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  Use the Calculator Tool below to convert Watt to dBm or vice versa.  🔁 dBm ↔ Watt Converter Choose Conversion: dBm to Watt Watt to dBm Enter dBm: Select Output Unit: Watt milliwatt microwatt nanowatt Power: - Enter Power in Watts: Power: - dBm ⚡ Powered by GPIO LABS   Our Low Noise Amplifiers and Filters have a maximum input power rating in dBm. Use the calculator to find out what it is in Watt.  Here's the formula for the conversion from dBm to Watt PWatt = 10((PdBm - 30)/10)   where   PdBm is the power in dBm...

  📡 The frequency range 1626.5 to 1660.5 MHz, centered at 1643.5 MHz, is an important slice of the L-band spectrum, used for advanced satellite communications, particularly mobile satellite services (MSS). While it may not show up on a smartphone's spec sheet, this band plays a vital role in global connectivity—especially in remote and mobile environments. Related Products 1650 MHz Filter 40 dB Low Noise Amplifier   🛰️ What Falls Within This Frequency Band? This 34 MHz wide band supports two-way communication between ground-based mobile terminals and satellites. It is most commonly used by mobile satellite systems like: Inmarsat Globalstar Thuraya...

Here is a list of our Filters Filter Name Type Center Freq / Cutoff Freq (MHz) Start Freq (MHz) Stop Freq (MHz) FM Notch Filter 88–108 MHz Notch 98 88 108 100 MHz Bandpass Filter Bandpass 100 95 105 Airband 118–138 MHz Bandpass Filter Bandpass 128 118 138 144–148 MHz 2 m Band Bandpass Filter Bandpass 146 144 148 AIS 160–162 MHz Bandpass Filter Bandpass 161 159 163 169 MHz Bandpass Filter Bandpass 169 DAB Notch Filter 170–240 MHz Notch 205 170 240 433 MHz Low-Pass Filter Low-pass 433 433 MHz Bandpass Filter (Wide) Bandpass 433.92 431 437 433 MHz Bandpass Filter (Narrow) Bandpass 433.92 433.85 434 435 MHz Bandpass...

Low Noise Amplifiers (LNAs) are designed to amplify signals such that they rise above the noise floor in radio systems. An increase in signal level relative to noise makes it easier to process the signal. This is the primary use case of an LNA. However, it is not the only application. For instance, an LNA can be used in transmitter systems or in general, systems where signal amplification is required.  HOW SHOULD I CONNECT MY LNA?  The RFin or RF input terminal of the LNA should always be connected to the source of the signal. In receiver systems, RFin should...

FM radio is one of the most popular broadcast technologies out there. FM broadcast signals in most places in the world occupy the frequency range from 87.5 MHz to 108 MHz. These signals also happen to be very strong and overwhelm or saturate the receiver in a software-defined radio or RF receiver. This in turn impacts signal reception. You might for instance hear static instead of audio.   If a user does not want to listen in to the FM broadcast band, then one way to mitigate the effect of this strong band of signals is to suppress or 'notch'...