SRTLAN25X X-Band Marine Radar Test Report Navico RBU Italia S.r.l.

Navico RBU Italia S.r.l. X-Band Marine Radar

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849 NW STATE ROAD 45
PHONE: 352.472.5500
NEWBERRY, FL 32669 USA
EMAIL: INFO@TIMCOENGR.COM
WEB: HTTP://WWW.TIMCOENGR.COM
An IIA Company
FCC CFR 47 Part 80, 90 & ISED RSS-238
Radar Test Report
APPLICANT
ADDRESS
NAVICO RBU ITALIA S.R.L.
VIA ROMITA, 26
MONTAGNANA VAL di PESA, MONTESPERTOLI, FIRENZE
50025 ITALY
FCC ID
2AJJ3SRTLAN25X
IC
21849-SRTLAN25X
MODEL NUMBER
SRTLAN25X
PRODUCT DESCRIPTION
X-BAND RADAR
DATE SAMPLE RECEIVED
10/31/2018
FINAL TEST DATE
11/17/2018
TESTED BY
Franklin Rose
APPROVED BY
Tim Royer
☒ PASS
TEST RESULTS
☐ FAIL
Report Number
Report Version
Description
Issue Date
1830AUT18TestReport_
Rev1
Initial Issue
02/18/2018
1830AUT18TestReport_
Rev2
Update emission Masks
02/25/2018
THE ATTACHED REPORT SHALL NOT BE REPRODUCED EXCEPT IN FULL WITHOUT THE
WRITTEN APPROVAL OF TIMCO ENGINEERING, INC.
TABLE OF CONTENTS
GENERAL REMARKS ........................................................................................................................................... 2
GENERAL INFORMATION ................................................................................................................................... 3
TESTING INFORMATION .......................................................................................................................................... 4
OPERATING FREQUENCIES ....................................................................................................................................... 5
OPERATING MODES............................................................................................................................................... 6
MODELS ............................................................................................................................................................ 6
SUMMARY OF TESTING ...................................................................................................................................... 7
MODULATION CHARACTERISTICS ..................................................................................................................... 8
FCC BANDWIDTH ................................................................................................................................................. 8
ISED BANDWIDTH ............................................................................................................................................... 8
PULSE CHARACTERISTICS ................................................................................................................................. 9
TEST DATA:
TEST DATA:
TEST DATA:
TEST DATA:
PULSE MEASUREMENT TABLE ............................................................................................................... 9
MODE 1 PULSE PLOT ...................................................................................................................... 10
MODE 2 PULSE PLOT ...................................................................................................................... 10
MODE 3 PULSE PLOT ...................................................................................................................... 11
PULSE TRAIN CHARACTERISTICS .................................................................................................................... 12
TEST DATA:
TEST DATA:
TEST DATA:
TEST DATA:
PULSE TRAIN MEASUREMENT TABLE .................................................................................................... 12
MODE 1 PULSE TRAIN PLOT .............................................................................................................. 13
MODE 2 PULSE TRAIN PLOT .............................................................................................................. 13
MODE 3 PULSE TRAIN PLOT .............................................................................................................. 14
RF POWER OUTPUT ......................................................................................................................................... 15
TEST DATA:
TEST DATA:
POWER MEASUREMENT TABLE............................................................................................................ 16
POWER AT THE FINAL AMPLIFIER ........................................................................................................ 17
OCCUPIED BANDWIDTH & EMISSION MASK .................................................................................................... 18
99% OCCUPIED BANDWIDTH RULE PARTS ................................................................................................................. 18
40DB OCCUPIED BANDWIDTH RULE PARTS ................................................................................................................ 19
EMISSION MASK RULE PARTS ................................................................................................................................. 20
TEST DATA:
OCCUPIED BANDWIDTH MEASUREMENT TABLE ........................................................................................ 21
TEST DATA:
MODE 1 99% OBW PLOT................................................................................................................ 22
TEST DATA:
MODE 1 40DB OBW PLOT ............................................................................................................... 23
TEST DATA:
MODE 2 99% OBW PLOT................................................................................................................ 24
TEST DATA:
MODE 2 40DB OBW PLOT ............................................................................................................... 25
TEST DATA:
MODE 3 99% OBW PLOT................................................................................................................ 26
TEST DATA:
MODE 3 40DB OBW PLOT ............................................................................................................... 27
SPURIOUS EMISSIONS AT ANTENNA TERMINAL (CONDUCTED) ...................................................................... 28
BANDWIDTH COMPENSATION CALCULATION TABLE: ...................................................................................................... 30
TEST DATA:
2ND HARMONIC PEAK TABLE .............................................................................................................. 31
TEST DATA:
3RD HARMONIC PEAK TABLE ............................................................................................................. 32
TEST DATA:
4TH HARMONIC PEAK TABLE ............................................................................................................. 32
TEST DATA:
SPURIOUS CONDUCTED EMISSIONS PLOT .............................................................................................. 33
FIELD STRENGTH OF SPURIOUS EMISSIONS ................................................................................................... 34
BANDWIDTH COMPENSATION CALCULATION TABLE: ...................................................................................................... 37
TEST DATA:
RADIATED SPURIOUS EMISSIONS TABLE ............................................................................................... 38
TEST DATA:
RADIATED SPURIOUS EMISSIONS PLOT ................................................................................................ 38
FREQUENCY STABILITY ................................................................................................................................... 39
STATEMENT OF MEASUREMENT UNCERTAINTY................................................................................................ 42
EMC EQUIPMENT LIST ..................................................................................................................................... 43
GENERAL REMARKS
Summary
The device under test does:
☒
Fulfill the general approval requirements as identified in this test report and was
selected by the customer.
