Antennas
Helical Antennas
- Details
|
HLX 0810-LHCP
Helical antenna 750 - 1050 MHz left hand circular polarisation (LHCP) gain: 11 dBic 22 mm tube N-jack
|
|
| |
HLX 0810-RHCP
Helical antenna 750 - 1050 MHz right hand circular polarisation (RHCP) gain: 11 dBic 22 mm tube N-jack
|
|
|
CLSA 0110 - RHCP
Conical Logarithmic Spiral Antenna The CLSA 0110 offers circular polarisation over approx. one decade up to microwave frequencies. Frequency Range: 1 - 10 GHz Polarisation: RHCP (right hand circular polarisation)
|
|
|
CLSA 0110 - LHCP
Conical Logarithmic Spiral Antenna The CLSA 0110 offers circular polarisation over approx. one decade up to microwave frequencies. Frequency Range: 1 - 10 GHz Polarisation: LHCP (left hand circular polarisation)
|
Field Probes
- Details
 |
 |
Field Probes for Handheld Analyzer
- Details
| |
FSH3D
Isotropic H-Field Antenna for the Rohde und Schwarz handheld spectrum analyser FSH or the TS-EMF System.
9 kHz - 200 (300) MHz
Light weight low attenuation radom
Outer diameter ca. 150 mm
The selection of the active loop and the power supply for the antenna is provided by the included short cable that can directly be connected to the R&S FSH.
|
|
|
NEW |
FSE3D
Isotropic E-Field Antenna for handheld spectrum analyser.
Frequency range: (10) 30 MHz - 3 (3.3) GHz Light weight low attenuation radom
Outer diameter approx. 150 mm
The FSE3D consists of three identical, active broadband dipoles, which are aligned perpendicularly to each other. A shielded unit follows, containing the switching and amplifier circuitry, which is directly connected to the N-male output and fed by the USB-connector with power supply and data-signals to select the desired loop-axis. A RF-transparent radome cover protects the FSE3D from dust and moisture. Because of its light-weight construction the FSE3D can be directly mounted to the spectrum analyzer. Alternatively the FSE3D can be held manually at its 50 mm shaft (sweeping method) or attached to a mast or tripod using the 22 mm tube (rotation method or raster method).
|
|
| |
FSHPH
H-field probe for handheld spectrum analyzer of all main manufacturer.
Usable with the following devices:
9 kHz - 300 MHz
The FSHPH is a passive, single-axis H-field probe suited for non-ionizing radiation measurements according to BGV-B11, ICNIRP, IEEE C95.1, FCC 96-236 and others. The FSHPE allows a fast andaccurate safety-evaluation of the measurement environment.
|
|
| |
FSHPE
E-field probe for handheld spectrum analyzer of all main manufacturer.
Usable with the following devices:
9 kHz - 200 (300) MHz
The FSHPE is a passive, single-axis E-field probe suited for non-ionizing radiation measurements according toBGV-B11, ICNIRP, IEEE C95.1, FCC 96-236 and others. The FSHPE allows a fast an accurate safety-evaluation of the measurement environment.
|
|
Broadband Horn Antennas
- Details
 |
 |
 |
 |
Antenna Impedance Converter
- Details
|
|
VHIC 9260
Antenna Impedance converter acc. CISPR 25 9 kHz - 30 (120) MHz. Option ACS 110: Charger ACS 110 for VHIC 9260
|
|
| |
CA 9260
The CA 9260 artificial antenna network (AAN) described in CISPR 25 Annex B, 150 kHz to 6.2 MHz, is used to measure the S21 of the Impedance converter VHIC 9260.
|
|
Active Antennas
- Details
| |
EFS 9218
Active Electric Field Probe with Biconical Elements 9 kHz - 300 MHz 12 µV/m - 65 V/m const. antenna factor typ. 46 dB/m high symmetry built in rechargeable battery The switchable preamplifier improves the antenna factor to 20 dB/m.
Option: Opt. ACS 410: Automatic charger ACS 410 for EFS9218
|
|
|
EFS 9219
Active antenna holder high sensitivity (1 µV/m ... 3 V/m) 9 kHz-30 MHz BBUK 9139 biconical elements required
Option: Opt. Rohr: Isolating tube with braid chokes for EFS9219 Opt. ACS 410: Automatic charger Ansmann ACS 410 for EFS 9219
|
||
|
|
VAMP 9243
Vertikal active rod antenna 9 kHz - 30 MHz BNC reduced noise floor with mounting nut for AM 9144 and rechargeable battery
Option: Opt. GP: Aluminium-Groundplane, 0.6 x 0.6 m
Opt. ACS 410: Charger ACS 410
Opt. VT: 20 dB plug in divider to measure high field strength
Opt. CA 9243: Calibration Adapter for VAMP9243
Opt. MIL461F bonding kit: Bonding kit for VAMP 9243 acc. MIL-STD-461F consisting of a BNC cable double shielded ca. 70 cm, with braid current blocking ferrite in the center, elbow aluminium angle with BNC bulkhead adapter.
|
|
Collapsible or Open Conical Elements
- Details
|
BBAE 9179
Foldable elements for immunity for automotive applications optimized for 1 m measurement distance max. diameter 150 cm 20 - 220 MHz suitable for: VHBC 9133, VHBD 9134, VHBD 9134-4 Some Baluns may need a mechanical modification!
|
||
| |
BBFA 9146
BBFA 9146 foldable conical elements are large open conical elements with variable adjustable opening angle. To improve the antenna properties in the lower frequency range, it is possible to use extensions.
Lenght with extensions up to 4 m.
