www.lignex1.com
Full compliance
EMI Measurement
Receiver
Cost Effective & High performance Optimized Solution for
EMI Full compliance Test
Main Features
RF Performance
• Standard Built-in Pre-selector, Tracking Generator
• Standard Built-in Pre-Amplifier1(Gain: 20dB nominal @ 1kHz ~ 3GHz)
• Standard Built-in Pre-Amplifier2(Gain: 30dB nominal @ 30MHz ~ 26.5GHz)
• 6dB EMI Measurement Bandwidth conforming to CISPR, MIL Standard
• Broadband Built-in Pre-amp (30MHz ~ 26.5GHz)
• CISPR Detector(Peak, Average, Quasi-Peak Display simultaneously, RMS Display)
• For all commercial EMI Standards
• GPIB, RS-232C, LAN Interface
• LabView, LabWindows, CVI Driver
• User-friendly functions based on Windows XP OS
• Optional built-in C/W Signal Generator(1.3GHz/3.3GHz/6.6GHz)
• Free NSA(Normalized Site Attenuation) measurement SW
• Integrated measurement solution EMI Total Solution 2008(With LSA-30/132/265)
• Frequency range from 3Hz to 26.5GHz
• Displayed Average Noise Level: Typical -168dBm/Hz(Pre-amp2 on)
• 1dB Compression: Nominal +2dBm @ 1.5GHz ~ 3GHz(Without Pre-selector off)
• Noise Figure: Typical +5dB(Pre-amp2 Option)
• Phase Noise: Typical -115dBc(@ 10kHz offset)
Main Uses
• EMI Full Compliance(CE, RE) test certification
• Debugging
• Normalized Site Attenuation for Chamber(NSA)
• EMI Pre-test(R&D, Manufacturing)
• Wireless Frequency Analysis (Mobile Telecommunication, WLAN, WiMAX) EMI Full
Compliance Measurement
EMI Full Compliance Measurement
Cost Effective & High performance Optimized Solution for
EMI Full compliance Test
Leading in Features
•Debugging in Spectrum Analyzer mode(Scan mode/Spectrum Debugging
Mode)
•Maximum 6 sub-ranges, set frequency range, step size, Bandwidth,
Measure Time etc. by ranges
•Display a trace and a limit line of 3 detectors, Quasi-peak, Peak, Average
•All Commercial EMI Standards such as KN, EN, FCC etc based on CISPR
•Amplitude Correction functions: Antenna, Cable, User’s own factors
•CISPR verification mode for EMI Lab, Institution, RMS measurement
function available
•X Scale Log/Linear conversion function
•Standard Built-in Pre-selector(14 pre-selection filters) for precise
measurement
•Standard Built-in Tracking Generator both for Pre-selector alignment and
Normalized Site Attenuation in Test house
•Standard Built-in Pre-Amplifier1(Gain: 20dB nominal @ 1kHz ~ 3GHz)
•Standard Built-in Pre-Amplifier2(Gain: 30dB nominal @ 30MHz ~
26.5GHz)
•10.4" TFT Wide Screen LCD
•System OS: Windows XP Professional
•Remote control: GPIB, RS-232C, LAN Interface(Standard)
•Labview, Labwindows, CVI Driver
•Installable Printer Driver(XP)
•Optional built-in C/W Signal Generator(1.3GHz/3.3GHz/6.6GHz)
Outstanding Performance
•Frequency Range : 3Hz to 26.5GHz
•Total measurement uncertainty
- Pre-selector on, Pre-Amp On : 1.0dB(Up to 1GHz)
- Pre-selector on, Pre-Amp Off : 0.5dB(Up to 3GHz)
•Noise Figure : Typical +5dB(@ 30MHz ~ 100MHz, Pre-amp2 On)
Typical +7dB(@ 100MHz ~ 3GHz, Pre-amp2 On)
•Phase Noise : Typical -115dBc(@ 10kHz offset)
•TOI: Typical +20dBm(@ 100MHz ~ 1GHz, Pre-amp off)
•DANL : Typical -168dBm/Hz(@ 30MHz ~ 26.5GHz, Pre-amp2 On)
•SHI: Nominal +80dBm(@1.5GHz ~ 26.5GHz, Pre-amp off)
•EMI Measurement Bandwidth(6dB): 200Hz, 9kHz, 120kHz
10Hz, 100Hz, 1kHz, 10kHz, 100kHz,
1MHz, 1MHz Impulse
High Performance Spectrum Analyzer
•Fully Digital IF(RBW/VBW)
- RBW: 1Hz to 5MHz(1Hz ~ 300Hz : FFT Mode, Shape factor : < 4.5:1 )
- VBW: 1Hz to 3MHz
•Residual Response: -95dBm(nominal)@1MHz ~ 26.5GHz(Input termed,
0dB Attenuation)
•Sweep time: 10ms ~ 2000s(1㎲ ~ 2000s: Zero span)
•RF Input Attenuator: 0dB ~ 55dB (5dB step)
2
•Digital AM/FM Demodulation
•Powerful RF measurement personalities such as ACR, Phase Noise,
CCDF, TOI, Spurious Emission, Spectrum Emission Mask etc.
