‘-26 dBi to 1 dBi Gain,20 MHz to 1000 MHz, SMA (F) or N, Biconical Antenna-RFecho
The OBC-20M-10-AL Biconical EMC Antenna delivers exceptionally high gain, especially in the low-frequency range, ensuring it meets even the most restrictive EMC standards. Designed for durability, the antenna features high-quality rubber paint, which offers robust protection against mechanical damage and environmental factors. Each EC Test Antenna undergoes rigorous testing in our laboratories before dispatch to guarantee optimal performance.
Equipped with an N-connector and an SMA connector, the OBC-20M-10-AL ensures reliable connections and seamless integration into different setups. Its integrated tripod connection adds to the ease of use. This antenna not only complies with the OBC-20M-10 standards but exceeds performance expectations, offering one of the highest low-frequency gains available for EMC testing.
The OBC-20M-10-AL is designed to provide enhanced low-frequency sensitivity, making it an excellent choice for detecting low-frequency emissions or interference in critical applications. This antenna can also cover frequencies that are often present in industries such as power generation, military communication systems, and industrial equipment, where low-frequency signals play a key role. In addition, the OBC-20M-10-AL offers a broader range of EMC testing compared to standard models, making it suitable for environments where compliance with regulatory standards for signals below 30 MHz is required., Lastly, lower frequencies in the 20-30 MHz range tend to penetrate deeper into materials, which is essential for testing larger, denser structures for electromagnetic interference (EMI). This makes the 20 MHz to 1000 MHz Biconical Antenna particularly effective in scenarios where deeper signal penetration is necessary to identify potential EMI issues.
The OBC-20M-10-AL Biconical EMC Antenna delivers exceptionally high gain, especially in the low-frequency range, ensuring it meets even the most restrictive EMC standards like OBC-20M. Designed for durability, the antenna features high-quality rubber paint, which offers robust protection against mechanical damage and environmental factors. Each EC Test Antenna undergoes rigorous testing in our laboratories before dispatch to guarantee optimal performance.
Equipped with an N-connector and an SMA connector, the OBC-20M-10-AL ensures reliable connections and seamless integration into different setups. Its integrated tripod connection adds to the ease of use. This antenna not only complies with the OBC-20M-10 standards but exceeds performance expectations, offering one of the highest low-frequency gains available for EMC testing.
The OBC-20M-10-AL is designed to provide enhanced low-frequency sensitivity, making it an excellent choice for detecting low-frequency emissions or interference in critical applications. This antenna can also cover frequencies that are often present in industries such as power generation, military communication systems, and industrial equipment, where low-frequency signals play a key role. In addition, the OBC-20M-10-AL offers a broader range of EMC testing compared to standard models, making it suitable for environments where compliance with regulatory standards for signals below 30 MHz is required., Lastly, lower frequencies in the 20-30 MHz range tend to penetrate deeper into materials, which is essential for testing larger, denser structures for electromagnetic interference (EMI). This makes the 20 MHz to 1000 MHz Biconical Antenna particularly effective in scenarios where deeper signal penetration is necessary to identify potential EMI issues.https://www.rfecho.com/product-category/rf-antenna/biconical-antenna/
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Description
The OBC-20M-10-AL Biconical EMC Antenna delivers exceptionally high gain, especially in the low-frequency range, ensuring it meets even the most restrictive EMC standards. Designed for durability, the antenna features high-quality rubber paint, which offers robust protection against mechanical damage and environmental factors. Each EC Test Antenna undergoes rigorous testing in our laboratories before dispatch to guarantee optimal performance.
Equipped with an N-connector and an SMA connector, the OBC-20M-10-AL ensures reliable connections and seamless integration into different setups. Its integrated tripod connection adds to the ease of use. This antenna not only complies with the OBC-20M-10 standards but exceeds performance expectations, offering one of the highest low-frequency gains available for EMC testing.
The OBC-20M-10-AL is designed to provide enhanced low-frequency sensitivity, making it an excellent choice for detecting low-frequency emissions or interference in critical applications. This antenna can also cover frequencies that are often present in industries such as power generation, military communication systems, and industrial equipment, where low-frequency signals play a key role. In addition, the OBC-20M-10-AL offers a broader range of EMC testing compared to standard models, making it suitable for environments where compliance with regulatory standards for signals below 30 MHz is required., Lastly, lower frequencies in the 20-30 MHz range tend to penetrate deeper into materials, which is essential for testing larger, denser structures for electromagnetic interference (EMI). This makes the 20 MHz to 1000 MHz Biconical Antenna particularly effective in scenarios where deeper signal penetration is necessary to identify potential EMI issues.
The OBC-20M-10-AL Biconical EMC Antenna delivers exceptionally high gain, especially in the low-frequency range, ensuring it meets even the most restrictive EMC standards like OBC-20M. Designed for durability, the antenna features high-quality rubber paint, which offers robust protection against mechanical damage and environmental factors. Each EC Test Antenna undergoes rigorous testing in our laboratories before dispatch to guarantee optimal performance.
Equipped with an N-connector and an SMA connector, the OBC-20M-10-AL ensures reliable connections and seamless integration into different setups. Its integrated tripod connection adds to the ease of use. This antenna not only complies with the OBC-20M-10 standards but exceeds performance expectations, offering one of the highest low-frequency gains available for EMC testing.
The OBC-20M-10-AL is designed to provide enhanced low-frequency sensitivity, making it an excellent choice for detecting low-frequency emissions or interference in critical applications. This antenna can also cover frequencies that are often present in industries such as power generation, military communication systems, and industrial equipment, where low-frequency signals play a key role. In addition, the OBC-20M-10-AL offers a broader range of EMC testing compared to standard models, making it suitable for environments where compliance with regulatory standards for signals below 30 MHz is required., Lastly, lower frequencies in the 20-30 MHz range tend to penetrate deeper into materials, which is essential for testing larger, denser structures for electromagnetic interference (EMI). This makes the 20 MHz to 1000 MHz Biconical Antenna particularly effective in scenarios where deeper signal penetration is necessary to identify potential EMI issues.https://www.rfecho.com/product-category/rf-antenna/biconical-antenna/
Biconical Antenna Specifications |
|
-26 dBi to 1 dBi Gain,20 MHz to 1000 MHz, SMA (F) or N, Biconical Antenna-RFecho |
|
OBC-20M-10-AL |
|
Property |
Value |
Min. Frequency (MHz) |
20 |
Max. Frequency (MHz) |
1000 |
Impedance (?) |
50 |
Max. Output Power (mW), AM |
30000 |
Min. Gain (dBi) |
-26 |
Max. Gain (dBi) |
1 |
Connection Type |
SMA (F) or N |
Features |
|
The excellent cost-effective choice for low-frequency measurements down to 50MHz |
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Typical standard calibration data (on CD) |
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Coverage of various mobile radio frequency ranges |
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Suitable for field-strength and EMC measurements due to high precision |
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Compact design |
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Can be used in the lab and for open-field application |
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Applications |
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Pre-Compliance-Test even for very low signals |
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Tetra/BOS Radio & TV |
|
ISM434 |
|
LTE800 |
|
ISM868 |
|
GSM900 |
Additional information
Min. Frequency (MHz) | |
---|---|
Max. Frequency (MHz) | |
Impedance (Ω) | |
Power Handling (W) | |
Max. Output Power (mW), AM | |
Min. Gain (dBi) | |
Max. Gain (dBi) | |
Balun Type Transform Ratio | |
Connection Type |
Reviews
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