Frequency Range: 20 - 220 MHz
|
|
|
FBAB 9177
Collapsible Biconical Elements 30 - 300 MHz (instead of BBA 9106)
|
||
|
FBAL 9178
Large Collapsible Biconical Elements 20 - 200 MHz (instead of BBAL 9136)
|
||
|
BAOC 9216
Open Conical Elements 160-1200 MHz broadband for UBAA 9114/9115
|
||
| |
BBOC 9217
Open Conical Elements (30)100-1000 MHz broadband for UBAA 9114/9115
|
|
Rolling Stock Antenna
- Details
| |
RSAL 5340
LF 3-dimensional magnetic rolling stock antenna for the lower frequency range acc. to CLC/TS 50238-3:2010. 10 kHz to 100 kHz.
|
|
| |
RSAH 5324
3-dimensional magnetic rolling stock antenna for the higher frequency range acc. to CLC/TS 50238-3:2010. 100 kHz to 1.3 MHz.
|
|
| |
RSA COVER
Dirt and weather protection cover to house the rolling stock antennas RSAL 5340 or RSAH 5324 and to fix the antenna to the rail track.
|
|
Radiating Loop
- Details
| |
FESP 5132
Radiating loop diam. 12 cm 20 turns 15 Hz to 150 kHz max 15 A 2x Banana jack 4mm
acc. ISO 11452-8, MIL-STD 461E RS101, EN 55103 5.18.3.2
Option: Option LoopHolder50: Calibration fixture to hold FESP 5134-40 in FESP 5132 in a distance of 50 mm acc. MIL461E figure RS101-3.
|
|
| |
FESP 5133
Loop Sensor / Antenna 36 turns in 4 layers diam. 133 mm EN 55103-1 A.2.b) EN 55103-2 A.4.1 0 - 200 kHz banana plugs (standard) or BNC connector female.
|
|
| |
FESP 5135
Radiating coil diam. 0.5 m 20 turns in one layer acc. EN 55103-2 A.3.1
|
|
| |
FESP 5133 1330
Circular radiating loop for extremely high field strength up to several mT 225 turns acc. SF 01 G VG95377
|
|
Mast Adapters
- Details
| |
AA 9202
Mast Adapter for Antenna Mast System AM 9144 with 22 mm hole for most Antenna models. 3/8" and 1/4" camera threads polarisation continuously adjustable
|
|
|
|
PDG 9211 - Polarisation swivel fixture
The polarisation swivel fixture PDG 9211 allows to change the polarisation of larger horn antennas by a single person easily. With the four locking points the antenna can snap in increments of 90° angles to horizontal or vertical polarisation.
The antenna is supported near its center of gravity. The polarisation swivel fixture can be mounted on the AM 9144 tripod at its vertical 3/8" camera thread.
Optionally there is a pneumatic polarisation shifter for remote operation available.
|
|
| |
AA 9202 POM
Non metallic mast adapter for most light weight Antenna models with 22 mm tube minimizes reflections 3/8" camera thread polarisation continuously adjustable
|
|
| |
AA 9203
Mast Adapter for AM 9144 with 22 mm hole for most Antenna models 3/8" and 1/4" camera threads polarisation and elevation continuously adjustable
|
|
|
|
RA 9215
Indexing adapter RA 9215 for fast and precise polarisation change (90° steps) Mast Adapter for Antennas with 22 mm tube and indexing ring. 3/8" and 1/4" camera threads
|
|
|
|
AA 9205
Orthogonal Swivel Adapter for positioning in 3 perpendicular directions Application: determination of the magnitude of the fieldstrength
|
|
| |
AA 9209
Antenna adapter to fix STLP 9128 E STLP 9128 E special, STLP 9128 D, STLP 9128 D special on AM 9144. Alllows antenna rotation without height adjustment. Antenna can be fixed in the center of gravity without any collision Adapterswith the AM 9144 during polarisation change.
|
|
| |
AA 9213
Adapter to convert a 3/8" female thread to 22 mm tube e.g. to fix BBHA 9170 on AM 9104.
|
|
|
POSITIONER
Positioner for light weight antennas like SBA 9113 with 420 NJ. The positioner consists of: 1 piece of glass fiber tube 22 mm thick, 1000 mm long, an adapter AA 9203 is mounted to the tube. The other end of the tube carries a 3/8 inch male camera thread.
|
||
|
R&S Flange
R&S Flange for Schwarzbeck antenna with 22 mm tube.
|
||
| |
RS 9214
Adapter to convert the R&S Aluminium Flange into 22 mm tube with indexing ring.
|
|
ETSA 9227
Adapter for light horn antennas of various manufacturers with 50 mm bolt circle to 22 mm tube with indexing ring. Suitable for: ETS 3115, EMCO 3115, A-INFO LB-10180, R&S HF906, R&S HF907 ...
|
||
| |
KG 9201
Mast Adapter (swivel, 90° vertical/horizontal polarisation for AM 9144) for VULP 9118 D,E,F,G and VUSLP 9111 E only
|
|
| |
PPS 9208
Pneumatic polarisation shifter with 2-way pneumatic cylinder for all Schwarzbeck antennas with 22 mm tube on AM 9144. Compressed air required.
|
|
|
SWHA 9204
Swivel handle for light antennas
|
||
| |
EA 9207
Adapter for Schwarzbeck antennas with 22 mm tube on EMCO mast.
|
|
|
TA 9204
Thread Adapter with 3/8" female and 1/4" male threads. Mainly for American antenna brands.
|
||
|
TA 9205
TA 9205 Thread Adapter with 1/4" female and 3/8" male threads. (For camera tripods, not for AM 9144)
|
||
|
TA 9206
Thread Adapter with 3/8" female and 5/8" male threads. (Geodesy)
|
||
Rod Antennas
- Details
|
|
VAMP 9243
Vertikal Active Rod Antenna 9 kHz - 30 MHz BNC reduced noise floor with mounting nut for AM 9144 and rechargeable battery
Options: Opt. GP: Aluminium-Groundplane, 0.6 x 0.6 m Opt. ACS 410: Charger ACS 410 Opt. VT: 20 dB plug in divider to measure high field strength Opt. CA 9243: Calibration Adapter for VAMP 9243
Opt. MIL461F bonding kit: Bonding kit for VAMP 9243 acc. MIL-STD-461F consisting of a BNC cable double shielded ca. 70 cm, with braid current blocking ferrite in the center, elbow aluminium angle with BNC bulkhead adapter.