•LIG Nex1’s EMI Receiver Can verify every EMI standard in full compliance
with CISPR in the frequency range from 3Hz to 3GHz.
•Experience the LIG Nex1’s EMI Receiver verified in the fields of EMI
Conducted and Radiated Emission
LIG Nex1’s EMI Receiver Can verify every EMI standard in full compliance with CISPR in the frequency range from 3Hz to 3GHz.
Experience the LIG Nex1’s EMI Receiver verified in the fields of EMI Conducted and Radiated Emission
Commercial standards
Military standards
◆ CISPR11.22
◆ VG95370.95377
◆ EN55011.55022
◆ DEF-STAN49.41
◆ VDE0872.0879
◆ GAM-EG13
◆ ANSI-C63.4
◆ MIL-STD-461E
◆ FCC15, 18
◆ EACL1.8
Main Uses
Full Compliance for EMI standards(CE, RE)
EMI Pre-Test for R&D, Manufacturing
Used for a professional certification purpose, the EMI Receiver extracts precise
measurement values by combining with an antenna within a standardized
chamber such as Test House. It also conforms to a variety of domestic and
every industry standards(CISPR 16-1-1). The built-in Pre-Selector enables the
equipment to remove mutual interferences within the measuring bandwidth
and to measure the noise value of EUT precisely while Tracking Generator
is designed not only to correct Pre-selector but also to enable to analyze the
Scalar Network simultaneously.
In the fields of R&D and manufacturing for RF equipment, module, parts,
and etc., The ER Series enables users to save high costs of the EMI Test and
debugging that are usually fulfilled the certified EMI lab or institution and reduce
the trouble shooting time. Also, users can get the reliable EMI test results under
the various test environments by simulating the field correction factors using
the convenient correction factor table.
Debugging for EMI R&D, Lab
Monitoring the test environment such as antenna, turn table, and etc. in the
test house(Chamber) specified in CISPR 16-1-4 automatically in real time, and
correct it according to the gathered VSWR data. Users can optimize EMI test
environment in the test house before starting EMI Test.
During the EMI test , users can detect the exact weak points of the EUT under various
environments specified on the EMI standards of each country, and find how to improve
the design by testing its RF characteristics precisely In the specturm analyzer mode.
LIG Nex1’s EMI receiver provides powerful spectrum analyzer performance and
personalities such as Spurious Emission, Phase Noise, TOI, CCDF, and etc. basically so
that users can analyze the exact weak points and improve them.
