SELL YOUR PRODUCTS
*mynauticexpo  
English

Noise reduction filter proFIL 0100
for boatsfor shipsantenna

noise reduction filter
noise reduction filter
Add to favorites
Compare this product
 

Characteristics

Type
noise reduction
Application domain
for boats, for ships
Applications
antenna

Description

Power Line Noise filter (DC 30V/8A). Both common mode and differential mode noise filter with safety ground connection that is very effective against conductive interference starting from <1 MHz up to 300 MHz. Does not have an attenuating effect to original signal. proFIL 0100 series Power Line Noise filters is designed to reduce noise and interference from the switched mode power supplies. They attenuate effectively low frequency switching frequencies and higher harmonic frequencies caused by unintentional interaction with high power rf-transmissions. proFIL 1010 series Coaxial Cable Interference Filters are designed to minimize interference that is travelling backwards in coaxial cables due to antenna circuit mismatch, reflections around antenna and cable faults. If present, this interference shows erratic behavior in other electronics and electrical equipment like sporadic activations, data errors, clicks and cracks. It can also activate other transmitters and make them oscillating on other frequencies. In higher power transmitters it can create strong electromagnetic field inside the cockpit which can exceed even healthy limits. proFIL 1010 does not block DC-current thus it can be used in coaxial cables that supply control signals and DC power to the antenna tuner. Due to the innovative design of proFIL™ technology, products do not have attenuating effect to original signal. This makes them easy to adapt in any situation without the fear of losing performance.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.