|
|
|
VPMP 9242
Vertical passive rod antenna 10 - 40 MHz possible rods: FBAB 9177, FBAL 9178, BBA 9106, BBAL 9136 ( rod must be ordered extra)
Option: Opt. GP: Aluminium groundplane 0.6 x 0.6 m
|
||
| |
VPMP 9241
Monopole acc. to CISPR/D/391/CD (CIS/D/386/CD, CIS/D/388A/CC) passive 2 N-connectors element fixture for rod rod aluminum housing and groundplane
Option: Opt. TLD 9241: Top loading disc for VPMP 9241 diameter < 12 cm.
|
|
Baluns
- Details
|
|
SY 9223-439The SY 9223-439 transformer causes a voltage transformation Uin / Uout = 1 / 2 and is designed for operation with hand- held field coil – e.g. FESP 5132 when performing tests according to IEC 61000-4-39. For this purpose, the field coil must be excited with the signal voltage of over 60 Vrms at 134 kHz to reach the field strength of 65 A/m. Other applications in the frequency range up to 1... 3 MHz are possible.
|
|||||||||||||||||||||||||||||||||||||||||||
|
|
SY 9223 ProfibusThe SY 9223 Profibus balun adapts a symmetrical signal to a coaxial line. Usually twisted pairs with an impedance of approx. 120 Ω are used to transmit the Profibus signals. The SY 9223 Profibus can be applied to use an existing triaxial wiring.
|
|||||||||||||||||||||||||||||||||||||||||||
|
|
SY 9223-7637-4
The SY 9223-7637-4 is a balanced-to-unbalanced transformer (abbr. balun) - transforming an unsymmetrical RF signal into a symmetrical one while not transforming the impedance. A bidirectional direction of operation is possible. The SY 9223-7637-4 has a low insertion loss, a wide range of bandwidth and can dissipate a big amount of power.
|
|||||||||||||||||||||||||||||||||||||||||||
| |
SY 9223-100
Balun unsymm. 50 Ohm to symm. 100 Ohm Input impedance: 50 Ohm unsymmetrical Input connector: BNC Output impedance: 100 Ohm symmetrical Output connectors: RJ45 Pin 4+5 and 4 mm banana female Frequency range: 9 kHz - 60 MHz
|
|||||||||||||||||||||||||||||||||||||||||||
| |
SY 9223-120B
Balun unsymm. 50 Ohm to symm. 120 Ohm Input impedance: 50 Ohm unsymmetrical Input connector: BNC Output impedance: 120 Ohm symmetrical Output connectors: RJ45 Pin 4+5 and 4 mm banana female Frequency range: 9 kHz - 60 MHz
|
|||||||||||||||||||||||||||||||||||||||||||
| |
SY 9223-135
Balun unsymm. 50 Ohm to symm. 135 Ohm Input impedance: 50 Ohm unsymmetrical Input connector: BNC Output impedance: 135 Ohm symmetrical Output connectors: RJ45 Pin 4+5 and 4 mm banana female Frequency range: 9 kHz - 60 MHz
|
|||||||||||||||||||||||||||||||||||||||||||
| |
SY 9223-150
Balun unsymm. 50 Ohm to symm. 150 Ohm Input impedance: 50 Ohm unsymmetrical Input connector: BNC Output impedance: 150 Ohm symmetrical Output connectors: RJ45 Pin 4+5 and 4 mm banana female Frequency range: 9 kHz - 60 MHz
|
|||||||||||||||||||||||||||||||||||||||||||
|
SY 9501
Balun unsymm. 50 Ohm to symm. 150 Ohm EN 55015 CISPR 15
|
||||||||||||||||||||||||||||||||||||||||||||
| |
SY 9223-17-100
Broadband transformer 1:1,4 or 50 Ohm : 100 Ohm respectively acc. to CISPR 17 for filter measurements. 100 Ohm-side with banana jacks. 50 Ohm-side with BNC-jacks.
|
|||||||||||||||||||||||||||||||||||||||||||
| |
SY 9223-17-0.1
Broadband transformer 22:1 or 50 Ohm : 0.1 Ohm respectively acc. to CISPR 17 for filter measurements. 50 Ohm-side with BNC-jacks, 0.1 Ohm-side with banana jacks.
|
|||||||||||||||||||||||||||||||||||||||||||
| |
SY 9223-120
Balun for transmission measurements acc. to IEC61643-21 50 Ohm N to 120 Ohm screw terminals
|
|||||||||||||||||||||||||||||||||||||||||||
|
SY 9223-CISPR 13
Broad band isolation transformer acc. CISPR 13 fig. A.2 50 Ohm 75 Ohm
|
||||||||||||||||||||||||||||||||||||||||||||
|
SY 9223-PLC
1:1 PLC balun acc. to EN 50065-2-1 2003 + A1:2005 for Immunity against small band disturbance voltage 3 kHz - 30 MHz BNC and banana jacks Option 2 µF + 50 Ohm: 2 µF + 50 Ohm, in isolated housing, banana jacks
|
||||||||||||||||||||||||||||||||||||||||||||
Monitoring & Drive Test Antennas
- Details
| |
TETRA Dipole
Linear polarized half-wave dipole with 1:1 balun and fixed element length for fieldstrength measurements at TETRA (terrestrical trunked radio) networks.