NSA(Normalized Site Attenuation): Environment test in Chamber
3
Scan mode
•Base mode for EMI measurement
•Peak, Average, Quasi-Peak 3 detectors simultaneously
•Display separate wave forms by detectors
•Scanning according to the set value in range of the configuration table
•Scan from 3Hz to 26.5GHz
•Support 6dB BW Filter (1MHz Impuse ~ 10Hz, 10 units in total)
•Precise measurement of low level signals with a built-in pre-amplifier
EMC configuration table
•Set maximum 6 Ranges for customer’s own purposes
•Set Start/ Stop frequency, Step, Measure time, Measure bandwidth, built-in pre-amp,
Attenuator by ranges
•Display all factors of scan information simultaneously
•Antenna, Cable, Other, User’s factors
Scan information
•Display the detailed test results on scanning
•Display the set value of the selected range
•The current position and level by detectors
•Display pass or fail on the set limit line
•Quantities of the points over the limit line
Limit line setting
•Set limit lines by detectors(Peak, Quasi-peak, Average)
•Alarm sound when the value is over the limit line
•Various limit lines conforming to the world EMI standard
CISPR mode
•Peak, Average, Quasi-peak detection in a certain frequency
•Bargraph display for 3 detectors that help a user see the results
•Setting an attenuator according to the level of signal
•CISPR-16 standard
4
Debug mode
•Display information of a noise or signal detected in Scan mode under the
Spectrum Analyzer mode in details
•This mode sweeps just as Spectrum Analyzer
•Use of 6dB IF BW Filter (1MHz Impuse ~ 10Hz, 10 units in total)
•Sweep from 3Hz to 26.5GHz
Edit limit line
•Draw and edit limit lines for any user’s needs
•Different colors of lines for better view
•Save, load, edit each Detector
•Maximum 200 points available
Editing Correction File
•Direct editing of a variety of Correction Factors
•Correction by entering a negative value for gains and a positive value for loss due to Amp
•Designating up to 8,192 positions
•Correcting the whole range in case there is a single corrective value
•Correction through a linear interpolation between correction points
•Identified by four factors of Antenna, Cable, Other, and User
Real data for limit line
•Save and load the test results into .EMT file
•Available general text editor(notepad, wordpad, word)
•Editing available on a general PC and LSA
•Edit with the Microsoft excel program
Real data for antenna
•Save and Load the test results into .ANT file
•Available general text editor(notepad, wordpad, word)
•Edit the test results with Microsoft Excel program
5
Selection Guide
[unit: thousand won]
Positioning
50,000
ER-265
(26.5G)
40,000
30,000
LSA-30
(3G)
20,000
10,000
NS-265A
(26.5G)
NS-132A
(13.2G)
LSA-265
(26.5G)
ER-30
(3G)
LSA-132
(13.2G)
NS-30A
(3G)
Performance
Pre-compliance
Model Name
Full compliance
Composition
Feature
NS-30A
NS-30A, EM-01, QP, PA
NS-30A, EM-01, QP, PA
NS-132A
NS-132A, EM-01, QP, PA
13.2 GHz Analog Type Frequency Analyzer
NS-265A
NS-265A, EM-01, QP, PA
26.5 GHz Analog Type Frequency Analyzer
LSA-30
LSA-30, EM-02
3GHz Digital Type High-end Frequency Analyzer
LSA-132
LSA-30, EM-02
13.2GHz Digital Type High-end Frequency Analyzer
LSA-265
LSA-30, EM-02
26.5GHz Digital Type High-end Frequency Analyzer
ER-30
LSA-30, EM-02, PS, TG
3GHz Digital Type High-end EMI Receiver
[Professional Certification Equipment used for issuing EMI Test Result]
ER-265
LSA-30, EM-02, PS, TG, LNA
26.5GHz Digital Type High-end EMI Receiver
[Professional Certification Equipment used for issuing EMI Test Result]
Usage
Debugging
Debugging / Pre-Test
Compliance
※ EM-01: EMI measurement SW for NS, EM-02: EMI measurement SW for LSA, QP: Quasi Peak Detector, PA: Pre-Amplifier, PS: Pre-Selector, TG: Tracking Generator, NA: Low Noise Amplifier
6
Measuring Environment Test
(Normalized Site Attenuation: NSA)
An optimized pre-test environment can be established with additional differentiated functions of monitoring the internal environment of Test
House chambers on a real time basis and extracting data (VSWR) to correct it for the first time in the world, as specified in CISPR 16-1-4.
NSA(Normalized Site Attenuation) Measurement
ANT Master
Signal Generator
Turn Table
Spectrum Analyzer
(ER-265, LSA-265)
R1 to R6
Ceiling
Reference point
C1 to C6
F1 to F6
Top
Test
volume
D
Bottom
L1 to L6
SVSWR measurement positions in a horizontal plane
n2 = top of volume
n1 = 1.0m above bottom of volume
na
Floor
7
EMI Total Solution 2008
[With ER-30/265]
ETS2008 is a VISA library-based windows application that you can use on a windows PC. It remotely controls LSA Series (Firmware Ver 1.89 or higher)
using Serial, GPIB or LAN and provides a variety of conveniences on a PC based on measurement data obtained through LSA Series. It also provides users
with various additional user-convenient functions including measurement data management which is not implemented within LSA Series, documentation
of measurement result and saving image file.