☐
Not fulfill the general approval requirements as identified in this test report
Attestations
This equipment has been tested in accordance with the standards identified in this test
report. To the best of my knowledge and belief, these tests were performed using the
measurement procedures described in this report.
All instrumentation and accessories used to test products for compliance to the indicated
standards are calibrated regularly in accordance with ISO 17025 requirements.
I attest that the necessary measurements were made at:
Timco Engineering Inc.
849 NW State Road 45
Newberry, FL 32669
Designation #: US1070
Tested by:
Name and Title
Date
Franklin Rose, Project Manager / EMC Specialist
11/19/2018
Reviewed and Approved by:
Name and Title
Date
Applicant:
FCC ID:
IC:
Report:
Tim Royer, Project Manager / EMC Testing Engineer
2/12/2019
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 2 of 43
GENERAL INFORMATION
Definitions: FCC Part 80.5, 87.3, 90.7, RSS-238 s.1
The EUT is a Ship-borne Radar Station operating in the Maritime Radiodetermination
Service performing radiodetermination and/or radionavigation.
ISED Scope of Testing: RSS-238 s.1
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 3 of 43
GENERAL INFORMATION
Testing Information
EUT Description
FCC ID
IC
Model Number
Operating Band(s)
Test Frequencies
FCC Emission
Designator
Measurement Method
IC Emission Designator
Measurement Method
Modulation
X-BAND RADAR
2AJJ3SRTLAN25X
21849-SRTLAN25X
SRTLAN25X
Band 1: 9.3 – 9.5 GHz
Band 1: 9416 MHz
68M9P0N
99% Occupied Bandwidth
156MP0N
-40dB Occupied Bandwidth
Pulse/FM Chirp
☒110–120 VAC
☐ DC Power (12 V)
☐ Battery Operated
☐ Prototype
☒ Pre-Production
☐ Production
Type of Equipment
☒ Fixed
☐ Mobile
☐ Portable
Antenna Connector
WR-90 Waveguide
EUT Power Source
Test Item
Modification to the EUT
Test Exercise
Applicable Standards
Test Conditions
Test Facility
Applicant:
FCC ID:
IC:
Report:
The EUT was tested without the rotational antenna, using an N-type
connector for conducted power output measurement.
The EUT was operated using control software provided by the
manufacturer in accordance with the user manual.
FCC CFR 47 Part 2, Part 80, Part 90, & ISED RSS-238 (i1), RSS-GEN
(i5), using ANSI C63.26-2015, TIA-603-E 2015.
Referencing: ITU-R M.1177-4, NTIA “Manual Of Regulations”
Laboratory temperature: 26ºC, Relative humidity: 50%
Timco Engineering Inc. at 849 NW State Road 45 Newberry, FL
32669 USA. Designation #: US1070
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 4 of 43
GENERAL INFORMATION
Operating Frequencies
Band 1: 9.3 – 9.5 GHz
Rule Part No.:
FCC Part 80.45, 80.375, 90.103, RSS-238 s.1, RSS-238 s.3.2 p2
ISED Operating Frequencies: RSS-238 s.1
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 5 of 43
GENERAL INFORMATION
Operating Modes
The EUT operates in the following modes. Based on the technical operation of the radar system,
the modes have been divided according to their pulse widths into the three modes, below:
User Selected Range (nm)
1/8 nm
1/4 nm
1/2 nm
3/4 nm
1.5 nm
3 nm
6 nm
12 nm
24 nm
36 nm
48 nm
64 nm
72 nm
Test Mode
Models
The EUT is to be manufactured in two models, the “Upmast” and “Downmast” model. These
models are electrically identical, save a waveguide and antenna pedestal added to the Downmast,
to reach a remote-mount antenna, as the unit itself will be enclosed indoors. All data in this
report reflects both models, and “cable loss” has been added where necessary to compensate for
the waveguide and antenna pedestal losses.
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 6 of 43
SUMMARY OF TESTING
FCC Rule Part No.
ISED Rule Part
No.