Frequency range: 340 - 480 MHz Gain: typ. 1.5 dBi
|
|
|
ILS Dipole
Linear polarized half-wave dipole with 1:1 balun and fixed element length for fieldstrength measurements at instrument landing systems (ILS). Frequency range: Localizer: 108 - 118 MHz (LOC, LLC) Glideslope: 320 - 340 MHz (G/S) Gain: 1.5 dBi |
||
| |
RSH 113
The RSH 113 is a crossed dipole antenna, consisting of two shortened half-wave-dipoles. The size reduction is achieved by the use of top loading discs. The design frequency range is from 108 to 118 MHz, typical applications are measurements at instrument landing systems (ILS-Localizer). The RSH 113 has a nearly omnidirectional pattern and comes with horizontal polarisation. The antenna can be used for both, Receive and Transmit Applications and comes with a nominal impedance of 50 Ω.
|
|
|
|
RSH 4786
Horizontal polarised omnidirectional Antenna for mobile and stationary receive and transmit applications.
A typical application is the DVB coverage measurement using measurement vehicles.
Frequency range: 350 - 1050 MHz
|
|
| |
RSH 2342
Horizontal polarised omnidirectional Antenna for mobile and stationary receive and transmit applications.
A typical application is the DVB-T (DTMB,ATSC or ISDB-T) coverage measurement using measurement vehicles. Frequency range: 170 - 350 MHz
|
|
| |
RE 1790
Vertical polarized VHF- UHF biconical antenna (170) 230 - 1000 (1100) MHz with omni directional H-plane pattern
|
|
| |
RE 4590
Vertical polarized VHF- UHF biconical antenna (330) 450 - 1000 (1100) MHz with omni directional H-plane pattern
|
|
| |
RS 16
Vertical polarized microwave biconical antenna (0,5) 1 - 6 (8,5) GHz with omni directional H-plane pattern
|
|
| |
RS 0460
Vertically polarised symmetrical biconical antenna 0,4 - 6 GHz omnidirectional in the H-plane
|
|
|
RRAH 9286
The RRAH 9286 is an antenna holder for antennas with 22 mm tube for vertical mounting on a car roof rack. The antenna holder is suitable for all standard roof rack carriers with a max. cross-tube dimension of 44x30 mm. The mounting distance is adjustable from 82-92 cm at 2.5 cm intervals (center- center).
|
||
| |
FT 01 S
Additional elements for enhanced FM broadcast directivity [Data1], [Data2]
|
|
|
FT 01 UKW
FM broadcast and TV bands antenna detachable 47 - 860 (1000) MHz high directivity
|
||
Dual polarized Broadband Horn Antennas
- Details
|
NEW |
CTIA 0710
Open Boundary Quad-Ridged Horn Antenna Dual polarized Broadband Horn Antenna Frequency range: 0.7 - 10 GHz Connector: SMA-female Size: 235 x 200 x 235 mm Weight: 0.84 Kg
|
|
| |
BBHX 9120 E
Dual polarized Broad-Band Horn Antenna 0.4 - 10 GHz N-female
|
|
| |
BBHX 9120 LF
Dual polarized Broad-Band Horn Antenna (0.8) 1 - 8 (10.5) GHz N-female
|
|
Standard Gain Horn
- Details
|
BBHA 9170
Broad-Band Horn Antenna 15 - 26.5 (40) GHz SMA-compatible connector
|
||
|
HA 9250-12
Pyramidal standard gain horn Antenna 1 - 2 GHz 7/16-connector 20 dBi optimized for far field gain
|
||
| |
HA 9250-24
Pyramidal standard gain horn Antenna 2 - 4 GHz 7/16-connector 20 dBi optimized for far field gain
|
|
| |
HA 9250-48
Pyramidal Horn Antenna 4 - 8 GHz N or 7/16-connector 20 dBi optimized for far field gain
|
|
| |
HA 9251-12
Pyramidal standard gain horn Antenna 1-2 GHz 7/16-connector far field gain 19-22 dBi optimized for 1 m gain.
|
|
|
HA 9251-24
Pyramidal standard gain horn Antenna 2 - 4 GHz 7/16-connector 18 dBi optimized for the gain in 1 m distance
|
||
| |
HA 9251-48
Pyramidal standard gain horn Antenna 4 - 8 GHz N or 7/16-connector 19 dBi optimized for the gain in 1 m distance
|
|
Logarithmic Periodic Broadband Antennas
- Details
 |
 |
 |
 |
Loop Antennas
- Details
|
|
|
|
|
|
|
|
|
.png "passive transmit loop antennas (TX)")
Field meters
- Details
|
VUFM 1670
E-Field Meter 70 kHz-2.5 GHz 1V/m-300V/m linear polarized charger ACS 110 required
|
||
|
VUFM 1671
LCD-Display Unit for VUFM 1670 with 5 m fibre optical link charger ACS 110 required
|
||
Near Field Probes
- Details
|
FS-SET 7100 B
Nearfield Probe Set including HFSL 7101 B Active Near Field Probe (magnetic), 9 kHz - 30 MHz HFSH 7102 B Active Near Field Probe (magnetic), 4 MHz - 1000 MHz EFS 7103 B Active Near Field Probe (electric), 9 kHz - 1000 MHz and Separator EW 7110 and AC/DC adaptor PS 230/12 in storing case
|
||
|
HFSL 7101 B
Active Near Field Probe (magnetic), 9 kHz - 30 MHz (EW 7110 and ACDC 7110 required)
|
||
| |
HFSH 7102 B
Active Near Field Probe (magnetic), 4 MHz - 1000 MHz (EW 7110 and ACDC 7110 required)
|
|
| |
EFS 7103 B
Active Near Field Probe (electric) 9 kHz - 1000 MHz (EW 7110 and ACDC 7110 required)
|
|
| |
EW 7110
The DC-Separator EW 7110 is used for powering the Probes HFSL 7101 B, HFSH 7102 B and EFS 7103 B.