8
PRE-SELECTOR
[EPS-30B]
Feature
Characteristics
•CISPR Band A, B(9kHz to 30MHz)
•On-line & Off-line Control
•Selectable 8 BPF
•Front VFD panel(Dispaly current filter path
•PRE-SELECTOR, located at the front of receiver module, plays a role of enabling more
precise measurement by accepting necessary signal bandwidth only and thus removing
the harmonic output generated within the receiver module by a bulk signal input.
•CISPR Band A(9kHz ~ 150kHz), Band B(150kHz ~ 30MHz) Measurement available
•Unique user-friendly functions through front panel filter selection switch
and VFD panel used as a status indicator
Specifications
Frequency range
9kHz ~ 30MHz
Control
Serial Interface Push-Button switch
Input / output impeddance
50 Ohm
Display
VFD Panel
Input / output connector
N(Female)
Input level(Max)
+30 dBm, 50VAC
Pass band flatness
2dB
Insertion Loss
7.0dB
Power[V]
AC 100 ~ 240
Channel
8
Size(W x D x H) [mm]
330 x 342 x 50
VSWR
< 2.0
Weight[kg]
3.0Kg
Block Diagram
By-Pass
9kHz ~ 150kHz
150kHz ~ 0.6MHz
0.6MHz ~ 1.2MHz
INPUT
Switch
Switch
OUTPUT
1.2MHz ~ 2.5MHz
2.5MHz ~ 5MHz
5MHz ~ 10MHz
10MHz ~ 30MHz
9
Specifications
FREQUENCY
Frequency
range
Frequency
reference
Frequency
readout
DC coupled
AC coupled
Resolution
Temperature Drift
Aging per year
Maker resolution
Accuracy
Resolution
Frequency
counter
Accuracy
Sensitivity
Frequency
span
Scan
(Receiver
Mode)
Sweep
(Analyzer
Mode)
Trigger
Spectral
purity
Residual FM
RBW
VBW
FFT filters
Preselection
Preamplifier1
Preamplifier2
(LSA-265)
10
Range
Resolution
Accuracy
Measurement time per
frequency
Zero span
Span ≥ 10Hz
sweep points
AMPLITUDE
[ppm]
[ppm]
3Hz ~ 26.5GHz
1Hz
±0.1
±0.3
depending on span and measurement points(1Hz min.)
±(maker frequency x reference error + 0.5% x span
+ 5% x RBW + 0.5 x Horizontal resolution) *
1 Hz/10 Hz/100 Hz/1 kHz
± ((reference frequency accuracy x marker frequency
accuracy) ± (counter resolution x 1LSB))
-60 dBm @3GHz>f>2MHz, span<3MHz
-55 dBm @13.2GHz>f>3MHz, span<3MHz
-50 dBm @26.5GHz>f>13.2MHz, span<3MHz
0Hz, 10Hz~3GHz/26.5GHz
1Hz
±1%
scan of max. 6 subranges with different,
independent settings
Display range
Maxium input
level
RF input
attenuator
1 dB CP
1ms to 100sec
1 us to 2000 sec, ±0.5%
10 ms to 2000 sec, ±0.5% nominal
3 to 8192(span = 0 Hz), 101 to 8192(span ≥ 10Hz)
source External, Line, Video, Free run, Burst
Span ≥10 Hz
offset
1 us to 500ms
source External, Line, Video, Free run
Span = 0 Hz
offset
-150 ms to +500 ms
100Hz offset
[dBc/Hz] -83(-87 typical) @ f=1GHz, 0dBm input
1kHz offset
-92(-96 typical)
10kHz offset
-112(-115 typical)
100kHz offset
-112(-115 typical)
1MHz offset
-136
10MHz offset
-144
< 10 x N** Hzp-p in 1 sec
3dB bandwidths
1Hz to 5MHz (1-2-3-5 sequence)
± 3%(@ 500Hz ~ 500kHz Filter)
Bandwidth accuracy
± 10%(@ 1MHz ~ 5MHz Filter)
Shape factor -60dB:-3dB
< 5(@500Hz ~ 5MHz)
± 0.05dB nominal @ 5kHz RBW reference,
Bandwidth switching uncertainty
CF=100MHz
EMI Bandwidths(6dB
200Hz, 9kHz, 120kHz, 10Hz, 100Hz, 1kHz, 10kHz,
Bandwidths)
100kHz,1MHz, 1MHz Impulse
± 3% @ 10Hz ~ 120kHz Filter
Bandwidth accuracy
± 10% @ 1MHz, 1MHz Impulse
Shape factor -60dB:-6dB
<5
3dB bandwidths
1Hz to 3MHz, none(1-2-3-5 sequence)
3dB bandwidths
1Hz to 300 Hz(1-2-3-5 sequence)
Bandwidth accuracy
<1%, nominal
Shape factor(-60dB : -3dB)
<4.5, nominal
14 preselection filters
are switched off in analyzer mode.