Test Performed
Result
2.1033(c)(4),
80.207(d),
80.205(a)
N/A
Modulation Characteristics
PASS
N/A
RSS-238 s.3.2(a)
Pulse Characteristics
PASS
2.1046(a),
80.215(a)(3),
80.215(i)(1), (2),
90.205(r)
RSS-238 s.4.2
RF Power Output
PASS
2.1049(i),
80.213(g),
80.209(b),
90.207(k), (n),
90.209(b)(5)
RSS-238 s.3.2(c)
Occupied Bandwidth
PASS
80.211(f)(1), (2),
90.210(n), (b)(1),
(2)
RSS-238 s.4.3
Emission Masks
PASS
2.1051(a),
2.1057(a)(1),
80.211(f)(3),
90.210(n), (b)(3)
RSS-238 s.4.3
Spurious Emissions at Antenna Terminals
PASS
2.1053(a),
2.1057(a)(1),
80.211(f)(3),
90.210(n), (b)(3)
RSS-238 s.4.3
Field Strength of Spurious Emissions
PASS
2.1055(a)(2),
80.209(b),
90.213(a)
RSS-238 s.4.1
Frequency Stability
PASS
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 7 of 43
MODULATION CHARACTERISTICS
FCC Rule Parts:
Part 2.1033(c)(4), 80.207(d), 80.205(a)
Note: Per footnote 12, 80.205(a) does not state requirements for an emission designator or an
Authorized bandwidth for radar operating above 2.4 GHz. However, the class of emission shall be
P0N.
FCC Bandwidth
Worst-case 99% Occupied Bandwidth: 68.910 MHz
Emission Designation: 68M9P0N
Note: Please see “99% Occupied Bandwidth” section for details.
ISED Bandwidth
Worst-case 40 dB-down Occupied Bandwidth: 156.250 MHz
Emission Designation: 156MP0N
Note: Please see “40dB Occupied Bandwidth” section for details.
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 8 of 43
PULSE CHARACTERISTICS
Rule Part No.:
RSS-238 s.3.2(a)
Test Setup Block Diagram:
Test Data:
Pulse Measurement Table
The EUT employs 13 operational modes, each consisting of a fixed array of pulses from among 3
pulse types, in test modes 1 – 3.
Test Mode
Rated Width
(ns)
Measured
Width (ns)
Rise Time (ns)
Peak Power
(dBm)
60
63.759
17.3
72.881
250
246.02
15.8
73.911
800
775.47
15.6
73.685
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 9 of 43
PULSE CHARACTERISTICS
Test Data:
Mode 1 Pulse Plot
Test Data:
Mode 2 Pulse Plot
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 10 of 43
PULSE CHARACTERISTICS
Test Data:
Mode 3 Pulse Plot
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 11 of 43
PULSE TRAIN CHARACTERISTICS
Rule Part No.:
RSS-238 s.3.2(a)
Only one pulse is present in each mode’s pulse train.
Test Data:
Pulse Train Measurement Table
Test Mode
Rated Width
(ns)
Measured
Width (ns)
Rep Rate
(ms)
Rep Rate
(Hz)
Duty Cycle
60
63.759
0.33297
3003.3
0.019%
250
246.02
0.66602
1501.5
0.037%
800
775.47
1.335
749.1
0.058%
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 12 of 43
PULSE TRAIN CHARACTERISTICS
Test Data:
Mode 1 Pulse Train Plot
Test Data:
Mode 2 Pulse Train Plot
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 13 of 43
PULSE TRAIN CHARACTERISTICS
Test Data:
Mode 3 Pulse Train Plot
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 14 of 43
RF POWER OUTPUT
Rule Part No.:
FCC Part 2.1046(a), 80.215(a)(3), 90.205(r), RSS-238 s.4.2
Requirements:
Note: the frequency bands referred to in 90.205 do not include 9.3 – 9.5 GHz. These frequencies
are covered by clause (r).
Test Procedure:
ANSI C63.26
The mean power was calculated based on formula:
Pa = Pm
DC
Where:
Pa
Pm
DC
Mean linear power in Watts (W)
Peak linear power in Watts (W)
Duty Cycle (numeric)
Test Setup Block Diagram:
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 15 of 43
RF POWER OUTPUT
Test Data:
Power Measurement Table
Test Mode
Peak
Frequency
(MHz)
Meas.
Pulse
Length
(ns)
Meas.
Repetition
Period (ms)
Duty
Cycle
(%)
Meas.
Peak
Output
(dBm)
Meas.
