The 800mhz scanner antenna is a must-have tool for anyone interested in monitoring or scanning frequencies within the 800MHz range. This type of antenna is specifically designed to pick up transmissions transmitted on frequencies ranging from 300 MHz to 3 GHz, with particular sensitivity towards the 800 Mhz frequency range. Thanks to its compact design and its ability to be mounted almost anywhere, it can provide an unbeatably clear signal. Furthermore, thanks to the frequency flatness and high gain capabilities, the signal quality of this frequency range is outstanding compared to other antennas. Whether you are listening for important radio broadcasts such as police communications, emergency services or weather warnings, it’s essential that you have the clearest reception; something the 800mhz scanner antenna has been designed for.
Our Top Picks For Best 800mhz Scanner Antenna
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Best 800mhz Scanner Antenna Guidance
Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector, 16.15in. x 2.90in. x 1.30in.
Check Price On Amazon
Whether you need to monitor a single frequency or across a broad spectrum, the Tram 1089-BNC Scanner Mini-Magnet Antenna is a great tool to leverage. This low-profile VHF/UHF/800MHz-1, 300MHz antenna measures 16.15 in X 2.90 in X 1.30 in and makes it simple to pick up the many vital communications transmitting in these bandwidths.
This scanner antenna comes equipped with a BNC-male connector, allowing for straight-forward and secure connection on any compatible device. In particular, it’s capable of achieving impressive reception power when set within the 800MHz to 960MHz range, as well as 400MHz to 470MHz UHF and 136MHz to 150MHz VHF, with 3dBi gains at 800MHz and 400MHz and 214dBi gains at VHF.
A great choice for both private and commercial applications, this Scanner Mini-magnet Antenna can bring both clarity and accuracy to whatever task it is used for. Whether you are tracking a flight, monitoring emergency personnel, or engaging in amateur radio activities, this system can provide the scanning assistance you need.
Common Questions on Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector, 16.15in. x 2.90in. x 1.30in.
• What type of frequencies does the Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector, 16.15in. x 2.90in. x 1.30in. support?
The Tram 1089-BNC Scanner Mini-Magnet Antenna is capable of supporting VHF, UHF and 800MHz-1, 300MHz frequencies.
• What connector do I need to use in order to install this antenna properly?
The Tram 1089-BNC Scanner Mini-Magnet Antenna requires a BNC-Male connector to be installed correctly.
• What is the size of the Tram 1089-BNC Scanner Mini-Magnet Antenna?
The Tram 1089-BNC Scanner Mini-Magnet Antenna measures 16.15in. x 2.90in. x 1.30in.
• Is the Tram 1089-BNC Scanner Mini-Magnet Antenna waterproof?
No, the Tram 1089-BNC Scan
Why We Like This
• 1. 800MHz 960MHz 3dBi gain for maximum reception.• 2. 400MHz 470MHz UHF 3dBi gain for optimal signal quality.• 3. 136MHz 150MHz VHF 214dBi gain for clear signal transmission.• 4. 16.15in. x 2.90in. x 1.30in. compact size for easy installation.• 5. Includes BNC Male Connector for secure connection.
Additional Product Information
| Color |
Black |
| Height |
1.25 Inches |
| Length |
16 Inches |
| Weight |
0.15 Pounds |
Uniden BATG-0481001 Antenna (AT218) for the Majority of Handheld Scanners – 800MHz
Check Price On Amazon
The Uniden BATG-0481001 Antenna (AT218) is an essential handheld scanner accessory for many radio scanning enthusiasts. With its dual 800MHz band coverage and base-loaded design, it provides remarkable performance for those scanning in the 800MHz band. The antenna is designed to receive both the horizontal and vertical polarities of the 800MHz band and can easily be mounted onto a wide variety of handheld scanners, offering a convenient solution to extending one’s receiving range.