3 Hz to 150 kHz, fixed LPF
Type
150 kHz to 600 kHz, fixed BPF
600 kHz to 1.2 MHz, fixed BPF
1.2MHz to 2.5 MHz, fixed BPF
2.5MHz to 5 MHz, fixed BPF
5MHz to 10 MHz, fixed BPF
10MHz to 30 MHz, tracking BPF
30MHz to 90 MHz, tracking BPF
90MHz to 200 MHz, tracking BPF
200MHz to 400 MHz, tracking BPF
400MHz to 700 MHz, tracking BPF
700MHz to 1000 MHz, tracking BPF
1GHz to 3GHz, fixed HPF
3GHz to 26.5GHz, tracking BPF(YTF)
switchable between preselection and 1st mixer
Range
9kHz to 3GHz
Gain
20dB, nominal, NF=3.5dB typical
switchable between attenuator and preselection
Range
30MHz to 26.5GHz
Gain
30dB, nominal, NF=3.5dB typical
Third-order
intermodulation
distortion (TOI)
DC(AC coupled)
DC(DC coupled)
CW RF power
Peak Power
Preamp1 on
Range
Steps
Switching accuracy
0 dB RF attenuation,
Preselection off
[dBm]
Preamp1 on
Preamp2 on
[dBm]
[dBm]
Preselector off,
preamp off
[dBm]
Preselector on,
preamp off
[dBm]
Preselector on,
preamp1 on
[dBm]
Preselector off,
preamp off
[dBm]
Second
harmonic
Preselector on,
intercept (SHI) preamp off
[dBm]
Preselector on,
preamp1 on
[dBm]
Preselector off,
preamp off
[dBm/Hz]
Displayed
average noise
Preselector on,
level (DANL)
preamp off
[dBm/Hz]
Preselector on,
preamp1 on
[dBm/Hz]
Preselector on,
preamp2 on(Option)
[dBm/Hz]
DANL to +30dBm
±50VDC(Option)
0VDC
+30dBm
+50dBm, 5usec pulse width; 0.5% duty cycle
+20dBm
0 to 55dB
5dB
±0.5 dB @ 100MHz(LSA-30)
±0.5 dB @ < 13.2GHz (LSA-132, 265)
±0.8 dB @ 13.2GHz ~ 26.5GHz (LSA-265)
total power at input mixer
-1 nominal @ 10MHz ~ 1.5GHz
+2 nominal @ 1.5GHz ~ 3GHz
-3 nominal @ 3GHz ~ 26.5 GHz
-30 nominal @ 1GHz
-40 nominal @ 1GHz
two –30dBm tones at input mixer with tone
separation > 100 kHz
+15 typical @ <100MHz
+15, +20(typical) @ 100MHz ~ 1GHz
+18, +25(typical) @ 1GHz ~ 3GHz
+15 typical @ <100MHz
+15, +20(typical) @ 100MHz ~ 1GHz
+18, +25(typical) @ 1GHz ~ 3GHz
+15, +20 (typical) @ 3GHz ~ 26.5GHz
0 typical @ <100MHz
-3, 2 typical @ 100MHz ~ 1GHz
3, 10 typical @ 1GHz ~ 3GHz
+30, 40 typical @ <100MHz
+40, 50 typical @ 100MHz to 1.5GHz
+80 nominal @ 1.5 GHz to 26.5 GHz
+40, 55 typical @ <100MHz
+50, 60 typical @ 100MHz to 1.5GHz
+40, 55 typical @ <500 MHz
+25, 35 typical @ 500 MHz to 1.5 GHz
0 dB RF attenuation, 50 Ω termination, zero span,
sweep time 100msec, RBW 1kHz, VBW 10Hz, Average
detector, trace average 10, nomalize to RBW 1Hz
-90 nominal @ 3Hz to 1kHz
-100 nominal @ 1kHz to 9kHz
-140 @ 9kHz to 100kHz
-145, -151 typical @ 100kHz to 10MHz
-150, -153 typical @ 10MHz to 1GHz
-147, -150 typical @ 1GHz to 1.5GHz
-144, -148 typical @ 1.5GHz to 2.5GHz
-142, -146 typical @ 2.5GHz to 3GHz
-142, -145 typical @ 3GHz to 6.4GHz
-140, -143 typical @ 6.4GHz to 16GHz
-138, -141 typical @ 16GHz to 20GHz
-136, -140 typical @ 20GHz to 24GHz
-132, -136 typical @ 24GHz to 26.5GHz
-90 nominal @ 3Hz to 1kHz
-100 nominal @ 1kHz to 9kHz
-138, -142 typical @ 9kHz to 100kHz
-140, -142 typical @ 100kHz to 10MHz