Loss
(dB)
Antenna
Gain
(dBi)
Coax
Loss
(dB)
Peak
Power
Output
(dBm)
Peak
Power
Output
(W)
Mean
Power
Output
(W)
Upmast 1
9416.654
63.759
0.33297
0.019%
-9.859
-82.74
0.0
0.0
72.881
19413.33
3.717
Upmast 2
9416.654
246.02
0.66602
0.037%
-9.589
-83.5
0.0
0.0
73.911
24609.34
9.090
Upmast 3
9415.853
775.47
1.335
0.058%
-9.755
-83.44
0.0
0.0
73.685
23361.46
13.570
Downmast
9415.853
71.004
0.33297
0.021%
-10.691
-82.74
0.0
2.22
69.829
9613.91
2.050
Downmast
9416.654
254.21
0.66597
0.038%
-10.228
-83.5
0.0
2.22
71.052
12740.90
4.863
Downmast
9416.654
781.86
1.335
0.059%
-10.448
-83.44
0.0
2.22
70.772
11945.38
6.996
Note: The “Downmast” model employs an RF waveguide to pass signals from the cabinet antenna
port to the antenna pedestal antenna port, to the antenna itself. The loss of this system at the
fundamental was measured at:
2.22 dB
Maximum Peak Power: Mode 2, 24.61 kW
Maximum Mean Power: Mode 3, 13.57 W
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 16 of 43
POWER AT THE FINAL AMPLIFIER
Rule Part No.:
FCC Part 2.1033(c)(8)
Requirement:
Test Data:
Power at the Final Amplifier
INPUT POWER: (110 VAC) (4.727 A) = 520 Watts
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 17 of 43
OCCUPIED BANDWIDTH & EMISSION MASK
99% Occupied Bandwidth Rule Parts
FCC Rule Parts:
Part 2.1049(i), 80.213(g), 80.209(b), 90.207(k), (n), 90.209(b)(5)
Test Procedure:
ANSI C63.26, 5.4.4
Note: The receiver’s automatic 99% Occupied Bandwidth function was used. The function is
identical in operation to the measurement method of ANSI C63.26, 5.4.4, Step e).
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 18 of 43
OBW & EMISSION MASK
40dB Occupied Bandwidth Rule Parts
Rule Part No.:
RSS-238 s.3.2(c)
Test Procedure:
ANSI C63.26, 5.4.3
Note: The receiver’s automatic ndB Down Occupied Bandwidth function was used. The function is
identical in operation to the measurement method of ANSI C63.26, 5.4.3.
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 19 of 43
OBW & EMISSION MASK
Emission Mask Rule Parts
Rule Part No.:
80.211(f)(1), (2), 90.210(n), (b)(1), (2), RSS-238 s.4.3
Requirements:
Test Procedure:
ANSI C63.26, 5.4.4; ITU-R M.1177-4
Test Setup Block Diagram:
Note: OBW and Emission Mask plots are compatible, and the data has been combined in the plots
below.
Note: The FCC Emission Mask and the ISED Emission Mask are shown simultaneously in the plots
below, to demonstrate compliance.
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 20 of 43
OBW & EMISSION MASK
Test Data:
Occupied Bandwidth Measurement Table
Test Mode
Peak Frequency (MHz)
99% Occupied Bandwidth
(MHz)
40dB Occupied Bandwidth
(MHz)
9416.654
68.910
156.250
9416.654
32.051
58.558
9415.853
12.019
49.680
Max 99% Occupied Bandwidth of EUT = 68.910 MHz
FCC Emission Designator = 68M9P0N
Max 40dB Occupied Bandwidth of EUT = 156.250 MHz
ISED Emission Designator = 156MP0N
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 21 of 43
OBW & EMISSION MASK
Note: OBW and Emission Mask plots are compatible, and the data has been combined in the plots
below.
Note: The FCC Emission Mask and the ISED Emission Mask are shown simultaneously in the plots
below, to demonstrate compliance.
Test Data:
Mode 1 99% OBW Plot
Applicant:
FCC ID:
IC:
Report:
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Page 22 of 43
OBW & EMISSION MASK
Test Data:
Mode 1 40dB OBW Plot
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OBW & EMISSION MASK
Test Data:
Mode 2 99% OBW Plot
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OBW & EMISSION MASK
Test Data:
Mode 2 40dB OBW Plot
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OBW & EMISSION MASK
Test Data:
Mode 3 99% OBW Plot
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OBW & EMISSION MASK
Test Data:
Mode 3 40dB OBW Plot
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OBW & EMISSION MASK
SPURIOUS EMISSIONS AT ANTENNA TERMINAL (CONDUCTED)
FCC Rule Parts:
s.4.3
Part 2.1051(a), 2.1057(a)(1), 80.211(f)(3), 90.210(n), (b)(3), RSS-238
Test Setup Block Diagram:
Note: The spectrum was pre-scanned from 30 kHz to 40 GHz, and frequencies of interest
(particularly harmonic emissions) have been provided below in tabular format, using the
bandwidth compensation formulae, found in ITU-R M.1177, Annex 1 (cited below) with the limit.
Note: The graphical data plotted below is a representative of the final results in relation to the
limit, after all compensations were made.
