10  GHz

1465D-V:100  kHz  ~  20  GHz  

1465F-V:100  kHz  ~  40  GHz

( Maximum frequency up to 44  GHz  )

1465H-V:100  kHz  ~  50  GHz

1465L-V:100  kHz  ~  67  GHz

N (  Internal YO harmonic number )

100  kHz   ≤   f   ≤   250  MHz

1/8

250  MHz   <   f   ≤   500  MHz

1/16

500Hz   <   f   ≤   1  GHz

1/8

1  GHz   <   f   ≤   2  GHz

1/4

2  GHz   <   f   ≤   3.2  GHz

1/2

3.2  GHz   <   f   ≤   10  GHz

1

10  GHz   <   f   ≤   20  GHz

2

20  GHz   <   f   ≤   28.5  GHz

3

28.5  GHz   <   f   ≤   50  GHz

5

50  GHz   <   f   ≤   67  GHz

10

Frequency Resolution

  0.001 Hz

Frequency Switch time

  <   20ms  ( Typical value  )

Time-based aging rate
(Typical value )

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

Reference Output

10  MHz

>+4  dBm, Up to 50 Ω loads

Reference Input

1   ~   50  MHz , Step  1Hz

-5  dBm  ~  +10  dBm, Impedance  50  Ω

    Scanning Characteristics

Scanning Mode

Analog Frequency Sweep
(option H03)

100  kHz   ≤   f   ≤   500  MHz

25  MHz/ms

500Hz   <   f   ≤   1  GHz

50  MHz/ms

1  GHz   <   f   ≤   2  GHz

100  MHz/ms

2  GHz   <   f   ≤   3.2  GHz

200  MHz/ms

3.2  GHz   <   f

400  MHz/ms

±0.05% sweep width

(scanning time100ms,

Within the specified maximum sweep width of 100ms)

Minimum Power

Option H01A/B

1465C/D/F-V

-20  dBm

-110  dBm(Settable -135  dBm)

1465H/L

-20  dBm

-90  dBm(Settable -110  dBm)

Maximum Power

( 25±10°C )

Frequency Range

Standard configuration

Programmable step
attenuator option   H01A/B

Large Power Output option H05

Option
H01A/B+H05

1465C/D-V

100  kHz   ≤   f   ≤   20  GHz

15  dBm

15  dBm

20  dBm

20  dBm

1465F-V

100  kHz   ≤   f   ≤   9  GHz

10  dBm

10  dBm

18  dBm

18  dBm

9  GHz   <   f   ≤   30  GHz

10  dBm

10  dBm

15  dBm

15  dBm

30  GHz   <   f   ≤   40  GHz

10  dBm

10  dBm

12  dBm

12  dBm

1465H/L-V

100  kHz   ≤   f   ≤   15  GHz

5  dBm

5  dBm

15  dBm

15  dBm

15  GHz   <   f   ≤   30  GHz

5  dBm

5  dBm

12  dBm

12  dBm

30  GHz   <   f   ≤   60  GHz

5  dBm

4  dBm

8  dBm

6  dBm

60  GHz   <   f   ≤   67  GHz

4  dBm

3  dBm

6  dBm

4  dBm

Power Accuracy

( 25±10°C )