-147, -150 typical @ 10MHz to 300MHz
-145, -147 typical @ 300MHz to 900MHz
-142, -146 typical @ 900MHz to 1.5GHz
-140, -144 typical @ 1.5GHz to 2GHz
-138, -141 typical @ 2GHz to 2.5GHz
-134, -137 typical @ 2.5GHz to 3GHz
-145, -150 typical @ 9kHz to 100kHz
-155, -160 typical @ 100kHz to 10MHz
-160, -163 typical @ 10MHz to 300MHz
-158, -160 typical @ 300MHz to 900MHz
-156, -159 typical @ 900MHz to 1.5GHz
-154, -157 typical @ 1.5GHz to 2GHz
-150, -154 typical @ 2GHz to 2.5GHz
-148, -152 typical @ 2.5GHz to 3GHz
-163, -166 typical @ 30MHz to 100MHz
-165, -168 typical @ 100MHz to 3GHz
-165, -168 typical @ 3GHz to 16GHz
-163, -166 typical @ 16GHz to 22GHz
-160, -163 typical @ 22GHz to 26.5GHz
Immunity to
interference
Residual responses
(input termed, 0 dB
attenuation)
Other Input related
spurious
[dBm]
-95 @ 1MHz ~ 6.4 GHz
-95 nominal @ 6.4 GHz ~ 26.5 GHz
[dBc]
-60 @ -30 dBm input
0.1 to 1 dB/div in 0.1 dB steps
1 to 20 dB/div in 1 dB steps
10 divisions
dBm, dBµV, dBmV, dBpW(log level display)
µV, mV, pW, nW(linear level display)
-170 dBm to +30 dBm, 0.1 dB steps
7.07 nV to 7.07 V in 1% steps
0 dB
3 traces
Normal, peak, sample, negative peak, log power average,
RMS average, and voltage average, Quasi-peak
Clear/Write, Max Hold,
Min Hold, View, Blank, Average
10 dB input attenuation, preselector centering
applied, reference to 100MHz
± 0.5dB at 3Hz to 3.0GHz
± 1.0dB at 3.0GHz to 6.4GHz
± 1.5dB at 6.4GHz to 13.2GHz
± 2.0dB at 13.2GHz to 22GHz
± 2.5dB at 22GHz to 26.5GHz
Log scale
Display range
Linear scale
Units of level axis
Reference
level
Traces
Logarithmic range
Linear range
Accuracy
number
Trace detectors
Trace functions
Preselector off,
preamp off
Frequency
response
Preselector on, preamp1 off
Preselector off, preamp1 on
Preselector on,
preamp1 on
Preselector on,
preamp2 on
Display
Linearity
Linear and Log
Switching Error
Log scale Switching
Error
Reference
frequency
output
Reference
frequency
input
GPIB
± 1.0dB at
± 1.5dB at
± 1.0dB at
± 1.5dB at
± 1.0dB at
± 1.5dB at
± 2.0dB at
± 2.5dB at
0
[dB]
0
30Hz to 1.0GHz
1GHz to 3.0GHz
30Hz to 1.0GHz
1GHz to 3.0GHz
3.0GHz to 6.4GHz
6.4GHz to 13.2GHz
13.2GHz to 22GHz
22GHz to 26.5GHz
Cal. Out
CISPR 16-1
AM demodulation depth
FM deviation range
Audio output port
~ 100%
~ 100kHz
loudspeaker, phone jack
Display
Mass memory
Environmental
Conditions
Mechanical
resistance
EMC
Safety
Inputs and outputs
Type
Front
RF input
VSWR
3rd IF output
2nd IF output
1st LO Output
(for external
mixer option)
2nd IF Input
(for external
mixer option)
Probe power
supply
Audio output
Ext trigger
input
Type
Frequency
Bandwidth
Level
Type
Frequency
Bandwidth
Level
Type
Frequency
Level
Type
Frequency
Level
Type
Type
Trigger level
Rear
Rear
Front
Front
N female, 50 Ω (LSA-30)
APC 2.92 mm/N female, 50 Ω(LSA-265)
≥10 dB input attenuation, DC coupled
<1.2 @ up to 1GHz
<1.5 nominal @ 1GHz to 3GHz
<1.8 nominal @ 3GHz to 13.2GHz