Unwanted spurious emission max worst-case emission: Test Mode 3
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UNWANTED SPURIOUS EMISSIONS
Test Procedure:
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Report:
TIA 603-E, 2.2.13; ITU-R M.1177-4, Annex 1
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1830AUT18TestReport_Rev2
Page 29 of 43
UNWANTED SPURIOUS EMISSIONS
Test Procedures, Con’t.
Bandwidth Compensation Calculation Table:
MBR
(MHz)
Bm
(MHz)
Correction
(dBm)
Correction
(dBm)
If Bref > 1, Bref
=1
(for measuring)
If 3/2 > Bref,
MBR = Bref,
Else MBR =
3/2
Bif x MBR =
Bm
Noise:
If Bm > 1, 10 x
Log(Bref/Bm)
Emission:
If Bm > 1, 20 x
Log(Bref/Bm)
95.04
1.0
1.500
4.50
-6.53
-13.06
58.558
99.44
1.0
1.500
4.50
-6.53
-13.06
49.680
100.08
1.0
1.500
4.50
-6.53
-13.06
T (µs)
Bc (MHz)
Total Pulse
Length (ns)
40dB OBW
(MHz)
(Bc/T)^0.5
= Bref
63.759
156.250
246.02
775.47
Test
Mode
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Report:
Bref (MHz)
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1830AUT18TestReport_Rev2
Page 30 of 43
UNWANTED SPURIOUS EMISSIONS
Limit Calculation
Part 80.211(f)(3)
43 + 10 x Log(Power, in Watts)
Test Data:
Mode
Mode
Measured Output (dBm)
43+10 x Log(P) Limit (dBm)
72.881
-13.00
73.911
73.685
-13.00
-13.00
2nd Harmonic Peak Table
Center
Freq
(MHz)
9416.654
9416.654
9415.853
Peak
Output
Power
(dBm)
72.881
73.911
73.685
Spurious
Emission
Correction
(dBm)
2nd Harmonic
If Bm > 1, 20
Log(Bref/Bm)
Harmonic
Frequency
(MHz)
Measured
Peak in
Bref
(dBm)
Corrected
to Bm
(dBm)
43+10 x
Log(P)
Limit
(dBm)
Margin
(dB)
-13.06
-13.06
-13.06
18833.3
18833.3
18831.7
-24.18
-12.35
-4.87
-37.244
-25.414
-17.934
-13.00
-13.00
-13.00
24.24
12.41
4.93
Worst-case Emission: Test Mode 3
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Page 31 of 43
Test Data:
Mode
3rd Harmonic Peak Table
Center
Freq
(MHz)
9416.654
9416.654
9415.853
Peak
Output
Power
(dBm)
72.881
73.911
73.685
Spurious
Emission
Correction
(dBm)
3rd Harmonic
If Bm > 1, 20
Log(Bref/Bm)
Harmonic
Frequency
(MHz)
Measured
Peak in
Bref
(dBm)
Corrected
to Bm
(dBm)
43+10 x
Log(P)
Limit
(dBm)
Margin
(dB)
-13.06
-13.06
-13.06
28250.0
28250.0
28247.6
-18.73
-8.23
-1.09
-31.794
-21.294
-14.154
-13.00
-13.00
-13.00
18.79
8.29
1.15
Worst-case Emission: Test Mode 3
Test Data:
Mode
4th Harmonic Peak Table
Center
Freq
(MHz)
9416.654
9416.654
9415.853
Peak
Output
Power
(dBm)
72.881
73.911
73.685
Spurious
Emission
Correction
(dBm)
4th Harmonic
If Bm > 1, 20
Log(Bref/Bm)
Harmonic
Frequency
(MHz)
Measured
Peak in
Bref
(dBm)
Corrected
to Bm
(dBm)
43+10 x
Log(P)
Limit
(dBm)
Margin
(dB)
-13.06
-13.06
-13.06
37666.6
37666.6
37663.4
-36.40
-28.40
-21.70
-49.464
-41.464
-34.764
-13.00
-13.00
-13.00
36.46
28.46
21.76
Worst-case Emission: Test Mode 3
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Page 32 of 43
UNWANTED SPURIOUS EMISSIONS
Test Data:
Spurious Conducted Emissions Plot
FCC PT 80 & 90 Spurious Conducted Emissions, RMS
90
[CELLRANGE]
73.911
80
70
60
50
Level (dBm)
40
FCC MASK
30
MODE 3
20
MODE 2
10
-10
[CELLRANGE]
[CELLRANGE]
MODE 1
[CELLRANGE]
[CELLRANGE]
[Y VALUE]
[Y VALUE]
[CELLRANGE] [CELLRANGE]
[CELLRANGE]
[CELLRANGE] dBm
-20
[CELLRANGE]
[Y VALUE]
-30
-40
-50
-60
4000
40000
Frequency (MHz)
ISED RSS-238 Spurious Conducted Emissions, Max Peak
90
[CELLRANGE]
73.911
80
70
60
50
[CELLRANGE]
[CELLRANGE]
[CELLRANGE] [CELLRANGE]
[CELLRANGE]
[CELLRANGE] dBm
Level (dBm)
40
IC MASK
30
MODE 3
20
MODE 2
10
MODE 1
[CELLRANGE]
[Y VALUE]
-10
[CELLRANGE]
[Y VALUE]
-20
-30
[CELLRANGE]
[Y VALUE]
-40
-50
-60
4000
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Frequency (MHz)
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1830AUT18TestReport_Rev2