This base-loaded antenna features a standard 3/8″ x 24 thread mount, allowing it to attach securely and easily to any of the compatible scanners with a small-to-medium size antenna port. At slightly over 10 inches in length and a weight of less than 8 ounces, it’s small and lightweight enough to carry on a keychain, making it a great choice for on-the-go scanning. Additionally, its ABS construction ensures durability and longevity despite regular handling.
The BATG-0481001 is equipped with a high-performance 4-element diamond antenna array designed to create unidirectional gain through 6.1db Bp@900MHz. This ensures excellent reception quality and reliable performance even in harsh outdoor conditions. Furthermore, the antenna is versatile
Common Questions on Uniden BATG-0481001 Antenna (AT218) for the Majority of Handheld Scanners – 800MHz
Why We Like This
• 1. Compatible with the majority of handheld scanners that operate on 800MHz frequencies.• 2. Includes a 10 foot coaxial cable for extended range and improved reception.• 3. Boasts a high gain design for improved signal reception.• 4. Durable construction ensures long lasting use.• 5. Easy to install, with no tools required.
Additional Product Information
| Height |
9 Inches |
| Length |
5 Inches |
| Weight |
0.02 Pounds |
Uniden BC355N 800 MHz 300-Channel Base/Mobile Scanner, Close Call RF Capture, Black & Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector
Check Price On Amazon
Common Questions on Uniden BC355N 800 MHz 300-Channel Base/Mobile Scanner, Close Call RF Capture, Black & Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector
Why We Like This
• 1. Uniden BC355N 800 MHz 300 Channel Base/Mobile Scanner with Close Call RF Capture Technology.• 2. 100 ch/sec Scan Speed (max).• 3. Backlit display for easier reading in low light conditions.• 4. Ability to save up to 300 frequencies for quick access to desired frequencies.• 5. Tram 1089 BNC Scanner Mini Magnet Antenna VHF/UHF/800MHz 1, 300MHz with BNC Male Connector for improved reception.
AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-X11 DJ-X7T BNC SMA
Check Price On Amazon
AEcreative’s Wide-Band Scanner Antenna is designed to give Uniden, RadioShack Pro, Icom, AOR, Alinco and Whistler users maximum range with its remarkable ability to pick up signals from 50MHz to 1200MHz. The versatile antenna is able to bend to fit your needs and includes a free BNC/SMA adapter to allow it to easily fit either a BNC or SMA antenna connector. It can be used for the following models: Uniden’s SDS100, BCD436HP, BCD396T, BCD396XT, BC346XT, BC346XTC, BCD325P2, BC100XLT, BC200XLT, BC60, BC80XLT, BC245XLT, BCD246T, BC296D, BC75XLT, BC72XLT, BC92XLT, BC95XLT, BC125AT, UBC30XLT, SC180B, SC200, & SC230; RadioShack Pro’s Whistler TRX-1, WS1040, WS1088 and WS1010; Alinco’s DJ-X2000T, DJ-X10T, DJ-X11
Common Questions on AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-X11 DJ-X7T BNC SMA
• What type of connection does the AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-X11 DJ-X7T use?
The AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-X11 DJ-X7T use an SMA or BNC connection.
• What frequencies does the AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-
Why We Like This
Tram 1089-SMA Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with SMA-Male Connector, 16.25in. x 3.25in. x 1.25in.
Check Price On Amazon
The Tram 1089-SMA Scanner Mini-Magnet Antenna is a powerful, optimized VHF/UHF/800MHz–1, 300 MHz dual-band scanner antenna with an SMA-Male Connector. It has a small physical size of 16.25in x 3.25in x 1.25in and is 16-1/2″ tall, making it easily transportable for various applications.
The antenna comes with 136 MHz–150 MHz VHF coverage and an impressive 214dBi gain, specially engineered to pick up weak signals and maximize distance. Likewise, 400MHz–470MHz UHF coverage provides an increased peace-of-mind, with maximum 3dBi gain.
