St an dar d gai n and oc ta ve h or n, F y i, Finland – Atec EMCO-3106-3115-3116 User Manual
Page 10: Uk: online, Singapore, Options none applications, Electrical specifications
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USA:
Tel +1.512.531.6400
Fax +1.512.531.6500
FINLAND:
Tel +358.2.838.3300
Fax +358.2.865.1233
UK:
ONLINE:
i
www.ets-lindgren.com
SINGAPORE:
Tel +65.536.7078
Fax +65.536.7093
Tel +44.(0)1438.730.700
Fax +44.(0)1438.730.750
Standard Configuration
◗
Standard gain or octave horn assembly consisting of
coaxial feed, flanged waveguide, and mounting bracket.
◗
Mounting bracket with 1/4 x 20 threads
◗
Complete calibration factors and signed Certificate of
Conformance included in Manual (Octave Horns only).
Calibration by measurement not applicable to Standard Gain Horns.
Options
None
Applications
MODEL
MODEL
MODEL
MODEL
MODEL
FCC-15
FCC-15
FCC-15
FCC-15
FCC-15
FCC-18
FCC-18
FCC-18
FCC-18
FCC-18
IEC/CISPR/EN
IEC/CISPR/EN
IEC/CISPR/EN
IEC/CISPR/EN
IEC/CISPR/EN
SAE J1113
SAE J1113
SAE J1113
SAE J1113
SAE J1113
SAE J1338
SAE J1338
SAE J1338
SAE J1338
SAE J1338
SAE J1507
SAE J1507
SAE J1507
SAE J1507
SAE J1507
SAE J1551
SAE J1551
SAE J1551
SAE J1551
SAE J1551 MIL-STD-461E
MIL-STD-461E
MIL-STD-461E
MIL-STD-461E
MIL-STD-461E
MIL-STD-1541
MIL-STD-1541
MIL-STD-1541
MIL-STD-1541
MIL-STD-1541 MIL-STD-285
MIL-STD-285
MIL-STD-285
MIL-STD-285
MIL-STD-285
NACSIM
NACSIM
NACSIM
NACSIM
NACSIM
3160
3160
3160
3160
3160
RE
RE
RE, RI
RI
RI
RI
RI
RE, RI
RE
RE, RI
RE
3161
3161
3161
3161
3161
RE
RE
RE, RI
RI
RI
RI
RI
RE, RI
RE
RE, RI
RE
RE = Radiated Emissions
RI = Radiated Immunity (Susceptibility)
Electrical Specifications
MODEL
MODEL
MODEL
MODEL
MODEL
FREQUENCY
FREQUENCY
FREQUENCY
FREQUENCY
FREQUENCY
GAIN
GAIN
GAIN
GAIN
GAIN
ANTENNA
ANTENNA
ANTENNA
ANTENNA
ANTENNA
E -
E -
E -
E -
E -
H -
H -
H -
H -
H -
MAXIMUM
MAXIMUM
MAXIMUM
MAXIMUM
MAXIMUM
TYPICAL
TYPICAL
TYPICAL
TYPICAL
TYPICAL
RANGE
RANGE
RANGE
RANGE
RANGE
FACTOR
FACTOR
FACTOR
FACTOR
FACTOR
PLANE
PLANE
PLANE
PLANE
PLANE
PLANE
PLANE
PLANE
PLANE
PLANE
CONTINUOUS
CONTINUOUS
CONTINUOUS
CONTINUOUS
CONTINUOUS
FIELD
FIELD
FIELD
FIELD
FIELD
POWER
POWER
POWER
POWER
POWER
STRENGTH
STRENGTH
STRENGTH
STRENGTH
STRENGTH
3160-01
0.96 –
1.46 GHz
16.5 dBi
15.4 dB (1/m)
26
0
27
0
550 W
700 V/m
3160-02
1.12 –
1.70 GHz
16.3 dBi
16.9 dB (1/m)
26
0
26
0
550 W
700 V/m
3160-03
1.70 –
2.60 GHz
16.3 dBi
20.6 dB (1/m)
27
0
27
0
500 W
650 V/m
3160-04
2.60 –
3.95 GHz
16.7 dBi
23.7 dB (1/m)
26
0
27
0
250 W
500 V/m
3160-05
3.95 –
5.85 GHz
16.7 dBi
27.3 dB (1/m)
26
0
27
0
250 W
500 V/m
3160-06
5.85 –
8.20 GHz
17.1 dBi
29.9 dB (1/m)
24
0
25
0
250 W
500 V/m
3160-07
8.20 – 12.40 GHz
16.9 dBi
33.5 dB (1/m)
26
0
26
0
250 W
500 V/m
3160-08
12.40 – 18.00 GHz
16.7 dBi
37.1 dB (1/m)
26
0
27
0
200 W
435 V/m
3160-09
18.00 – 26.50 GHz
16.8 dBi
40.3 dB (1/m)
27
0
27
0
50 W
220 V/m
3160-10
26.50 – 40.00 GHz
17.0 dBi
43.5 dB (1/m)
27
0
27
0
10 W
100 V/m
3161-01
1.00 –
2.00 GHz
16.3 dBi
16.9 dB (1/m)
26
0
26
0
550 W
700 V/m
3161-02
2.00 –
4.00 GHz
17.5 dBi
22.3 dB (1/m)
22
0
22
0
250 W
500 V/m
3161-03
4.00 –
8.00 GHz
17.5 dBi
28.3 dB (1/m)
22
0
22
0
250 W
500 V/m
Gain shown is for mid-band of the operating range. Antenna factor is flat within ± 0.5 dB over each frequency.
Field Strength shown is for 1 meter separation.
f y i
The development of standard gain horn antennas was
spurred by the arrival of World War II and with it, an increased
interest in microwave frequencies. The standard gain horn is
unique in that gain can be computed to a tenth of a decibel if
the antenna is manufactured with precision. This characteris-
tic allows these antennas to serve as primary standards for
gain measurements. Standard gain horns also have the ability
to realize specified beamwidths independently in the two
principal planes.
St
an
dar
d Gai
n and Oc
ta
ve
H
or
n