Medium Power Broadcast 2000W FM Transmitters SWAP 2000
Union-Semicompact: composed by SWAP SERIES Exciter and CELL Amplifier
Build with Air Cooled High Efficiency Stereo Analog & Digital DDS Frequency Modulation Profesional Radio Station Equipment
OVERALL AMPLIFIER CHARACTERISTICS
Hardware and Software Protections • Over and Under Voltage DC, Over and Under Voltage AC, RF and Power Supply Temperature, RF Coaxial
Output Open or Short Circuit • Capability of a long working time on Short/Open loads at all phase angles without any damage. • Last generation 1400 W LDMOS, VSWR > 65:1 @ all Phase Angles, designed for enhanced ruggedness ISM applications and plasma generators. • Integrated AC Mains filtering. • Integrated lightning protection. • Delayed energized of the system after Mains Power Blackout prevents against peaks and high variation voltages typical of this events. • Soft controlled sequential start-up so to reduce the Inrush current during OFF to ON transition. WEB/SNMP Telemetry and Remote Control • Full Local or Remote control by by logon username and password. • Remote control with Smartphones or Tablet. • Host Logic and tele-measurement (TM, TC & TA). • Remote control and monitoring via SNMP and/or WEB interface. • With logbook or log file to record error or alarm message. • Display of forward/reflection power value and reflection high alarm. • TCP/IP, SNMP, GSM and PSTN TELEMETRY
Human Interface • Each module is equipped with a logic controller that allows full control by a local operator. • All transmitter and amplifier parameters required for diagnostics can be retrieved locally or remotely via standard (IP) protocol and standard software (web browser, SNMP). • Multilingual user guidance. • High Definition, high contrast Color Oled display. • Quick set of thresholds for protections level. This set is based on assignment of three “flavors” or PERSONALITIES: Conservative (primary target = protect itself), Standard (balanced), Aggressive (primary target = transmission without interruptions).
CELL Tech HIGH Efficiency • Output power on/off and adjustable from front panel and remotely. • Overall Efficiency up to 80%. • RF Input Connector: N Type. • RF Output Impedance: 50 ohm. • RF Output Connector: 7/16 Type. (other on request). • Monitor RF: -57 dBc, BNC connector. • VSWR: 1.5:1 Maximum with automatic fold-back at higher VSWR. • Very high efficiency (more than 75%. • Last LDMOS technology for power modules. • Ultra High RF efficiency (>80 % typ.) software optimized for each power level. • Lowest weight and dimensions in the industry. • Lower device heating. • Lower room heating. • Lower space occupied. • Lower maintenance needed. • Small dimensions and low weight, reduce transportation costs and simplifying the logistic. • Longer Component Lifespan. • Reduced Electricity Costs. • Lower Maintenance Costs. • Reduced Cooling Costs. • Fewer Fans.
Electrical Characteristics • Very high harmonics suppression (-90dB). • Independent, individual APC (Automatic Power Control) circuit maintain a constant output power set. • Frequency-response-compensated directional couplers and precision internal indicators. • Distributed less binding Low Pass filter.
AC Input Power: 220/400 VAC ±15%, 50/60 HZ singlephase Power factor > 0.98. Cooling: Forced air
Operating temperature: -10°C to +50°C. Max Operating Altitude: 4000 mt. Relative Humidity Range: 0 to 95% non condensing.
Mounting: Standard 19” chassis 2 U rack. Size: 485 mm. W x 550 mm. D x 88 mm. H. Weight: ~ 17 Kg. When developing CELL Series, the main target was: Always on Air, Less than 7 kg (15 lbs) of modules-weight, Easy maintenance, Low consumption and High Efficiency
OVERALL EXCITER CHARACTERISTICS GENERAL
Power Output: 50 W adjustable from front panel. RF Output Impedance: 50 ohm. RF Output Connector: “N” type. Monitor RF: -46 dBc, BNC connector VSWR: 1.5:1 Maximum with automatic fold-back at higher VSWR Frequency Range: 87.5 ÷ 108.00 MHz, on request 66 ÷ 74 MHz ( OIRT), 76 ÷ 90 MHz (JPN) Programmable in 10 KHz steps. Frequency Stability: ±1 ppm from -5 to 50°C. Frequency Control: Synthesizer μprocessor control. Type of Modulation: Direct frequency modulation of carrier frequency, F3E stereo and mono. Lock in Time: Typ. 4 second. Off Lock Attenuation: ≥ -60 dBc. Modulation Capability: ±150 KHz. Modulation Mode: Mono, Stereo, Multiplex, Aux. Preemphasis: Flat/50/75μs selectable internal jumper. Asynchronous AM S/N Ratio: -80 dB below reference carrier with 100% AM modulation @ 400 Hz, without FM modulation. Synchronous AM S/N Ratio: -65 dB below reference carrier with 100% AM modulation @ 400 Hz with FM modulation ±75 KHz @ 400 Hz. RF Harmonics: Exceeds EBU/CCIR/FCC requirements. RF Spurious: Exceeds ETSI/CCIR/FCC requirements.