Standard configuration

10   ~   20

-10   ~   10

-20   ~   -10

100  kHz   ≤   f   ≤   2  GHz

± 0.8dB

± 0.6dB

± 1.5dB

2  GHz   <   f   ≤   20  GHz

± 0.8dB

± 0.8dB

± 1.5dB

20  GHz   <   f   ≤   40  GHz

± 1.0dB

± 0.9dB

± 1.8dB

40  GHz   <   f   ≤   50  GHz

---

± 1.3dB

± 1.8dB

50  GHz   <   f   ≤   67  GHz

---

± 1.5dB

± 2.0dB

H01A/B  Programmable step attenuator option

Power ( dBm) →
Frequency ↓

10   ~   20

-10   ~   10

-70   ~   -10

-90   ~   -70

100  kHz   ≤   f   ≤   2  GHz

± 0.8dB

± 0.6dB

± 0.7dB

± 1.5dB

2  GHz   <   f   ≤   20  GHz

± 0.8dB

± 0.8dB

± 0.9dB

± 1.8dB

20  GHz   <   f   ≤   40  GHz

± 1.0dB

± 0.9dB

± 1.0dB

± 2.0dB

40  GHz   <   f   ≤   50  GHz

---

± 1.3dB

± 1.5dB

± 2.5dB

50  GHz   <   f   ≤   67  GHz

---

± 1.5dB

± 1.8dB

± 3.0dB

Power Resolution

0.01 dB

Power Temperature Stability

0.02 dB/  ℃ (typical value)

Output Impedance

50  Ω (Rated value)

Source VSWR
(internal steady rate)
(typical value)

100  kHz   ≤   f   ≤   2  GHz

  <   1.4

2  GHz   <   f   ≤   20  GHz

  <   1.6

20  GHz   <   f   ≤   40  GHz

  <   1.8

40  GHz   <   f   ≤   67  GHz

  <   2.0

Maximum Reverse Power

0.5W (0V _DC ) (Rated value)

Harmonic Wave
(Lesser one of +10 dBm or
Maximum Output Power)

Frequency

Standard configuration

100  kHz   ≤   f   ≤   10  MHz

  <   -25dBc

10  MHz   <   f   ≤   2  GHz

  <   -30dBc

2  GHz   <   f   ≤   9  GHz

  <   -55dBc

9  GHz   <   f   ≤   14  GHz

  <   -55dBc

14  GHz   <   f   ≤   20  GHz

  <   -55dBc

20  GHz   <   f   ≤   67  GHz

  <   -45dBc  (typical value)

100  kHz   ≤   f   ≤   10  GHz

None

10  GHz   <   f   ≤   20  GHz

  <   -60dBc

20  GHz   <   f   ≤   67  GHz

  <   -45dBc

Non-harmonic
(at 0  dBm,
far from 3  kHz frequency offset)

Frequency

Standard configuration

Option H04

100  kHz   ≤   f   ≤   250  MHz

  <   -58dBc

  <   -58dBc

250  MHz   <   f   ≤   3.2  GHz

  <   -74dBc

  <   -80dBc

3.2  GHz   <   f   ≤   10  GHz

  <   -62dBc

  <   -70dBc

10  GHz   <   f   ≤   20  GHz

  <   -56dBc

  <   -64dBc

20  GHz   <   f   ≤   28.5  GHz

  <   -52dBc

  <   -52dBc

28.5  GHz   <   f   ≤   40  GHz

  <   -45dBc

  <   -45dBc

40  GHz   <   f   ≤   60  GHz

  <   -42dBc

  <   -42dBc

Single Sideband Phase Noise
( dBc/Hz,Lesser one of +10 dBm or Maximum Output Power)

Frequency

1Hz

10Hz

100Hz

1  kHz

10  kHz

100  kHz

100  kHz   ≤   f   ≤   250  MHz

---

---

-104

-121

-128

-130

250  MHz   <   f   ≤   500  MHz

---

---

-108

-126

-132

-136

0.5   GHz   <   f   ≤   1  GHz

---

---

-101

-121

-130

-130

1  GHz   <   f   ≤   2  GHz

---

---

-96

-115

-124

-124

2  GHz   <   f   ≤   3.2  GHz

---

---

-92

-111

-120

-120

3.2  GHz   <   f   ≤   10  GHz

---

---

-81

-101

-110

-110

10  GHz   <   f   ≤   20  GHz

---

---

-75

-95

-104

-104

20  GHz   <   f   ≤   28.5  GHz

---

---

-69

-89

-98

-98

28.5  GHz   <   f   ≤   50  GHz

---

---

-64

-84

-92

-92

50  GHz   <   f   ≤   67  GHz

---

---

-57

-77

-86

-86

H04 Ultra-low phase noise option

100  kHz   ≤   f   ≤   250  MHz ⁵

-64

-92

-105

-123

-138

-142

250  MHz   <   f   ≤   500  MHz

-67

-93

-111

-126

-138

-142

0.5  GHz   <   f   ≤   1  GHz

-62

-91

-105

-123

-138

-138

1  GHz   <   f   ≤   2  GHz

-57

-86

-100

-117

-133

-133

2  GHz   <   f   ≤   3.2  GHz

-52

-81

-96

-113

-128

-128

3.2  GHz   <   f   ≤   10  GHz

-43

-72

-85

-105

-120

-120

10  GHz   <   f   ≤   20  GHz

-37

-66

-79

-98

-114

-114

20  GHz   <   f   ≤   28.5  GHz

-31

-60

-73

-91

-108

-108

28.5  GHz   <   f   ≤   50  GHz

-26

-54

-68

-85

-102

-102

50  GHz   <   f   ≤   67  GHz

-20

-48

-62

-79

-96

-96

    Modulation Characteristics

Frequency Modulation
(10 MHz<50 GHz, option H02A)

Maximum frequency offset: N×16 MHz (N is the number of YO harmonics)

Accuracy (1 kHz speed rate, N×20 kHz< frequency offset < N×800 kHz):

        < ± (3.5%×setting frequency offset+20Hz)

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

Distortion (1 kHz speed rate, N×20 kHz < frequency offset < N×800 kHz): < 1%

Phase Modulation
(10 MHz<50 GHz, option H02A)

Maximum phase offset:

Normal mode: N×16 rad (N is the number of YO harmonics)

BroadBand mode: N×1.6 rad (N is the number of YO harmonics)

Accuracy (1 kHz speed rate, N×0.2 rad < phase offset < N×8rad, Normal mode):

       < ±   (5%×setting phase offset+0.01 rad)

Modulation rate(3 dB bandwith):

Broa dBand mode   DC~10 MHz (typical value)

Distortion(1 kHz speed rate,N×0.8rad < phase offset < N×8rad phase offset, Total harmonic distortion): < 1%

Amplitude Modulation

(10 MHz<50 GHz,option H02A)

Maximum depth: > 90%

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

Accuracy(1 kHz Modulation rate, 30% Modulation depth): ±(6%×settingdepth+1%)

Distortion(1 kHz Modulation rate,  linear mode, Total harmonic distortion, 30% Modulation depth): < 1.5%

Pulse Modulation

(option H02B)

500  MHz   ~   3.2  GHz

> 3.2  GHz

> 80 dB

> 80 dB

  <   20 ns

  <   20 ns

1 μs

1μs

0.1 μs

0.1μs

Narrow Pulse Modulation
(option H02C)

50  MHz   ~   3.2  GHz

大于 3.2  GHz

> 80 dB

> 80 dB

  <   15 ns

  <   10 ns

1 μs

1 μs

Minimum unsteady amplitude pulse width

30 ns

20 ns

Internal Modulation signal generator

(option H02A/B/C)

Provides 3 independent signals for Frequency/Phase Modulation,
Amplitude Modulation and Low Frequency Output signals.

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

Frequency Range: Sine, Double Sine, Sweep Sine DC~10 MHz; Square, Triangle, Ramp Wave 0.1 Hz ~100 kHz

Frequency Resolution: 0.1 Hz

Low frequency Output :Amplitude0 ~ 3 V peak (rated value), to 50  Ω load

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

Pulse period: 100 ns~42 s , Resolution:10 ns

Vector modulation accuracy
(after calibration, 25 ℃±10 ℃)

(Code rate 4Msps,
Root Nyquist filter, α=0.3,
QPSK format, 0 dBm)