|
|
|
PS 230/12
AC/DC Adapter for DC-Seperator EW 7110
|
||
Antenna Masts and Tripods
- Details
Antenna Masts |
||
|
|
AM 9104
Detachable Antenna Mast System (glass-fibre tubing) for VHF-UHF Antennas manual height scanning 0.4 m to 4 m insulated mast and antenna box with 0°/90° detents zinc-plated / stainless steel 3-leg mast foot
Options:
AM 9104 Opt. Rollen: Caster Wheels and Brakes for zinc-plated/ stainless steel 3-leg mast foot AM 9104 Opt. GFK-Fuß: Non metallic (glass-epoxy) mast foot for AM 9104
|
|
|
Tripods
|
||
|
AM 9144
Glass - Epoxy tube Antenna Mast System height set by screw 1.2 - 2 m 3/8" thread on top zinc-plated / stainless steel 3-leg mast foot
Options: AM 9144 Opt. GFK-Fuß: Non metallic (glass-epoxy) mast foot for AM 9144
AM 9144 Opt. Rollen: Caster Wheels and Brakes for 3-leg mast foot
AM 9144 Opt. Kurz height set range from 0.90 - 1.60 m (shorter version)
|
||
CISPR 15 3-dimensional loop antenna van Veen
- Details
| |
HXYZ 9170
Loop Antenna System ( LAS ) 3-dimensional large loop antenna diam. 2 m acc. EN 55015 / CISPR 15 Socket and Coaxial switch recommended
|
|
| |
HXYZ 9170 Sockel
Socket and mounting equipment for large loop HXYZ 9170
|
|
| |
HXYZ 9170 Umschaltbox
3 in one coaxial switch for manual / remote operation including cable set (3 BNC cables with braid current blockers) for large loop HXYZ 9170
|
|
| |
HXYZ 9170 RS USER Adapter
The HXYZ 9170 - RS adapter is used to connect the switchbox HXYZ 9170 to R&S devices with 25-pin user interface (e.g. ESPI, ZVR, ESCI, ESCS, FSB).
|
|
| |
HXYZ 9170 RS AUX Adapter
The HXYZ 9170 – RS AUX adapter is used to connect the switchbox HXYZ 9170 to R&S devices with 9-pin AUX interface (e.g. ESL and ESR).
|
|
| |
HFCD 9171
Calibration Balun / Dipole for HXYZ 9170 (recommended accessory: Antenna Mast AM 9144)
|
|
| |
CDA 9271
Adapter to hold HFCD 9171 on Antenna Mast AM 9144, 3/8" female large camera thread.
|
|
| |
HXYZ 9170 3m
Loop Antenna System ( LAS ) 3-dimensional large loop antenna diam. 3 m acc. EN 55015 / CISPR 15
|
|
Passive Magnetic Antennas, RX-Loop Antennas
- Details
Overview Passive Magnetic Antennas, RX-Loop Antennas
| |
HFRAE 5160
Receiving VHF - UHF loop antenna diam. 50 mm 2-300 MHz Transformer
|
|
| |
HFRAE 5161
HF RX Loop diam. 100 mm 0.07 - 120 MHz 1 turn Transformer
|
|
| |
HFRAE 5162
VLF-HF RX Loop diam. 250 mm 0.05 - 30 MHz 1 turn Transformer
|
|
| |
HFRAE 5163
Passive magnetic loop antenna diam. 50 mm 0.009 - 300 MHz 1 turn Transformer
|
|
|
NEW |
HFRA 5164
Passive magnetic loop antenna diam. 100 mm 0.01 - 120 MHz 3 turns
Recommended accessories:
|
|
Passive Magnetic Antennas, TX-Loop Antennas
- Details
Overview Passive Magnetic Antennas, TX-Loop Antennas
|
HFRA 1356
The HFRA 1356 is a passive loop antenna which is matched to a resonance frequency of 13.56 MHz with typ. 350 kHz bandwidth (-3dB) The purpose of the antenna is to produce defined magnetic fields at 13.56 MHz efficiently, i.e. to test near field communication devices (NFC) or RFID equipment. NFC issues are described in the standards ISO 18092, ECMA 340, ETSI TS 102 190.
diam. 250 mm 2 turns BNC - connectors 16 W
|
||||||||||||||||||||||||||||||||||||||
| |
HFRA SF02G
Tuneable resonant magnetic loop antenna to generate extremely high magnetic fields in the range 10 kHz to 30 MHz acc. to VG95373-13:2008-11 and VG95373-23:2008-11. Including sensor loop HFRAE 5163 und control cable.