For users seeking powerful 800MHz–960 MHz coverage, the Tram 1089-SMA Scanner Mini-Magnet Antenna provides a respectable 3dBi gain and tuned reception to ensure only the best performance. Similarly, 100MHz–1,300MHz frequencies are covered with a maximum 3dBi gain, providing maximum reliability and convenience.
For professional and amateur scanner users, or anyone seeking superior quality audio reception, the Tram 1089-SMA Scanner Mini-Magnet Antenna is the
Common Questions on Tram 1089-SMA Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with SMA-Male Connector, 16.25in. x 3.25in. x 1.25in.
Why We Like This
• 1. VHF/UHF/800MHz 1,300MHz frequency range with SMA Male Connector.• 2. 136MHz–150MHz VHF 214dBi gain.• 3. 400MHz–470MHz UHF 3dBi gain.• 4. 800MHZ–960MHz 3dBi gain.• 5. 16 1/2″ tall for easy installation.
Additional Product Information
| Color |
Black |
| Height |
1.25 Inches |
| Length |
16.5 Inches |
| Weight |
0.15 Pounds |
Buying Guide for Best 800mhz Scanner Antenna
Buying a scanner antenna isn’t as easy as it sounds, especially when the frequency range you’re looking for is around 800 MHz. To make your buying experience easier and more successful, here’s a guide to help you find the best 800MHz scanner antenna.
1. Range coverage: Look for an antenna that covers a wide range of frequencies and includes your targeted frequency – in this case, that would be 800MHz scanning frequencies.
2. Antenna type: There are many types of scanners available such as omni directional or directionally tuned ones and they have different designs to work well on specific applications like mobile radios or single base stations (home antennas). Make sure you pick the right one according to your specific needs.
3. Antenna Gain: The higher the gain of an antenna should indicate stronger transmission power with wider signal coverage across its focus area; meaning more powerful signals reach more distant locations than lower-gain antennas can capture – look for ones with high gains ideally between 3dBi to 9dBi for optimal performance even at far distances beyond 300 miles where larger gain coverages are needed . Also ensure any small losses from materials or structural obstructions are accounted for too! . You may want to consider purchasing a preamp if necessary which will help boost weak signals in certain settings as well – however it’s not always necessary unless there is already line loss occurring due to long distance away from radio source being scanned..
4Elevation : Ideally aiming toward electromagnetic field points gives better reception so look into getting adjustable elevation adapters either via tripod / masts/ poles etc…that allow adjustment of positioning angles +/- 10-20 degree based on terrain specifications; otherwise portable scanner sticks usually come pre-packaged with their own stand settings specifically designed towards boosting reception distance by utilizing integrated spring flex holder saddles embedded within mounting system itself without having user manually adjust position every few hours.. Additionally any external antennas directly mounted onto walls arms/ aerial mounts also require this same ability since these brackets need adequate spaces/ clearances away from surrounding objects that could block out peak performance capabilities… thus proper shielded little metal sides needs good 20in open space above roofing lines so refer back prior nonadjustable section in order find ideal setup configuration here…
5Ground Plane Design & Parallel Dipole Pattern : This refers structure layout when placing elements within radiating region – parallel dipoles give maximized output along xy plane while ground plane improves vertical radiation characteristics – making sure both directions active encourages efficient communication during turbulent weather conditions.. Optimally distributed power radiated over 360° field creates better circular patterns compared single axis designs allowing communications relayed over entire circle versus just short segments resulting less heat escapes– essentially means fewer dropouts/ fadeouts during rain storms! Ultimately look pieces building blocks come together form preferred construction shape most efficiently while still ensuring quality performance features expected
Frequently Asked Question
What are the benefits of using a 800MHz scanner antenna?
The benefits of using a 800MHz scanner antenna are numerous. First and foremost, it is able to receive signals from a much wider range of frequencies than other antennas. This means it is capable of picking up signals from a greater distance and with more clarity. Additionally, it is also more efficient at blocking out interference from other signals, allowing for more accurate receptions. Finally, it is also generally more affordable than other antennas, making it a great option for those looking to save money.
