Also remember that the circuit input reactance will be opposite in polarity with the source reactance when matching. This allows you to double check the calculator and make sure that it selected appropriate values, by making sure the impedance correctly matches the input impedance. The outputs of this tool give you the component values as well as a graph of the impedance looking into the pi circuit from the source. If you are unsure what the reactance is set it to zero for a first pass approximation. The inputs ask for source resistance and source reactance. There is one menu item to select if there is to be any DC current or not, that also affects the topology. For example in some topologies there may be 2 inductors and one capacitor and in a different configuration it may be 2 capacitors and one inductor. The circuit topology can change depending on the inputs. There are some important items to understand when using this tool. This calculator will give you the circuit topology as well as the component values. This technique doesn’t work for wide band requirements, but is a simple way to achieve this at a specific frequency. This tool will help you create a matching circuit so that optimal power transfer occurs between unmatched loads. NMEA 0183 interface for GPS equipment / Industrial ethernet Line Key / Transceiver AF line input/output and external key interface.The Pi match circuit gets its name because the circuit topology can look like a pi symbol. SAILOR 6350: 600W PEP in 50Ω Interfaces NMEA Telex: 5- and/or 9-digit identity numbers DSC Receiver Frequncy RangeĬustomizable Frequencies Antenna Tuning Unit Frequency RangeĨ-18 m wire and/or whip aerial Aerial Tuningįully automatic with no presetting Tuning Speed 541-9 The SAILOR 6300 MF/HF DSC fulfills the requirements of SOLAS and is intented for use in the maritime environment Ship's Identity ITU marine bands from 1605 kHz to 30 MHz DSC-TELEX Modem DSC Equipment ClassĭSC: Complies to ITU-R M.

Telephony (J3E): -102 dBm for 20 dB SINADīroadcast (A3E): - 87 dBm for 20 dB SINADĭSC/Telex (J2B): -123 dBm Audio Output PowerĦW with less than 10 % distortion Transmitter Output Powerġ.6 to 3.999 MHz 400W PEP +0/-1.4 dB into 50Ω SSB / 4.0 to 29.999 MHz 500W PEP +/- 1.4 dB into 50Ω SSB / 250W +/- 1.4 dB into 50Ω for DSC/TELEX Power Reduction at 24V DC) Power Consumption (Tx, SSB speech): SAILOR 6350: 600W Power Consumption (Tx, SSB two-tone)' SAILOR 6350: 1100W Power Consumption (Tx, DSC/TELEX): SAILOR 6350: 1000W User-Programmable Channelsġ99 frequency pairs with mode (1-199) User-Programmable StationsĤ0 stations with name, MMSI and station channel Receiver Frequncy Range Automatic changeover to DC in the absence of AC supply Power Consumption (Rx Idle)Ĥ0W (approx.

Optional external AC power supply: 115/230V AC 50/60 Hz. Simplex and semi-duplex SSB telephony, DSC, TELEX and AM broadcast reception Operating Temperature Range Specifications Dimensions And Weight Tranceiver Dimensions (L X H x D) 392 mm x 507 mm x 217 mm / 15.4 in x 20 in x 5 in Tranceiver Weight: 28 Kg / 61.7 lbs Antenna Tuning Unit Dimensions (L X H x D): SAILOR 6350: 401 mm x 617 mm x 356 mm / 15.8 in x 24.3 in x 14 in Antenna Tuning Unit Weight: SAILOR 6350: 17 Kg / 37.3 lbs Control Unit Dimensions (L X H x D): SAILOR 6350: 241 mm x 107 mm x 107 mm / 9.5 in x 4.2 in x 3.9 in Control Unit Weight :SAILOR 6350: 3.3 Kg / 7.3 lbs Specifications Operating Modes

Antenna tuner simulator