40000
Page 33 of 43
FIELD STRENGTH OF SPURIOUS EMISSIONS
FCC Rule Parts:
s.4.3
Part 2.1053(a), 2.1057(a)(1), 80.211(f)(3), 90.210(n), (b)(3), RSS-238
Requirements:
Test Procedure:
Applicant:
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Report:
ANSI C63.26, 5.5.4; ITU-R M.1177-4, ANNEX 1
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FIELD STRENGTH OF SPURIOUS EMISSIONS
Test Site Setup:
EUT Orientation(s):
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FIELD STRENGTH OF SPURIOUS EMISSIONS
Test Procedure:
Applicant:
FCC ID:
IC:
Report:
TIA 603-E, 2.2.13; ITU-R M.1177-4, Annex 1
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1830AUT18TestReport_Rev2
Page 36 of 43
FIELD STRENGTH OF SPURIOUS EMISSIONS
Bandwidth Compensation Calculation Table:
Test Mode
T (µs)
Bc (MHz)
Total Pulse
Length (ns)
40dB OBW
(MHz)
(Bc/T)^0.5
= Bref
775.47
49.680
9.64
Limit Calculation
MBR
(MHz)
Bm
(MHz)
Correction
(dBm)
Correction
(dBm)
If Bref > 1, Bref
=1
(for measuring)
If 3/2 > Bref,
MBR = Bref,
Else MBR =
3/2
Bif x MBR =
Bm
Noise:
If Bm > 1, 10 x
Log(Bref/Bm)
Emission:
If Bm > 1, 20 x
Log(Bref/Bm)
1.0
1.500
4.50
-6.53
-13.06
Bref (MHz)
Part 80.211(f)(3)
43 + 10 x Log(Power, in Watts)
Mode
Measured Output (dBm)
43+10 x Log(P) Limit (dBm)
73.685
-13.00
Note: The tabulated data shows the results of the radiated field strength emissions test. The
spectrum was scanned from the lowest frequency generated internally to the tenth harmonic of
the fundamental frequency or 40 GHz, whichever is less. This test was conducted in accordance
with the referenced standards. Measurements were made at the test site of TIMCO
ENGINEERING, INC. located at 849 NW State Road 45, Newberry, FL 32669. The measurements
below represent the worst case of all the frequencies tested.
Note: The six (6) highest emissions or more of each worst-case operational modes of the EUT are
represented below. Emissions 20 dB below the limit are not required to be reported.
Worst-case Mode of Operation to be Investigated = Test Mode 3
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Page 37 of 43
FIELD STRENGTH OF SPURIOUS EMISSIONS
Test Data:
Radiated Spurious Emissions Table
Tuned
Frequency
(MHz)
Emission
Frequency
(MHz)
Meter
Reading
(dBµV)
Antenna
Polarity
Coax Loss
(dB)
Correction
Factor
(dB/m)
Distance
(m)
Field
Strength
(dBµV/m)
ERP
(dBm)
Limit
(dBm)
Margin
(dB)
9415.853
64.87
45.40
0.95
6.23
3.000
52.579
-44.798
-13.00
31.80
9415.853
84.76
52.44
1.11
9.75
3.000
63.299
-34.079
-13.00
21.08
9415.853
162.40
32.19
1.47
16.36
3.000
50.017
-47.360
-13.00
34.36
9415.853
180.66
37.81
1.56
13.77
3.000
53.142
-44.235
-13.00
31.24
9415.853
207.69
35.58
1.63
10.59
3.000
47.798
-49.580
-13.00
36.58
9415.853
208.97
31.67
1.63
10.54
3.000
43.839
-53.538
-13.00
40.54
9415.853
546.15
21.41
2.82
17.57
3.000
41.797
-55.580
-13.00
42.58
9415.853
551.28
9.84
2.84
17.93
3.000
30.610
-66.767
-13.00
53.77
9415.853
975.64
7.17
3.67
22.59
3.000
33.433
-63.945
-13.00
50.94
9415.853
976.92
8.94
3.68
22.56
3.000
35.178
-62.200
-13.00
49.20
9415.853
1708.33
21.03
4.74
29.18
3.000
54.953
-42.424
-13.00
29.42
9415.853
2389.42
20.48
5.86
31.89
3.000
58.226
-39.151
-13.00
26.15
9415.853
5522.44
14.10
8.95
34.44
3.000
57.488
-39.889
-13.00
26.89
9415.853
18831.7
4.58
16.52
44.74
3.000
65.835
-31.542
-13.00
18.54
9415.853
18831.7
2.04
16.52
44.74
3.000
63.295
-34.082
-13.00
21.08
9415.853
28247.6
8.23
20.57
46.82
3.000
75.620
-21.757
-13.00
8.76
9415.853
28247.6
6.21
20.57
46.82
3.000
73.600
-23.777
-13.00
10.78
Test Data:
Radiated Spurious Emissions Plot
Radiated Spurious Emissions
70
[CELLRANGE]
[CELLRANGE]
60
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
50
