150 MHz to 1000 MHz, N Female, EMC Biconical Antenna-RFecho
$1290
The OBC-150M1000M-5W-1 is a vertically polarized omnidirectional antenna with a frequency range of 150 MHz to 1000 MHz, known for its improved pattern stability. This model is constructed from durable aluminum alloy and is powder-coated to enhance its corrosion resistance, ensuring longevity and robust performance. Its broadband design allows for efficient scanning measurements and automatic measurement systems. This design significantly reduces measurement time, a critical factor for swept broadband operations. Additionally, the antenna features low return loss and linear gain with frequency, ensuring stable and consistent performance.
The OBC-150M1000M-5W-1 is ideal for a variety of testing and communication purposes. It is widely used for EMC testing in lower frequency bands, ensuring compliance with major regulatory standards such as FCC and CE. This model is particularly suited for testing consumer electronics, automotive, and industrial devices. Additionally, the antenna covers key frequencies for FM radio broadcasting, including a significant portion of the FM spectrum, making it effective for testing and monitoring broadcast equipment. It is also well-suited for public safety communications, covering crucial public safety bands, and is often used for testing emergency devices like police radios and fire department communication systems. Moreover, the antenna partially covers both VHF and UHF TV broadcasting frequencies, making it applicable for testing TV broadcasting equipment in these frequency bands.https://www.rfecho.com/product-category/rf-antenna/biconical-antenna/
- Description
- Additional information
- Reviews (0)
Description
The OBC-150M1000M-5W-1 is a vertically polarized omnidirectional antenna with a frequency range of 150 MHz to 1000 MHz, known for its improved pattern stability. This model is constructed from durable aluminum alloy and is powder-coated to enhance its corrosion resistance, ensuring longevity and robust performance. Its broadband design allows for efficient scanning measurements and automatic measurement systems. This design significantly reduces measurement time, a critical factor for swept broadband operations. Additionally, the antenna features low return loss and linear gain with frequency, ensuring stable and consistent performance.
The OBC-150M1000M-5W-1 is ideal for a variety of testing and communication purposes. It is widely used for EMC testing in lower frequency bands, ensuring compliance with major regulatory standards such as FCC and CE. This model is particularly suited for testing consumer electronics, automotive, and industrial devices. Additionally, the antenna covers key frequencies for FM radio broadcasting, including a significant portion of the FM spectrum, making it effective for testing and monitoring broadcast equipment. It is also well-suited for public safety communications, covering crucial public safety bands, and is often used for testing emergency devices like police radios and fire department communication systems. Moreover, the antenna partially covers both VHF and UHF TV broadcasting frequencies, making it applicable for testing TV broadcasting equipment in these frequency bands.https://www.rfecho.com/product-category/rf-antenna/biconical-antenna/
Electrical Specifications |
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150 MHz to 1000 MHz, N Female |
|
OBC-150M1000M-5W-1 |
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Property |
Value |
Min. Frequency (MHz) |
150 |
Max. Frequency (MHz) |
1000 |
Impedance (?) |
50 |
Power Handling (W) |
5 |
Balun Type Transform Ratio |
1:1 |
Connection Type |
N Female |
Features |
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Low Return Loss |
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Linear gain with frequency |
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EMC and EMI testing |
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Radio Link Testing |
|
Applications |
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Broadband RX-Antenna for Emission Testing |
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TX-Antenna for Immunity testing |
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Specially designed at low frequencies |
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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