What materials should be used to build an 800MHz scanner antenna?
An 800MHz scanner antenna can be made from a variety of materials, including copper wire, aluminum, PVC, and fiberglass. Copper wire is a popular choice for antenna construction because it is strong and easy to work with. Aluminum is also a good choice for antenna construction, as it is lightweight and easy to shape. PVC and fiberglass can both be used to construct the antenna, although fiberglass is more durable and provides better signal propagation.
What type of antenna would be best for a 800MHz scanner?
The best type of antenna for a 800MHz scanner would be a directional antenna, such as a Yagi antenna. This type of antenna is designed to provide the most signal strength in a particular direction, allowing the scanner to pick up signals from a greater distance than other types of antennas.
How does antenna gain affect the performance of a 800MHz scanner?
Antenna gain affects the performance of a scanner in several ways. A higher gain antenna will increase the signal strength of a signal, allowing the scanner to pick up signals at greater distances. Higher gain antennas also increase the signal-to-noise ratio, improving the clarity of the signal. Additionally, a higher gain antenna can aid in reducing interference from nearby radio signals, allowing the scanner to better focus on the desired signals.
Conclusion
Thank you for your time and interest in our best 800MHz scanner antenna. We are confident that this is the ideal choice for anyone looking to upgrade their current setup or start a new one. Our product offers superior performance, durability, and convenience compared to other antennas on the market today. It’s also considerably more cost-effective than many of its competitors, so it won’t break the bank either.
Our team of knowledgeable customer service representatives is always available to answer any of your questions about the product, be it installation information or technical support needs.
The 800mhz scanner antenna is a must-have tool for anyone interested in monitoring or scanning frequencies within the 800MHz range. This type of antenna is specifically designed to pick up transmissions transmitted on frequencies ranging from 300 MHz to 3 GHz, with particular sensitivity towards the 800 Mhz frequency range. Thanks to its compact design and its ability to be mounted almost anywhere, it can provide an unbeatably clear signal. Furthermore, thanks to the frequency flatness and high gain capabilities, the signal quality of this frequency range is outstanding compared to other antennas. Whether you are listening for important radio broadcasts such as police communications, emergency services or weather warnings, it’s essential that you have the clearest reception; something the 800mhz scanner antenna has been designed for.
Our Top Picks For Best 800mhz Scanner Antenna
PRODUCT IMAGE
PRODUCT NAME
RATING
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PRODUCT IMAGE
1
PRODUCT IMAGE
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PRODUCT IMAGE
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PRODUCT IMAGE
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PRODUCT IMAGE
5
Best 800mhz Scanner Antenna Guidance
Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector, 16.15in. x 2.90in. x 1.30in.
Check Price On Amazon
Whether you need to monitor a single frequency or across a broad spectrum, the Tram 1089-BNC Scanner Mini-Magnet Antenna is a great tool to leverage. This low-profile VHF/UHF/800MHz-1, 300MHz antenna measures 16.15 in X 2.90 in X 1.30 in and makes it simple to pick up the many vital communications transmitting in these bandwidths.
This scanner antenna comes equipped with a BNC-male connector, allowing for straight-forward and secure connection on any compatible device. In particular, it’s capable of achieving impressive reception power when set within the 800MHz to 960MHz range, as well as 400MHz to 470MHz UHF and 136MHz to 150MHz VHF, with 3dBi gains at 800MHz and 400MHz and 214dBi gains at VHF.
A great choice for both private and commercial applications, this Scanner Mini-magnet Antenna can bring both clarity and accuracy to whatever task it is used for. Whether you are tracking a flight, monitoring emergency personnel, or engaging in amateur radio activities, this system can provide the scanning assistance you need.
Common Questions on Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector, 16.15in. x 2.90in. x 1.30in.
• What type of frequencies does the Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector, 16.15in. x 2.90in. x 1.30in. support?