|
|||||||||||||||||||||||||||||||||||||
|
HFRA 5146
Circular transmitting loop antenna DC - 200 kHz and 15 MHz diam. 300 mm N-Connector
|
||||||||||||||||||||||||||||||||||||||
|
HFRA 5148
Circular Transmitting Loop Antenna diam. 180 mm 1 turn
|
||||||||||||||||||||||||||||||||||||||
|
HFRA 5149
Circular transmitting loop antenna 9 kHz - 30 MHz diam. 500 mm including 50 Ohm 20 Watt termination N-connectors
|
||||||||||||||||||||||||||||||||||||||
|
HFRA 5152
Circular Transmitting Loop Antenna diam. 250 mm DC-3 MHz
|
||||||||||||||||||||||||||||||||||||||
| |
HFRA 5153
Circular Transmitting Loop Antenna diam. 180 mm 0-20 (30) MHz 5 W
|
|||||||||||||||||||||||||||||||||||||
|
HFRA 5154
Circular Transmitting Loop Antenna diam. 100 mm 0.1 - 30 MHz Transformer 50 Ohm 0.5 W
|
||||||||||||||||||||||||||||||||||||||
| |
HFRA 5155 - Passive Magnetic TX Loop Antenna
The HFRA 5155 Loop Antenna for magnetic fields was designed to create small to medium
|
|||||||||||||||||||||||||||||||||||||
| |
HFRA 5156
Circular Transmitting Loop Antenna diam. 50 mm 0-5 MHz 2 W 10 turns
|
|||||||||||||||||||||||||||||||||||||
| |
HFRA 5157
Circular Transmitting Loop Antenna diam. 100 mm 0-20(30) MHz 5 W 2 turns
|
|||||||||||||||||||||||||||||||||||||
|
HFRA 5158
Circular Transmitting Loop Antenna diam. 180 mm 0-2 MHz 5 W 10 turns
|
||||||||||||||||||||||||||||||||||||||
| |
HFRA 5159
Circular Transmitting Loop Antenna diam. 250 mm 0-400 kHz 5 W
|
|||||||||||||||||||||||||||||||||||||
|
NEW
|
HFRA 5164
Passive magnetic loop antenna diam. 100 mm 0.01 - 120 MHz 3 turn
Recommended accessories:
|
|||||||||||||||||||||||||||||||||||||
|
HFRA 5170
Cal. Loop 3 W diam. 100 mm 0-30 MHz 1 turn 250 Ohm
|
||||||||||||||||||||||||||||||||||||||
Passive Antennas
- Details
Passive Antennas
Standard Gain Antennas
- Details
Discontinued Products!
The Gain Standard Antenna consists of a square-shaped reflector with dimensions l x l. Two half-wave dipoles are mounted l/4 in front of the reflector plate. The gain is 9.8 dBi at the antenna design frequency. The design frequency may be specified from 430 MHz to 2.8 GHz. The half power beamwidth is approx. 60 °. The standard gain antenna is used for applications which require a high gain with good directivity and good front to back ratio.
|
SGA 900
Standard Gain Antennas 2 half-wave dipoles in front of a lambda x lambda reflector typ. 9.8 dBi gain 60° pattern accurately calibrated
|
||
|
SGA 1800
Standard Gain Antennas 2 half-wave dipoles in front of a lambda x lambda reflector typ. 9.8 dBi gain 60° pattern accurately calibrated
|
||
| |
SGA 2450
Standard Gain Antennas 2 half-wave dipoles in front of a lambda x lambda reflector typ. 9.8 dBi gain 60° pattern accurately calibrated
|
|
Dipoles
- Details
Tuned half-wave dipoles have been among the most important antennas from the
beginning of rf-technique. The characteristics of half-wave dipoles have
been calculable very early using the Maxwell and Hertz equations. Therefore the half
wave dipole became a reference antenna. The ideal (lossless) half-wave dipole has an
isotropic gain of 2.15 dBi and an impedance of 73 Ohm. The directional pattern is circular in
the H-plane, "8-shaped" in the E-plane with the maxima perpendicular on the dipole axis.
The half-power beamwidth (-3 dB) is approx. 78°. The impedance of real dipoles is
depending on the thickness/length ratio of its elements, typical values are 60-70 Ohm.
Dipoles for industrial applications are available in the frequency range from 30
MHz to up to approx. 4 GHz. The dipole elements are length variable (telescopic) or
with fixed length, the latter especially above 1 GHz. The most important applications are
test site evaluations (NSA, normalized site attenuation) and the determination of ERP
(Effective Radiated Power) respectively EIRP (Effective Isotropic Radiated Power).
|
VHA 9103
VHF Half-Wave Dipole with 2 sets of telescopic elements 30-300 MHz
|
||
| |
UHA 9105
Tuneable UHF - Half - Wave Dipole 300 - 1000 MHz w. telescopic elements
|
|
| |
UHA 9125 C
Tuneable UHF - Half -Wave Dipole with EMI -Balun 0.75 - 2 GHz with 4 sets of elements LE = 180, 140, 100, 80 mm
|
|
| |
UHA 9125 D
Tuneable UHF - Half - Wave Dipole with EMI - Balun 1.0 - 3 (4) GHz with 6 sets of elements LE = 140, 114, 90, 72, 60, 48 mm
|
|
| |
VHAP
VHF Precision Dipole 30-300 MHz 2 sets of telescopic elements (mostly required in pairs) CISPR 16-1-5
|
|
|
VHAPA
Calibration adaptor for VHAP Precision Dipoles
|
||
|
CCA
Carrying and storing case for 2 x VHAP or 2 x UHAP cases for other antennas also available.
|
||
| |
UHAP
UHF Precision Dipole 300-1000 MHz (VHAP & UHAP mostly required in pairs) CISPR 16-1-5
|
|
|
UHAPA
Calibration adaptor for UHAP Precision Dipoles
|
||
| |
ILS Dipole
Linear polarized half-wave dipole with 1:1 balun and fixed element length for fieldstrength measurements at instrument landing systems (ILS).
Frequency range: localizer: 108 - 118 MHz (LOC, LLC) glideslope: 320 - 340 MHz (G/S) Gain: 1.5 dBi |
|
| |
TETRA DIPOLE
Linear polarized half-wave dipole with 1:1 balun and fixed element length for measurements at TETRA (terrestrical trunked radio) networks.
Frequency range: 340 - 480 MHz Gain: typ. 1.5 dBi
|
|
Biconical Antennas
- Details
Collapsible or Open Conical Elements
Biconical Antennas have dipole like characteristics (e.g. circular directional pattern in the H-plane,"8"-shaped in the E-plane, fixed phase center, comparable gain), with an enormous wide bandwidth achieved by the double cone elements. One of the earliest and worldwide most popular biconical antenna designs is the BBA 9106 with balun VHA 9103 B. During the last years a growing need for expanded frequency ranges arised, which led to the design of biconical antennas reaching down to frequencies of 20 MHz and up to 18 GHz and above. A further increase of bandwidth was achieved with qualified 4:1 baluns, providing a typical gain increase of approx. 6 dB at the lower frequency range. The biconical elements can be mounted and dismounted within a few seconds providing perfect contact repeatability thanks to special clamping fixtures. A small wrench made of insulating material is supplied with the balun, it is tied to the balun head and thus always available whenever needed. Biconical antennas can be used for many applications, in which half-wave dipoles have been used traditionally. An enormous reduction of measurement time can be achieved, because the time consuming tuning of the antenna elements to the half wavelength is not needed, an important condition for sweeped broadband measurements. In typical dipole applications several discrete frequencies are measured, in contrast the biconical antenna allows continuous sweeps, where site anomalies are discovered much easier.
