STLMAX VHF/UHF STL -Module

    STLMAX VHF/UHF STL modules Vergrößern

    STLMAX VHF/UHF STL -Module

    PCS-Electronics

    Müssen Sie Ihr Audio vom Studio an den Remote -Sender senden? Jetzt können Sie dies mit der STLMAX -Serie von VHF- und UHF -Empfängern und Sendern tun. Bis zu 10 W/25 W Strom und Abdeckung von 45 MHz bis zu 850 MHz! STLMAX6000+ VHF/UHF -Studio zum Sender -Audioverbind

    Sammeln Sie mit dem Kauf dieses Artikels bis zu 50 Treuepunkte. Ihr Warenkorb hat insgesamt 50 Treuepunkte die umgewandelt werden können in einen Gutschein im Wert von € 10,00.


    € 434,99

    STLMAX6000 15W VHF/UHF Options 

    • STLMAX6000 10W VHF/UHF STL transmitter with LCD

    • STLMAX6000 25W VHF/UHF STL transmitter with LCD

    Options 

    • STLMAX6000 VHF/UHF STL receiver+LCD+audio breakout

    • Transmitter board only

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    Kostenloser Versand Kostenloser Versand in NL
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    Mengenrabatt

    Menge Rabatt Sie sparen
    2 2% Bis zu € 17,40
    4 4% Bis zu € 69,60
    6 6% Bis zu € 156,60
    8 8% Bis zu € 278,39
    10 10% Bis zu € 434,99

    Mehr Infos STLMAX VHF/UHF STL -Module

    Main features:



    - Synthesized from 45-850MHz (specify 10MHz segment at the time of ordering)
    - The transmitted and received frequency can be set by digital front panel (UP/DOWN keys)
    - Suitable for MPX systems (stereo encoder in studio) or for 2-channel systems (2 audio channels, left+right, with 19KHz notch filter)
    - Built-in speaker driving amp for easy monitoring at the receiving side
    - Low THD distortion: the THD value with stereo or mono demodulated and deemphasized signals is negligible
    - Flat frequency response: due to the latest generation technology and the components precision the flatness of frequency response is absolute
    - Low noise: the excellent signal to noise ratio either in mono or in stereo allows the use of this STL’s in multi-hops networks without decreasing the audio quality
    - High sensitivity: it allows for more range with smaller antennas
    - Great RF immunity: allows to operate in most hostile RF environments
    - High adjacent channel rejection: obtained thanks to the excellent mechanical shielding and the precision of RF filtering
    - High frequency stability with the internal temperature compensated crystal reference
    - Integrated LCD Display: complete diagnostic and measurement front panel LCD displays
    - Integrated information display and protection controls: for all transmit parameter and protection for malfunction

    Technical specs:


     

     

    - Transmitter is based on MAXPRO6000 so if you've used MAXPRO5000 or 6000 it will be very familiar to you
    - Synthesized from 45-850MHz (specify 10MHz segment at the time of ordering)
    - Modulation: FM, ±75 KHz peak deviation
    - Frequency stability: <±100 Hz
    - RF Output Power: 0 to 25 Watts, 0-25W (fully variable via LCD in nice gradual steps), LCD power adjustment range can also be limited to 0-1W, 0-2W, 0-3W, 0-4W ... 0-15W, 0-full, this is done with a jumper (exact options vary depending on model).
    - Output connector: BNC
    - Output Impedance: 50 Ohms
    - PLL Steps: 100KHz-500KHz, adjustable
    - Spurious/Harmonic rejection: Harmonics: >50dB, Spurious: >-75dB
    - Power Supply 15W: 12-15V/3A or car battery
    - Power Supply 25W/50W model: 48V/1.5A/2.5A
    - Quartz Locked PLL Frequency Control
    - Ultra Stable, Ultra Clean Output
    - Audio performance: Less than 0.1% distortion, 20Hz-75KHz
    - RF output ruggedness: SWR protection
    - Polarity protection, temp protection
    - Pre-emphasis, 50uS, 75uS or none
    - Audio Input Impedance: 10Kohm, unbalanced
    - Audio Input Level: 0 dB 
    - S/N ratio: >90 dB 
    - PC Board Size 15W, 25W and 50W model: 100x125mm 
    - Weight: 0.4Kg
    - Audio input: solder pads

    STL transmitter connectors
    - Audio solder pads
    - Antenna output: BNC
    - Power connector (12-15V or 48V depending on model)

    What is included with the transmitter?

    - The PCB board and LCD display. You will need to get an antenna, enclosure, power supply, a small fan and possibly a stereo encoder.

    Difference between MPX and stereo STL
    - You can just use the STLMAX exciter directly as MPX link or you can feed the audio through stereo encoder (use se2000 or se5000 please).



    Technical specifications for receiver:
    - Two-board design, RF receiver board + audio break-out board with XLR outputs and notch filters
    - Available for frequency: 45MHz-850MHz (specify 10MHz segment at the time of ordering)
    - Built-in speaker output for easy monitoring
    - Sensitivity: ~1uV 10dB SINAD (varies with frequency band)
    - Frequency response MPX: 20 Hz to 60 KHz ±0.1 dB
    - Stereo separation: 20 Hz to 15 KHz >40 dB
    - 19KHz notch attenation: > 60 dB
    - S/N Ratio : >65 dB @-40 dBm , 75 KHz dev. and 1 KHz mod.
    - THD : 20 Hz to 53 KHz <0.3%
    - Selectivity: ±160 KHz at -3 dB IF BW, ±500 KHz at -62 dB IF BW
    - Image rejection: >65 dB
    - Stereo audio output impedance: 50 ohm balanced
    - Stereo audio output connector: RCA/CINCH female
    - MPX output impedance: 75R
    - MPX output connector: BNC female and XLR balanced
    - Headphones output: >2x0.2 W stereo at 32 ohms
    - Headphones output connector: 3.5mm stereo phone jack
    - RF input impedance: 50ohm
    - RF input connector: BNC Type - female
    - Power: 12-15V DC, 1A
    - Operating temperature range: -15 to 50C
    - Dimensions RF receiver board: 125 x 100 x 30 mm
    - Dimensions audio breakout board: 80 x 100mm
    - Weight: 0.5Kg

    STL receiver connectors
    - Antenna input: BNC
    - Power connector (12-15V 1A)
    - 2-pin jumper for small speaker 
    - 3,5mm stereo phono jack for earphones
    - 2x stereo output (RCA)
    - BNC MPX output
    - 3-pin XLR balanced output

     

    IMPORTANT:
    At the time of ordering please specify 10MHz frequency band, for example 210-220MHz.