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
40
30
Level (dBm)
20
FCC MASK
10
IC MASK
[CELLRANGE] dBm
-10
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
[CELLRANGE]
MODE 3
-20
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
-30
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
-40
[CELLRANGE], [Y VALUE]
-50
-60
-70
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
[CELLRANGE], [Y VALUE]
40
Applicant:
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400
Frequency (MHz)
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4000
40000
Page 38 of 43
FREQUENCY STABILITY
FCC Rule Parts:
Part 2.1055(a)(2), 80.209(b), 90.213(a),
Test Procedure:
TIA 603-E, 2.2.2
Test Setup Block Diagram:
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Page 39 of 43
FREQUENCY STABILITY
Test Data:
9430
Frequency Error Measurement Plot
Frequency Stability
9425
9420
MHz
9415
9410
Intended Freq.
9405
Reference Freq.
9400
Freq. over Temp.
- 1250 ppm Limit
9395
+ 1250 ppm Limit
9390
Temperature & Voltage Variation
Note: The EUT is intended for use also within Canada. The more strict frequency stability limit of
1250 ppm from RSS-238 has been applied to the data, below.
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Page 40 of 43
FREQUENCY STABILITY
Test Data:
Frequency Error Measurement Table
ISED LIMIT:
RSS-238 4.1 Limit:
Shortest Pulse Duration:
Limit:
Authorized Bandwidth
FCC LIMIT:
80.209(b) Limit:
80.209(b) Limit in PPM:
Most Strict Limit:
1250
0.0063759
235.2609043
200
ppm
μs
MHz from Auth. BW
MHz
9265
MHz (upper)
9535.260904
MHz (lower)
400,000
ppm
1250
ppm
Temperature (°C)
Supplied Voltage (VDC)
Intended Frequency
(Hz)
20°C (reference)
120
9415853000
Measured Reference
Frequency (Hz)
Deviation (Hz)
9415853000
Over Voltage Range
Temperature (°C)
Supplied Voltage (VDC)
Frequency (Hz)
Deviation (Hz)
PPM
+20
102.0
9415853000
0.000
+20
138.0
9415853000
0.000
-30
102.0
9416654000
801000
85.069
-30
138.0
9415853000
0.000
+50
102.0
9415853000
0.000
+50
138.0
9415853000
0.000
Over Temperature Range
Temperature (°C)
Supplied Voltage (VDC)
Frequency (Hz)
Deviation (Hz)
PPM
+50
120
9415853000
0.000
+40
120
9416654000
801000
85.069
+30
120
9415853000
0.000
+20
120
9415853000
0.000
+10
120
9415853000
0.000
120
9415853000
0.000
-10
120
9416654000
801000
85.069
-20
120
9416654000
801000
85.069
-30
120
9415853000
0.000
RESULT:
Meets Requirements
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Page 41 of 43
STATEMENT OF MEASUREMENT UNCERTAINTY
The data and results referenced in this document are true and accurate. The measurement
uncertainty was calculated for all measurements listed in this test report according To CISPR 16–4
or ENTR 100-028 Specification for radio disturbance and immunity measuring apparatus and
methods – Part 4: “Uncertainty in EMC Measurements” and is documented in the Timco
Engineering, Inc. quality system according to DIN EN ISO/IEC 17025. Furthermore, component
and process variability of devices similar to that tested may result in additional deviation. The
manufacturer has the sole responsibility of continued compliance of the device.
Hereafter the best measurement capability for Timco Engineering, Inc. is reported:
Measurement
Uncertainty
Notes
RF Frequency Accuracy
±49.5 Hz
(1)
RF Conducted Power
±0.93dB
(1)
Conducted spurious emission of transmitter to 40GHz
±1.86dB
Occupied Bandwidth
±2.65%
Radiated RF Power
±1.4dB
Test Items
Rad Emissions of transmitter up to 26.5GHz
±2.14dB
Rad Emissions of transmitter to 40GHz
±2.36dB
Temperature
±1.0°C
Humidity
±5.0%
(1)
Note: (1) This uncertainty represents an expanded uncertainty expressed at approximately the
95% confidence level using a coverage factor of k=1.96.