Typical applications for biconical antennas are:
- Broadband RX-antenna for emission testing (20-300 MHz)
- TX-antenna for immunity testing, especially at low frequencies
- Measurements of shielding effectiveness
- Evaluation of test sites e.g. anechoic rooms (FAC) and open area test sites (OATS)
- Passive field probe for immunity testing
A big variety of baluns and biconical elements allows to choose the optimum antenna for each specific application. The baluns marked with "RX" are especially designed for receiving applications (because of their superior symmetry), the baluns marked with "TX" are suitable for immunity testing with high power.
BBA 9106 biconical elements with different antenna holder/balun combinations |
||
|
BBA 9106 + VHA 9103 B BBA 9106 biconical elements in combination with the VHA 9103B antenna holder/balun. 30 - 300 MHz 10 W RX
|
||
| |
BBA 9106 + VHBB 9124 BBA 9106 biconical elements in combination with the VHBB 9124 antenna holder/balun. 30 - 300 MHz 10 W RX
|
|
|
BBA 9106 + HFBA 9122 HFBA 9122 broadband balun/holder with BBA 9106 biconical elements especially to measure very high field strength. (0.1) 0.15 - 300 (500) MHz
|
||
|
BBA 9106 + VHBA 9123 VHBA 9123 broadband balun/holder with BBA 9106 biconical elements. 30 - 300 MHz TX 100 W
|
||
|
BBA 9106 + VHBC 9133 VHB 9133 broadband balun/holder with BBA 9106 biconical elements. 30 - 300 MHz TX 1 KW
|
||
|
BBA 9106 + VHBD 9134 VHBD 9134 broadband balun/holder with BBA 9106 biconical elements. 30 - 200 MHz TX 2.5 KW
|
||
BBAL 9136 biconical elements with different antenna holder/balun combinations |
||
|
BBAL 9136 + VHA 9103 B BBAL 9136 biconical elements in combination with the VHA 9103B antenna holder/balun. 20 - 200 MHz 10 W RX
|
||
| |
BBAL 9136 + VHBB 9124 BBAL 9136 biconical elements in combination with the VHBB 9124 antenna holder/balun. 20 - 200 MHz 10 W RX
|
|
|
BBAL 9136 + HFBA 9122 HFBA 9122 broadband balun/holder with BBAL 9136 biconical elements especially to measure very high field strength. (0.1) 0.15 - 300 (500) MHz 10W
|
||
|
BBAL 9136 + VHBA 9123 VHBA 9123 broadband balun/holder with BBAL 9136 biconical elements. 20 - 200 MHz TX 100 W
|
||
|
BBAL 9136 + VHBC 9133 VHB 9133 broadband balun/holder with BBAL 9136 biconical elements. 20 - 200 MHz TX 1 KW
|
||
|
BBAL 9136 + VHBD 9134 VHBD 9134 broadband balun/holder with BBAL 9136 biconical elements. 20 - 200 MHz TX 2.5 KW
new: Booster Coils The booster coils are used to generate highest field strengths in conjunction with a high power balun (e.g. VHBD 9134-4 or VHBD 9134) and radiating elements (e.g. BBAL 9136 or BBAE 9179) in the frequency range from 20 MHz to approx. 60 MHz.
|
||
BBAK 9137 biconical elements with different antenna holder/balun combinations |
||
|
BBAK 9137 + VHA 9103 B BBAK 9137 biconical elements in combination with the VHA 9103B antenna holder/balun. 45 - 450 MHz 10 W RX
|
||
|
BBAK 9137 + HFBA 9122 HFBA 9122 broadband balun/holder with BBAK 9137 biconical elements especially to measure very high field strength. (0.1) 0.15 - 300 (500) MHz 10W
|
||
| |
BBAK 9137 + VHBB 9124 BBAK 9137 biconical elements in combination with the VHBB 9124 antenna holder/balun. 45 - 450 MHz 10 W RX
|
|
BBVK 9138 biconical elements with different antenna holder/balun combinations |
||
|
BBVK 9138 + VHA 9103 B BBVK 9138 biconical elements in combination with the VHA 9103B antenna holder/balun. 60 - 600 MHz 10 W RX
|
||
|
BBVK 9138 + HFBA 9122 HFBA 9122 broadband balun/holder with BBVK 9137 biconical elements. (0.1) 0.15 - 300 (500) MHz 10W
|
||
| |
BBVK 9138 + VHBB 9124 BBVK 9138 biconical elements in combination with the VHBB 9124 antenna holder/balun. 60 - 600 MHz 10 W RX
|
|
BBVU 9135 biconical elements with different antenna holder/balun combinations |
||
| |
BBVU 9135 + UBAA 9114 BBVU 9135 biconical elements in combination with the UBAA 9114 antenna holder/balun. low-loss 30 - 1000 MHz 5 W RX
|
|
|
BBVU 9135 + UBAA 9115 BBVU 9135 biconical elements in combination with the UBAA 9115 antenna holder/balun. extremely high symmetry 30 - 1000 MHz 5 W RX
|
||
BBUK 9139 biconical elements with different antenna holder/balun combinations |
||
|
BBUK 9139 + UBAA 9114 BBUK 9139 biconical elements in combination with the UBAA 9114 antenna holder/balun. low-loss 30 - 1200 MHz 5 W RX
|
||
|
BBUK 9139 + UBAA 9115 BBUK 9139 biconical elements in combination with the UBAA 9115 antenna holder/balun. extremely high symmetry 30 - 1200 MHz 5 W RX
|
||
|
SBA 9113 B small biconical antenna 80 MHz - 3 GHz for harmonics measurements acc. to IEC61000-4-3
|
||
| |
SBA 9113 small biconical microwave antenna 0.5 - 3 GHz 20 W CISPR16-1-4:2007-02 Ed. 2.0 Site validation above 1 GHz
|
|
| |
420 NJ Elements for radiated immunity caused by hand portable transmitters with SBA 9113 or SBA 9113 mini version for the Ford standard RI115 (Ford EMC CS 2009) Option: Opt: Spacer 50 Spacer made of Polystyrene to set the 420 NJ elements test distance to 50 mm.