The Tram 1089-BNC Scanner Mini-Magnet Antenna is capable of supporting VHF, UHF and 800MHz-1, 300MHz frequencies.
• What connector do I need to use in order to install this antenna properly?
The Tram 1089-BNC Scanner Mini-Magnet Antenna requires a BNC-Male connector to be installed correctly.
• What is the size of the Tram 1089-BNC Scanner Mini-Magnet Antenna?
The Tram 1089-BNC Scanner Mini-Magnet Antenna measures 16.15in. x 2.90in. x 1.30in.
• Is the Tram 1089-BNC Scanner Mini-Magnet Antenna waterproof?
No, the Tram 1089-BNC Scan
Why We Like This
• 1. 800MHz 960MHz 3dBi gain for maximum reception.• 2. 400MHz 470MHz UHF 3dBi gain for optimal signal quality.• 3. 136MHz 150MHz VHF 214dBi gain for clear signal transmission.• 4. 16.15in. x 2.90in. x 1.30in. compact size for easy installation.• 5. Includes BNC Male Connector for secure connection.
Additional Product Information
| Color |
Black |
| Height |
1.25 Inches |
| Length |
16 Inches |
| Weight |
0.15 Pounds |
Uniden BATG-0481001 Antenna (AT218) for the Majority of Handheld Scanners – 800MHz
Check Price On Amazon
The Uniden BATG-0481001 Antenna (AT218) is an essential handheld scanner accessory for many radio scanning enthusiasts. With its dual 800MHz band coverage and base-loaded design, it provides remarkable performance for those scanning in the 800MHz band. The antenna is designed to receive both the horizontal and vertical polarities of the 800MHz band and can easily be mounted onto a wide variety of handheld scanners, offering a convenient solution to extending one’s receiving range.
This base-loaded antenna features a standard 3/8″ x 24 thread mount, allowing it to attach securely and easily to any of the compatible scanners with a small-to-medium size antenna port. At slightly over 10 inches in length and a weight of less than 8 ounces, it’s small and lightweight enough to carry on a keychain, making it a great choice for on-the-go scanning. Additionally, its ABS construction ensures durability and longevity despite regular handling.
The BATG-0481001 is equipped with a high-performance 4-element diamond antenna array designed to create unidirectional gain through 6.1db Bp@900MHz. This ensures excellent reception quality and reliable performance even in harsh outdoor conditions. Furthermore, the antenna is versatile
Common Questions on Uniden BATG-0481001 Antenna (AT218) for the Majority of Handheld Scanners – 800MHz
Why We Like This
• 1. Compatible with the majority of handheld scanners that operate on 800MHz frequencies.• 2. Includes a 10 foot coaxial cable for extended range and improved reception.• 3. Boasts a high gain design for improved signal reception.• 4. Durable construction ensures long lasting use.• 5. Easy to install, with no tools required.
Additional Product Information
| Height |
9 Inches |
| Length |
5 Inches |
| Weight |
0.02 Pounds |
Uniden BC355N 800 MHz 300-Channel Base/Mobile Scanner, Close Call RF Capture, Black & Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector
Check Price On Amazon
Common Questions on Uniden BC355N 800 MHz 300-Channel Base/Mobile Scanner, Close Call RF Capture, Black & Tram 1089-BNC Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with BNC-Male Connector
Why We Like This
• 1. Uniden BC355N 800 MHz 300 Channel Base/Mobile Scanner with Close Call RF Capture Technology.• 2. 100 ch/sec Scan Speed (max).• 3. Backlit display for easier reading in low light conditions.• 4. Ability to save up to 300 frequencies for quick access to desired frequencies.• 5. Tram 1089 BNC Scanner Mini Magnet Antenna VHF/UHF/800MHz 1, 300MHz with BNC Male Connector for improved reception.
AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-X11 DJ-X7T BNC SMA
Check Price On Amazon
AEcreative’s Wide-Band Scanner Antenna is designed to give Uniden, RadioShack Pro, Icom, AOR, Alinco and Whistler users maximum range with its remarkable ability to pick up signals from 50MHz to 1200MHz. The versatile antenna is able to bend to fit your needs and includes a free BNC/SMA adapter to allow it to easily fit either a BNC or SMA antenna connector. It can be used for the following models: Uniden’s SDS100, BCD436HP, BCD396T, BCD396XT, BC346XT, BC346XTC, BCD325P2, BC100XLT, BC200XLT, BC60, BC80XLT, BC245XLT, BCD246T, BC296D, BC75XLT, BC72XLT, BC92XLT, BC95XLT, BC125AT, UBC30XLT, SC180B, SC200, & SC230; RadioShack Pro’s Whistler TRX-1, WS1040, WS1088 and WS1010; Alinco’s DJ-X2000T, DJ-X10T, DJ-X11
Common Questions on AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-X11 DJ-X7T BNC SMA
• What type of connection does the AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-X11 DJ-X7T use?
The AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-X11 DJ-X7T use an SMA or BNC connection.
• What frequencies does the AEcreative Wide-Band Scanner Antenna for Uniden SDS100 BCD436HP BCD396XT BC346XT BC75XLT BC125AT BR330T Whistler TRX-1 WS1040 WS1080 RadioShack Pro Icom IC-R30 IC-RX7 AOR Alinco DJ-
Why We Like This
Tram 1089-SMA Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with SMA-Male Connector, 16.25in. x 3.25in. x 1.25in.
Check Price On Amazon
The Tram 1089-SMA Scanner Mini-Magnet Antenna is a powerful, optimized VHF/UHF/800MHz–1, 300 MHz dual-band scanner antenna with an SMA-Male Connector. It has a small physical size of 16.25in x 3.25in x 1.25in and is 16-1/2″ tall, making it easily transportable for various applications.
The antenna comes with 136 MHz–150 MHz VHF coverage and an impressive 214dBi gain, specially engineered to pick up weak signals and maximize distance. Likewise, 400MHz–470MHz UHF coverage provides an increased peace-of-mind, with maximum 3dBi gain.
For users seeking powerful 800MHz–960 MHz coverage, the Tram 1089-SMA Scanner Mini-Magnet Antenna provides a respectable 3dBi gain and tuned reception to ensure only the best performance. Similarly, 100MHz–1,300MHz frequencies are covered with a maximum 3dBi gain, providing maximum reliability and convenience.
For professional and amateur scanner users, or anyone seeking superior quality audio reception, the Tram 1089-SMA Scanner Mini-Magnet Antenna is the
Common Questions on Tram 1089-SMA Scanner Mini-Magnet Antenna VHF/UHF/800MHz-1, 300MHz with SMA-Male Connector, 16.25in. x 3.25in. x 1.25in.
Why We Like This
• 1. VHF/UHF/800MHz 1,300MHz frequency range with SMA Male Connector.• 2. 136MHz–150MHz VHF 214dBi gain.• 3. 400MHz–470MHz UHF 3dBi gain.• 4. 800MHZ–960MHz 3dBi gain.• 5. 16 1/2″ tall for easy installation.
Additional Product Information
| Color |
Black |
| Height |
1.25 Inches |
| Length |
16.5 Inches |
| Weight |
0.15 Pounds |
Buying Guide for Best 800mhz Scanner Antenna
Buying a scanner antenna isn’t as easy as it sounds, especially when the frequency range you’re looking for is around 800 MHz. To make your buying experience easier and more successful, here’s a guide to help you find the best 800MHz scanner antenna.
1. Range coverage: Look for an antenna that covers a wide range of frequencies and includes your targeted frequency – in this case, that would be 800MHz scanning frequencies.
2. Antenna type: There are many types of scanners available such as omni directional or directionally tuned ones and they have different designs to work well on specific applications like mobile radios or single base stations (home antennas). Make sure you pick the right one according to your specific needs.
