‘-5 dBi to 41 dBi Gain,20 MHz to 3000 MHz, SMA (F) or N, Biconical Antenna with Amplifier-RFecho
The OBC-20M-30-A undergoes rigorous laboratory testing before dispatch to ensure top performance and reliability. These antennas are coated with high-quality rubber paint, offering robust protection against mechanical damage and environmental influences, ensuring long-term durability. Additionally, they are equipped with a premium integrated tripod connection for stability during testing and an SMA connector for seamless connectivity. These features make the antennas ideal for precise and dependable EMC and EMI measurements, meeting the highest industry standards.
The OBC-20M-30-A comes with a high-resolution calibration data set in steps as fine as 10 MHz or even 5 MHz, containing an unmatched number of calibration points (available on CD). This detailed calibration ensures accurate EMC measurements with any Spectrum Analyzer, offering the precision needed for reliable testing. With such high standards, the product also comes with a full 10-year warranty on all EMC antennas, demonstrating a commitment to quality and performance.
The combination of advanced features and compact design makes The OBC-20M-30-A stand out for various demanding applications. Firstly, this antenna is commonly used in broadband EMC testing, ensuring that modern devices such as Wi-Fi routers, Bluetooth devices, and cellular communication systems meet EMC compliance standards. By covering frequencies up to 2.4 GHz and beyond, these antennas effectively address interference issues related to newer communication technologies. In the field of telecommunications and wireless communication testing, the antenna is crucial for verifying the efficiency, signal strength, and performance of devices operating under 3G, 4G LTE, and Wi-Fi (2.4 GHz) standards. Additionally, the shorter wavelengths result in more directional transmission characteristics, making it ideal for focused testing environments. They are also critical for microwave communication testing, where precise high-frequency measurements are required to ensure device compatibility. In satellite and microwave applications, The OBC-20M-30-A is essential for testing satellite transceivers, ground communication systems, and high-frequency transmitters, ensuring these systems meet performance standards in real-world conditions. Lastly, the antenna is also ideal for comprehensive spectrum monitoring in government, military, and industrial applications, where full radio and microwave frequency coverage is needed for signal detection, interference management, and spectrum analysis.https://www.rfecho.com/product-category/rf-antenna/biconical-antenna/
- Description
- Additional information
- Reviews (0)
Description
The OBC-20M-30-A undergoes rigorous laboratory testing before dispatch to ensure top performance and reliability. These antennas are coated with high-quality rubber paint, offering robust protection against mechanical damage and environmental influences, ensuring long-term durability. Additionally, they are equipped with a premium integrated tripod connection for stability during testing and an SMA connector for seamless connectivity. These features make the antennas ideal for precise and dependable EMC and EMI measurements, meeting the highest industry standards.
The OBC-20M-30-A comes with a high-resolution calibration data set in steps as fine as 10 MHz or even 5 MHz, containing an unmatched number of calibration points (available on CD). This detailed calibration ensures accurate EMC measurements with any Spectrum Analyzer, offering the precision needed for reliable testing. With such high standards, the product also comes with a full 10-year warranty on all EMC antennas, demonstrating a commitment to quality and performance.
The combination of advanced features and compact design makes The OBC-20M-30-A stand out for various demanding applications. Firstly, this antenna is commonly used in broadband EMC testing, ensuring that modern devices such as Wi-Fi routers, Bluetooth devices, and cellular communication systems meet EMC compliance standards. By covering frequencies up to 2.4 GHz and beyond, these antennas effectively address interference issues related to newer communication technologies. In the field of telecommunications and wireless communication testing, the antenna is crucial for verifying the efficiency, signal strength, and performance of devices operating under 3G, 4G LTE, and Wi-Fi (2.4 GHz) standards. Additionally, the shorter wavelengths result in more directional transmission characteristics, making it ideal for focused testing environments. They are also critical for microwave communication testing, where precise high-frequency measurements are required to ensure device compatibility. In satellite and microwave applications, The OBC-20M-30-A is essential for testing satellite transceivers, ground communication systems, and high-frequency transmitters, ensuring these systems meet performance standards in real-world conditions. Lastly, the antenna is also ideal for comprehensive spectrum monitoring in government, military, and industrial applications, where full radio and microwave frequency coverage is needed for signal detection, interference management, and spectrum analysis.https://www.rfecho.com/product-category/rf-antenna/biconical-antenna/
Biconical Antenna with Amplifier |
|
-5 dBi to 41 dBi Gain,20 MHz to 3000 MHz, SMA (F) or N, Biconical Antenna with Amplifier-RFecho |
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OBC-20M-30-A |
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Property |
Value |
Min. Frequency (MHz) |
20 |
Max. Frequency (MHz) |
3000 |
Impedance (?) |
50 |
Max. Output Power (mW), AM |
100 |
Min. Gain (dBi) |
-5 |
Max. Gain (dBi) |
41 |
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 |
|
Applications |
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Frequency range 50MHz – 700MHz |
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Radio & TV Tetra/BOS |
|
ISM434 |
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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