<2.0 nominal @ 13.2GHz to 26.5GHz
<2.0 @ up to 1GHz, <10dB attenuation
BNC female, 50 Ω nominal
21.4 MHz
16MHz Max, different as Prefilter
+3dBm nominal, Top of screen
SMA female, 50 Ω nominal
421.4 MHz
40MHz
0dBm nominal, Top of screen
SMA female, 50 Ω nominal
3321.4 ~ 6821.4 MHz
+10dBm, nominal
SMA female, 50 Ω nominal
421.4 MHz
-20dBm(MAX)
Front
+15V,-12V, GND
Front
Rear
phone jack
BNC female, 10k Ω nominal
TTL nominal
Frequency
Level
Rear
BNC female
TTL nominal
Rear
BNC female
10MHz
+5dBm, nominal
Rear
BNC female
10MHz
–5 to +15 dBm nominal
Rear
IEEE 488.2, 24-pin female
SCPI 1997.0
SH1,AH1,T6,L4,SR1,RL1,PP0,DC1,E2,LE0,TE0
Rear
RS-232C(COM), 9-pin D-SUB male
Rear
10/100 Base T, Connector RJ45
Front/Rear 1.1 or Higher(2.0), 3EA
Rear
Standard 25pin female D-Sub Parallel
Rear
15-pin mini D-SUB, 800 X 600
Front
PS/2-compatible
Front
PS/2-compatible
Front
100MHz
-20dBm + 1.0dB
General specifications
±0.1 total @ input mixer level ≤-20dBm
±0.13 total @ -20dBm < mixer level ≤-10dBm
Qusi-peak
display
Type
Trigger level
Type
Frequency
Level
Type
Frequency
Required level
Type
Command set
Interface functions
Serial interface
LAN interface
USB
Printer interface
Monitor
output(VGA)
Mouse
connector
Keyboard
connector
± 0.7dB at 30Hz to 3.0GHz
[dB]
Linearity
Demodulation
Sweep gate
output
Power supply
Size
Resolution
10.4" color TFT LCD
800 x 600 pixels
Hard Disk
MIL-PRF-28800F, Class 3
Operating 0°C to +50°C
Permissible*** 0°C to +55°C
Temperature
Storage –40°C to +71°C
Humidity
5% to 95% ****
Altitude
4,600 Meters(15,000 Feet)
MIL-PRF-28800F, Class 3
Vibration, random
5Hz to 500Hz
Vibration, inusoidal
5Hz to 55Hz
Shock
30G, Half-sine Shock pulse
IEC/EN 61326:1997+A1:1998+A2:2001+A3:2003
IEC/EN 61010-1: 2001+C1:2002+C2:2003
88 - 135VAC(Range1), 193 - 269VAC or 273 Steady State Voltage
381VDC(Range2) (Automatically selected)
45 - 66Hz AC(Voltage range1, 2),
Frequency
360 - 440Hz AC, 100 - 135VAC(Voltage range 1only)
Power consumption
Dimensions
(WxHxD)
Weight
Recommended calibration interval
Standard Warrenty
280 Watt Max
[mm]
[kg]
430(W) x 222(H) x 467(D) without handles and down feet
485(W) x 240(H) x 489(D) with handles and down feet
26.5G < 18
1-year
2-year
OPTION
Tracking
generator
Frequency
Frequency Resolution
Output Level
[dBm]
Output Level Resolution
Absolute Level Accuracy
Frequency Flatness
[dB]
Spurious
Leakage
VSWR
Output connector
[dBm]
9kHz ~ 3GHz
1Hz
0 ~ -70
0.1dB
≤±1.0dB
≤±4.0 @ -10dBm(9kHz ~ 100KHz) , Before Normalization
≤±2.0 @ -10dBm(100kHz ~ 3GHz) , Before Normalization
≤±1.0 @ -10dBm(9kHz ~ 3GHz) , After Normalization
≤ -15dBc , Harmonic Level
≤ -30dBc , nonharmonic Level
≤ -95
≤ 1.5 @ -10dBm Output Level
N female, 50Ω
11
Spectral purity
[dBc/Hz]
Output Level
Output Level
Resolution
Absolute Level
Accuracy
[dBm]
CW Signal generator
500kHz ~ 1.3GHz/3.3GHz/6.6GHz
Tunable down to 100 kHz with amplitude
uncalibrated.
1Hz @ 500kHz ~ 1.3GHz
2Hz @ 1.3GHz ~ 3.3GHz
4Hz @ 3.3GHz ~ 6.6GHz
f = 1 GHz, carrier offset 10 kHz
-105, 110 typical
-100 ~ 10
dB]
0.1
Frequency
Resolution
±0.75 @ >-40dBm, <3.3GHz
±1.8 @ <-40dBm, <3.3GHz
±1.0 @ >-40dBm, >3.3GHz
±2.0 @ <-40dBm, >3.3GHz
±4.0 @ -10dBm(9kHz ~ 100KHz),
Before Normalization
±2.0 @ -10dBm(100kHz ~ 3GHz),
[dB]
Before Normalization
±1.0 @ -10dBm(9kHz ~ 3GHz), After Normalization
-15 dBc @ 500kHz ~ 1.3GHz, output level ≤ 0dBm
Harmonics -25 dBc @ 1.3GHz ~ 3.3GHz
-20 dBc @ 3.3GHz ~ 6.6GHz
-75 dBc @ 500kHz ~ 50MHz, output level ≤ 0dBm,
Nonha
100kHz offset
rmonics -70 dBc @ 50MHz ~ 3.3GHz
-65 dBc @ 3.3GHz ~ 6.6GHz
≤ 1.8 @ 500kHz ~ 3.3GHz
≤ 2.0 @ 3.3GHz ~ 6.6GHz
N female, 50 Ω
[dB]
Signal
Generator
Frequency Flatness
Spurious
VSWR
Output connector
Modulation
FM
Type
Deviation
Sine, triangle, square
500kHz max. @ 500kHz ~ 50MHz
125kHz max. @ 50MHz ~ 100MHz
250kHz max. @ 100MHz ~ 200MHz
Signal
Generator
500kHz max. @ 200MHz ~ 400MHz
1MHz max. @ 400MHz ~ 800MHz
Deviation 2MHz max. @ 800MHz ~ 1.6GHz
4MHz max. @ 1.6GHz ~ 3.3GHz
8MHz max. @ 3.3GHz ~ 6.6GHz
Accuracy ±3.5%
FSK(Frequency Shift Waveform PRBS: 5 to 31-order
Keying)
type
User defined: up to 1020 bit
Format
2-FSK
250kHz max. @ 500kHz ~ 50MHz
31.25kHz max. @ 50MHz ~ 100MHz
62.5kHz max. @ 100MHz ~ 200MHz
125kHz max. @ 200MHz ~ 400MHz
Deviation
250kHz max. @ 400MHz ~ 800MHz
500kHz max. @ 800MHz ~ 1.6GHz
1MHz max. @ 1.6GHz ~ 3.3GHz
2MHz max. @ 3.3GHz ~ 6.6GHz
Accuracy ±10% @ 100 kHz rate,10% of maximum deviation
Symbol rate 763 Hz to 100 kHz
OOK (On-Off Keying) Waveform type PRBS: 5 to 31-order
typically 7dB below maximum specified amplitude, <10MHz
Power
level
typically 10dB below maximum specified amplitude, >10MHz
Symbol rate 153 Hz to 100 kHz
* The specifications and descriptions on this document subject to change without notice
Note
* Horizontal resolution is span/(sweep points-1)
** N: LO Harmonic order
Frequency
Band
N
0 Hz ~ 3GHz
0
1
2.9GHz ~ 3.0GHz
1
1
*** Permissible temperature has slightly wider range as compared to the normal operating temperature.
We garantee the specification of the equipment when operating within the Operating Temperature range.
We garantee that the equipment is functional when operating within the Permissible Temperature.
**** 75% RH above 30℃, 45% RH above 40℃
Floor 11/12, Prudential Tower, 838 Yeoksam-dong, Gangnam-gu, Seoul, Korea Tel: 82-2-2033-0494/6 Fax: 82-2-2033-0611