3. Antenna Gain: The higher the gain of an antenna should indicate stronger transmission power with wider signal coverage across its focus area; meaning more powerful signals reach more distant locations than lower-gain antennas can capture – look for ones with high gains ideally between 3dBi to 9dBi for optimal performance even at far distances beyond 300 miles where larger gain coverages are needed . Also ensure any small losses from materials or structural obstructions are accounted for too! . You may want to consider purchasing a preamp if necessary which will help boost weak signals in certain settings as well – however it’s not always necessary unless there is already line loss occurring due to long distance away from radio source being scanned..
4Elevation : Ideally aiming toward electromagnetic field points gives better reception so look into getting adjustable elevation adapters either via tripod / masts/ poles etc…that allow adjustment of positioning angles +/- 10-20 degree based on terrain specifications; otherwise portable scanner sticks usually come pre-packaged with their own stand settings specifically designed towards boosting reception distance by utilizing integrated spring flex holder saddles embedded within mounting system itself without having user manually adjust position every few hours.. Additionally any external antennas directly mounted onto walls arms/ aerial mounts also require this same ability since these brackets need adequate spaces/ clearances away from surrounding objects that could block out peak performance capabilities… thus proper shielded little metal sides needs good 20in open space above roofing lines so refer back prior nonadjustable section in order find ideal setup configuration here…
5Ground Plane Design & Parallel Dipole Pattern : This refers structure layout when placing elements within radiating region – parallel dipoles give maximized output along xy plane while ground plane improves vertical radiation characteristics – making sure both directions active encourages efficient communication during turbulent weather conditions.. Optimally distributed power radiated over 360° field creates better circular patterns compared single axis designs allowing communications relayed over entire circle versus just short segments resulting less heat escapes– essentially means fewer dropouts/ fadeouts during rain storms! Ultimately look pieces building blocks come together form preferred construction shape most efficiently while still ensuring quality performance features expected
Frequently Asked Question
What are the benefits of using a 800MHz scanner antenna?
The benefits of using a 800MHz scanner antenna are numerous. First and foremost, it is able to receive signals from a much wider range of frequencies than other antennas. This means it is capable of picking up signals from a greater distance and with more clarity. Additionally, it is also more efficient at blocking out interference from other signals, allowing for more accurate receptions. Finally, it is also generally more affordable than other antennas, making it a great option for those looking to save money.
What materials should be used to build an 800MHz scanner antenna?
An 800MHz scanner antenna can be made from a variety of materials, including copper wire, aluminum, PVC, and fiberglass. Copper wire is a popular choice for antenna construction because it is strong and easy to work with. Aluminum is also a good choice for antenna construction, as it is lightweight and easy to shape. PVC and fiberglass can both be used to construct the antenna, although fiberglass is more durable and provides better signal propagation.
What type of antenna would be best for a 800MHz scanner?
The best type of antenna for a 800MHz scanner would be a directional antenna, such as a Yagi antenna. This type of antenna is designed to provide the most signal strength in a particular direction, allowing the scanner to pick up signals from a greater distance than other types of antennas.
How does antenna gain affect the performance of a 800MHz scanner?
Antenna gain affects the performance of a scanner in several ways. A higher gain antenna will increase the signal strength of a signal, allowing the scanner to pick up signals at greater distances. Higher gain antennas also increase the signal-to-noise ratio, improving the clarity of the signal. Additionally, a higher gain antenna can aid in reducing interference from nearby radio signals, allowing the scanner to better focus on the desired signals.
Conclusion
Thank you for your time and interest in our best 800MHz scanner antenna. We are confident that this is the ideal choice for anyone looking to upgrade their current setup or start a new one. Our product offers superior performance, durability, and convenience compared to other antennas on the market today. It’s also considerably more cost-effective than many of its competitors, so it won’t break the bank either.
Our team of knowledgeable customer service representatives is always available to answer any of your questions about the product, be it installation information or technical support needs.