1465C/D/F-V

50  MHz   ~   40  GHz (or maximum frequency)

EVM ( RMS% )   <   1.4%

1465H/L-V

50  MHz   ~   40  GHz

EVM ( RMS% )   <   1.4%

40  GHz   ~   67  GHz (or maximum frequency)

EVM ( RMS% )   <   2.5%

Internal Modulation Bandwidth

 (Carrier wave 900  MHz 、 1.8  GHz 、 2.4  GHz 、 6  GHz 、 18  GHz 、 35  GHz 、 50  GHz )

Standard configuration:
120 MHz (multi-tone, number of tones 51, frequency interval 2.4 MHz, ±3dB bandwidth).

H31 Large modulation bandwidth option:
200 MHz (multi-tone, number of tones 51, frequency interval 4 MHz, ±3 dB bandwidth).

H36  500  MHz Large modulation bandwidth option:

     500  MHz (polyphony, number of tones 512, ±3dB bandwidth).

H37  1  GHz Large modulation bandwidth option:

     1  GHz (Polyphony, number of tones 512, ±3dB bandwidth).

External modulation bandwidth

(Carrier wave 900  MHz、 1.8  GHz 、 2.4  GHz 、 6  GHz 、 18  GHz 、 35  GHz 、 50  GHz )

200  MHz ( Amplitude stabilized open loop,
I channel input 100mVrms sine wave, ±4dB bandwidth)

External broadband modulation bandwidth

(Option H33)

( 7  GHz 、 18  GHz 、 35  GHz 、 48  GHz )

2  GHz (  Amplitude stabilized open loop,
I channel input 100 mVrms sine wave, ±4dB bandwidth)

Internal Baseband Signal Generator

Number of channels: 2 (I and Q)

Maximum Code Rate:
Standard: 60 Msps
Option H31: 125 Msps
Option H36: 156.25 Msps
Option H37: 312.5 Msps

Baseband Waveform Memory: 
Standard:      1G samples
Option H32: 2G samples

Real-time baseband mode: 1G samples

Modulation Format:
    PSK : BPSK 、 QPSK 、 OQPSK 、 π/4DQPSK 、 D8PSK 、 16PSK

    QAM : 4 、 16 、 32 、 64 、 128 、 256 、 512 、 1024

    FSK : 2 、 4 、 8 、 16

    ASK 、 MSK, Arbitrary wave modulation

Maximum frequency spacing in two-tone mode: 200 MHz

EVM: < 1.0% (typical) (RMS%, code rate 4Msps, root Nyquist filter, α=0.3, QPSK format)

Arbitrary wave modes:
Data format: Mat-File 5, ASCII, Binary, cap, csv.

Trigger:
Trigger type:    continuous, single, gated, advanced waveform segment.

Trigger source: key trigger, external trigger, bus trigger (GPIB, LAN).

Trigger Mode:  Auto Play, Trigger Play, Trigger Reset, Single Auto, Single Trigger Buffer, Single Reset, Gated (High, Low), Waveform Segment Single, Waveform Segment Continuous.

AWGN

(选件 S03 )

Type of noise addition: pure noise, continuous wave interference, additive noise.

Noise bandwidth: 120/200 MHz.

Signal Noise Setting Range: 0 ~ 60 dB.

1465C-V: N type (female), impedance 50 Ω

1465D-V: 3.5 mm (male), N type (female) (option H91), impedance 50 Ω

1465F-V: 2.4 mm (male), impedance 50 Ω

1465H/L-V: 1.85 mm (male), impedance 50 Ω

Size

( W × H × D )

517  mm  ×  192  mm  ×  550  mm
( Includes handles and protective bottom corners )

435  mm  ×  178  mm  ×  498  mm
(Excluding handles and protective bottom corners)

Weight

  <   28 Kg (weight varies by model and option configuration)

Power Supply

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

功耗

< 400 W

Working temperature:  0 ℃~+50 ℃
Storage temperature:   -40 ℃~+70 ℃