|
|
| |
SBA 9112 small biconical microwave antenna (1) 3 - 18 GHz 10 W including transport case CISPR16-1-4:2007-02 Ed. 2.0 The SBA 9112 are compliant to CISPR 16-1-4 for site validation above 1 GHz. Site validation above 1 GHz (Site-VSWR)
|
|
| |
SBA 9119 small biconical microwave antenna 1 - 6 GHz 20 W The SBA 9119 are compliant to CISPR 16-1-4 for site validation above 1 GHz. Including transport case.
|
|
| |
UBA 9116 Biconical UHF broadband antenna (160) 300 -1000 (1100) MHz
|
|
| |
VUBA 9117 Biconical VHF-UHF broadband antenna (30) 150 -1000 MHz
|
|
|
RS 16 Vertical polarized microwave biconical antenna (0,5) 1 - 6 (8,5) GHz with omni directional H-plane pattern
|
||
| |
RE 1790 Vertical polarized VHF- UHF biconical antenna (170) 230 - 1000 (1100) MHz with omni directional H-plane pattern
|
|
| |
RE 4590 Vertical polarized VHF- UHF biconical antenna (330) 450 - 1000 (1100) MHz with omni directional H-plane pattern
|
|
| |
RS 0460 Vertically polarised symmetrical biconical antenna 0,4 - 6 GHz omnidirectional in the H-plane.
|
|
Biconical Elements
- Details
Biconical Antennas have dipol like characteristics (e.g. circular directional
pattern in the H-plane, "8"-shaped in the E-plane, fixed phase center,
comparable gain), with an enourmous wide bandwidth, achieved by the
double cone elements. One of the earliest and worldwide most popular
biconical antenna designs is the BBA 9106 with Balun VHA 9103. During the
last years a growing need for expanded frequency ranges arised, which led to
the design of biconical antennas reaching down to frequencies 20 MHz
and up to 3 GHz and above. A further increase of bandwidth was achieved
with qualified 4:1 baluns, providing a typical gain increase of approx. 6 dB at
the lower frequency range. The biconical elements can be mounted
and dismounted within a few seconds providing perfect contact repeatability
thanks to special clamping fixtures. A small wrench made of insulating
material is supplied with the balun, it is tied to the balun head and thus always
available whenever needed.
Antenna Holders / Baluns
- Details
| |
VHA 9103 B
Holder / Balun without telescopic dipole elements (for use with Biconical BBA 9106, BBAL 9136, BBAK 9137, BBVK 9138, FBAB 9177)
|
|
| |
HFBA 9122
HF-VHF Broadband balun / holder (0.1) 0.15 - 300 (500) MHz especially to measure very high field strength for use with BBAL 9136, BBA 9106, BBAK 9137, BBVK 9138 BBVU 9135 or BBUK 9139 biconical elements required
|
|
|
VHBA 9123
Antenna Holder / Balun for Bicon Broad Band Antenna (e.g. BBA 9106, BBAL 9136, BBAK 9137, FBAL 9178) 50 / 200 Ohm better antenna factor below 50 MHz, also EMV application 100 W
|
||
| |
VHBB 9124
Antenna Holder / Balun for Bicon. Broad Band Antenna 50:200 Ohm (better antenna factor for lower frequency end) for use with BBA 9106, BBAL 9136, BBAK 9137, BBVK 9138, FBAB 9177, FBAL 9178
|
|
| |
VHBC 9133
Antenna holder / balun 50:200 Ohm 1 kW for biconical or collapsible elements (BBA 9106, BBAL 9136, BBFA 9146, FBAB 9177, FBAL 9178, BBAE 9179)
|
|
| |
VHBD 9134
High power antenna holder / balun for biconical or collapsible elements BBFA 9146 50:200 Ohm 20-200 MHz 2.5 kW N-connector Option 7/16: 7/16 connector
|
|
| |
VHBD 9134-4
high power antenna holder / balun for BBAL 9136 or BBFA 9146 50:200 Ohm 20-200 MHz 4 kW 7/16-female connector
|
|
|
NEW |
VHBD 9134-10
High Power Antenna Holder / Balun for TRI 0630, BBA 9106, BBAL 9136 or BBFA 9146 50:200 Ohm 20-280 MHz 10 kW 13/30-female connector
|
|
| |
UBAA 9114
Broadband Balun/Holder 4:1 30-1000 MHz 5 W low loss BBVU 9135, BBUK 9139, BAOC 9216 or BBOC 9217 elem. required
|
|
| |
UBAA 9115
Broadband Balun/Holder 4:1 30-1000 MHz 5 W extremely high symmetry BBVU 9135, BBUK 9139, BAOC 9216 or BBOC 9217 elem. Required
|
|
![[Foto]](/Bilder/9243vorsteckteiler.jpg){kind=link}
![[Picture]](http://schwarzbeck.de/Bilder/9501a.jpg){kind=link}
Antennas
- Details
Selection Chart