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Page 42 of 43
EMC EQUIPMENT LIST
Device
Manufacturer
Model
Serial
Number
Cal/Char
Date
Due
Date
Antenna: Biconical 1096
Eaton
94455-1
1096
08/01/17
08/01/19
Antenna: Log-Periodic 1122
Electro-Metrics
LPA-25
1122
07/26/17
07/26/19
Temperature Chamber LARGE
Tenney
Engineering
TTRC
11717-7
09/01/16
09/01/19
KMKM-0244-02
KMKM-0670-01
KFKF-0197-00
N/A
N/A
Coaxial Cable - Chamber 3 cable set (backup)
Micro-Coax
Chamber
3 cable set
(backup)
CHAMBER
Panashield
3M
N/A
12/31/17
12/31/19
Antenna: Double-Ridged Horn/ETS Horn 1
ETS-Lindgren
3117
00035923
03/01/17
03/01/19
Software: Field Strength Program
Timco
N/A
Version 4.10.7.0
N/A
N/A
Type K J Thermometer
Martel
303
080504494
11/02/17
11/02/19
EMI Test Receiver R & S ESU 40
Rohde & Schwarz
ESU 40
100320
04/01/16
04/01/19
Bore-sight Antenna Positioning Tower
Sunol Sciences
TLT2
N/A
N/A
N/A
Terminator N 20W DC-18G
Narda
8205
#14
04/06/17
04/06/19
High Pass Filter 18GHz
Micro-Tronics
HPS18771
-002
05/13/18
05/13/20
Antenna: Double-Ridged Horn 18-40 GHz
EMCO
3116
9011-2145
12/08/17
12/08/19
Coaxial Cable - KMKM-0180-00 Aqua
Micro-Coax
N/A
KMKM-0180-00
07/21/18
07/21/20
Coaxial Cable - SMSM-0019-00 Black
N/A
N/A
SMSM-0019-00
05/16/17
05/16/19
Adapter Waveguide WR-28 to Waveguide WR90
ATM
28/90-8-6-6
S539708-01
N/A
N/A
Adapter Waveguide WR-28 to Coax K
ATM
28-25KZA-6
S539908-01
N/A
N/A
Adapter Waveguide WR-42 to Waveguide WR90
ATM
42/90-8-6-6
S539408-01
N/A
N/A
Adapter Waveguide WR-42 to Coax K
ATM
42-25KA-6
S539508-01
N/A
N/A
Adapter Waveguide WR-62 to Waveguide WR90
ATM
62/90-6-6-6
S539608-01
N/A
N/A
Adapter Waveguide WR-62 to Coax SMA
ATM
62-251A-6
S539808-01
N/A
N/A
Adapter WR-90 to SMA
Pasternack
PE9804
N/A
N/A
N/A
Load WR-90 90W
Pasternack
PE6824
N/A
N/A
N/A
Coaxial Cable - KMKM-0180-01 Aqua
Micro-Coax
N/A
KMKM-0180-00
07/21/16
07/21/19
Antenna: Double-Ridged Horn 18-40 GHz
EMCO
3116
9011-2145
12/08/17
12/08/19
Terminator N 20W DC-18G
Narda
8205
#14
04/06/17
04/06/19
Attenuator N 30dB 100W DC-6G
Pasternack
PE7214-30
#109
05/24/17
05/23/19
Attenuator N 20dB 20W DC-12G
Narda
768-20-SP
344
07/10/17
07/10/19
Attenuator N 30dB 100W DC-6G
Pasternack
PE7214-30
#109
05/24/17
05/24/19
HP Directional Coupler
HP
X752D
1829A24209
N/A
N/A
*EMI RECEIVER SOFTWARE VERSION
The receiver firmware used was version 4.43 Service Pack 3
END OF REPORT
Applicant:
FCC ID:
IC:
Report:
NAVICO RBU ITALIA S.R.L.
2AJJ3SRTLAN25X
21849-SRTLAN25X
1830AUT18TestReport_Rev2
Page 43 of 43
Download: SRTLAN25X X-Band Marine Radar Test Report  Navico RBU Italia S.r.l.
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Document ID4192209
Application IDhvijQC/H+65vM8B068/REg==
Document DescriptionTest Report
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeTest Report
Display FormatAdobe Acrobat PDF - pdf
Filesize197.84kB (2473004 bits)
Date Submitted2019-03-06 00:00:00
Date Available2019-03-06 00:00:00
Creation Date2019-03-04 11:12:43
Producing SoftwareAdobe PDF Library 11.0
Document Lastmod2019-03-04 11:15:25
Document TitleTest Report
Document CreatorAcrobat PDFMaker 11 for Word
Document Author: Franklin Rose

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