Broadcast FM Block Filter (88-108 MHz Block) by RTL-SDR Blog

Broadcast FM Block Filter (88-108 MHz Block) by RTL-SDR Blog
- Blocks the broadcast FM band between 88 – 108 MHz with over 50dB of attenuation.
- Insertion loss is less than 0.5 dB between 0 – 1 GHz, and mostly less than 1.5 dB between 1 – 3 GHz.
- Uses SMA female connectors. Comes with a free SMA male to SMA male adapter.
- Designed for SDR and radio scanner users. TV installers this is probably not the right product for you. TV installers please read the description carefully to avoid disappointment.
Includes 1x RTL-SDR Blog Broadcast FM Band-Stop Filter and 1x SMA male to SMA male adapter.

Blocks the broadcast FM band between 88 - 108 MHz with over 50dB of attenuation. Designed for RX use only.

Insertion loss is less than 0.5 dB between 0 - 1 GHz, and mostly less than 1.5 dB between 1 - 3 GHz. Uses SMA female connectors. Comes with a free SMA male to SMA male adapter.

A broadcast FM block filter can help if you have very strong broadcasts in your area that are overloading the SDR dongle. Also known as an "FM Trap".

TV installers please read and pay very close attention to the following: This is probably not the right product for you. These filters are designed for software defined radio and radio scanner users. The filter uses SMA connectors. SMA connectors are very common in the professional RF world, but are NOT commonly used in home TV installations. TV installs normally use F-TYPE or PAL connectors. So this filter will not fit onto F-TYPE or PAL connectors which are common in the TV world without the use of an adapter, which is not supplied.
Country USA
Brand RTL-SDR Blog
Manufacturer RTL-SDR Blog
Binding Electronics
ItemPartNumber 4330366327
Model 4330366327
UPCs 642419993872
EANs 0642419993872
ReleaseDate 0000-00-00

Country	USA
Brand	RTL-SDR Blog
Manufacturer	RTL-SDR Blog
Binding	Electronics
ItemPartNumber	4330366327
Model	4330366327
UPCs	642419993872
EANs	0642419993872
ReleaseDate	0000-00-00

Broadcast FM Block Filter (88-108 MHz Block) by RTL-SDR Blog

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