Audio Input Impedance: 600 ohm balanced, 10 Kohms unbalanced. Audio Input Level: -3 to +9 dBm. Input Connector: XLR female. Audio Frequency Response: ±0.1 dB, 30 Hz to 15 KHz. Total Harmonic Distortion + Noise: 0.05% @ 400 Hz Intermodulation Distortion: 0.05%, 1 KHz/1.3 KHz, 1:1 ratio Transient Interm. Dist.: 0,05%, 2.96 KHz square wave and 14 KHz sine wave. Distortion: 0.05%, 2.96KHz square wave and 14 KHz sine wave. FM S/N Ratio: -82 dB RMS, -80 dB at ±75 KHz dev., 50 μs de-emphasis, weighted.
Composite Input Impedance: 1.2 Kohm unbalanced. Composite Input Level: +6 to +12 dBm Input Connector: BNC female. Composite Amplitude Response: ±0.2 dB, 30 Hz to 100 KHz. Total Harmonic Distortion + Noise: 0.05% @ 400 Hz Intermodulation Distortion: 30 Hz to 15 kHz * 0.05% @ 400 Hz Transient Interm. Dist.: 0,05%, 2.96 KHz square wave and 14 KHz sine wave. FM S/N Ratio: -83 dB RMS detector, -80 dB AT ±75 KHz dev., 50 μs de-emphasis, weighted.
Audio Input Impedance: 600 ohm balanced, 10 Kohm unbalanced. Audio Input Level: -3 to +9 dBm. Input Connector: XLR female.Audio Frequency Response: ±0.1 dB, 30 Hz to 15 KHz. Total Harmonic Distortion + Noise: 0.05% @ 400 Hz Intermodulation Distortion: 0.05%, 1 KHz/1.3 KHz, 1:1 ratio Transient Interm. Dist.: 0,05%, 2.96 KHz square wave and 14 KHz sine wave. FM S/N Ratio: -73 dB RMS, -71 dB at ±75 KHz dev., 50 μs de-emphasis, weighted. Stereo Separation: 30÷80 Hz ≥ -50 dB, 80Hz÷15 KHz ≥ -60 dB (Typ. 65 dB). Crosstalk attenuation: Main to Sub -50 dB 30 Hz to 15 KHz (typ. -55 dB 100 Hz to 8 KHz). 38 KHz Suppression: ≥ -65 dB (typ. -80 dB). Pilot Frequency: 19 KHz ± 1 Hz Output Pilot: 1 Vpp., BNC female Audio Filter Attenuation: ≥ -44 dB @ 19 KHz, > -27 dB 20 KHz to 100 KHz. Modes: Stereo, Mono
Input Impedance: 3 Kohm. Input Level: -3 to +6 dBm. Frequency Response: ±0.2 dB, 40 KHz to100 KHz. Input Connector: BNC female. Most SCA, RDS, AUX, performance parameters are determined primarily by the generator used.
DB9: female connector back panel for remote connections.
DIGITAL STEREO CODERY RDS/RBDS CODER PROGRAMMABLE BY PC OIRT & JPN VERSION LPFM CODE STATION ELECTRICAL AC Input Power: 90÷260 VAC 50/60 HZ single phase. Cooling: Forced air with internal long life brushless ball bearing fan. Acoustic noise:< -56 dBa @ 1 m.
Operating temperature: -10°C to +50°C. Max Operating Altitude: 3000 mt asl. Relative Humidity Range: 0 to 95% non condensing.
Mounting: Standard 19” chassis 1 U rack. W: 485 mm. x D: 405 mm. x H: 44 mm. Weight: ~ 4,0 Kg