- This active receiving antenna consists of a high-capacitance antenna element combined with an amplifier which is built into the antenna mount.
- The amplifier provides excellent impedance matching between the high-impedance antenna element and the 50 Ω downlead cable over an extremely wide bandwidth.
- The sensitivity of the amplifier is optimized so that noise generated in the antenna and the receiver is always less than noise picked up by the antenna. The amplifier is protected against RF-overload and violent discharges and the large dynamic range ensures excellent cross and intermodulation properties.
- The earthing wire (see drawing) ensures a low loss connection to ground for RF-signals and thereby also prevents noise pick-up from noise fields running on the outside of the coaxial cable. As the earthing wire is AC-coupled, electrolytic corrosion is effectively prevented.
- The antenna is supplied with DC-power through the downlead 50 Ω coaxial cable by means of the included junction box which can be mounted in close vicinity to the receiving station. The junction box separates DC- and RF-signals and can advantageously be fed from the same DC-power supply as the receiver (if 12 V).
- The junction box is protected against accidental polarity reversal and it is filtered to avoid interference pick-up.
- The junction box is provided with FME-connectors for the antenna and the receiver ports. 1 m FME-cable and an FME-UHF connector is included for connecting the box to the receiver as well as an FME-crimp connector for the downlead cable (RG 58).
- The BCL 1-KA is designed to withstand the roughest of weather and climate conditions and it is perfectly suited also for marine purposes.
- The BCL 1-KA is supplied with the "SM-MA" mast mounting bracket.
Description
Specifications
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Environmental | ||
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Ordering Designations
Model | Product No. | |
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BCL 1-KA | 110000108 | |
Accessories FME-Cables | ||
1 m FME(f) | 130000437 | |
2 m FME(f) | 130000447 | |
3 m FME(f) | 130000457 | |
4 m FME(f) | 130000466 | |
5 m FME(f) | 130000474 | |
6 m FME(f) | 130000483 | |
4 m FME-white(f) | 110000064 | |
6 m FME-white(f) | 110000066 | |
12 m FME-white(f) | 110000068 | |
18 m FME-white(f) | 110000069 | |
Accessories FME-Connectors | ||
FME(f)-FME(f) | 130000583 | |
FME(m)-P(m) (Prolongation) | 130000565 | |
FME(m)-N(m) | 130000571 | |
FME(m)-FSMA (Female-SMA) | 130000578 | |
FME(m)-BNC(m) | 130000566 | |
FME(m)-TNC(m) | 130000569 | |
FME(m)-UHF(m) | 130000572 | |
FME(m)-MUHF(m) (Mini-UHF) | 130000573 | |
FME(m)-EMUHF(m) (Elbow-MUHF) | 130000582 | |
FME(m)-EBNC(m) (Elbow-BNC) | 130000580 | |
FME(m)-ETNC(m) (Elbow-TNC) | 130000581 | |
FME(m)-SMA(m) | 130000577 |
Please Note
For further information about other types of FME-cables and FME-connectors, please compare the cable and connector data sheets under accessories in our catalogue.
Application Information
The BCL 1-KA active receiving antenna is especially suitable for receiving of broadcast radio stations in the long wave, medium wave, short wave and FM (88 -108 MHz) radio bands.
However, as the whole frequency range from 10 kHz to 110 MHz
is covered, the BCL 1-KA is also suitable as general purpose receiving antenna throughout the whole range.
Several advantages can be gained by using an active antenna instead of an ordinary wire antenna, especially in the lower frequency ranges. Firstly, the small physical size makes the active antenna much easier to install. Secondly, a wire antenna requires a matching unit which typically has narrow bandwidth, making retuning necessary when changing listening frequency.
The active wideband antenna BCL 1-KA is optimized throughout the whole covered frequency range. Thus, no tuning is required, making change of listening frequency much easier.
Considering that the active antenna yields signal to noise ratios and signal strengths normally only obtainable with much longer wire antennas, the BCL 1-KA makes a good choice, especially also with respect to economy.
EU and UK Declaration of Conformity
Hereby Amphenol Procom declare that the product type BCL 1-KA is in compliance with EU Directive 2014/53/EU and
the UK Radio Equipment Regulations 2017 (S.I. 2017 No. 1206).
The full text of the Declaration of Conformity is available at: