SKU:ZLA0593
---------- Features ----------
- TELMOR series RS/RSQ and TS/TSQ indoor taps and splitters are used in concentric SAT-IF distribution networks operating with DVB-S/S2 (QPSK, 8PSK) signals and/or with digital terrestrial television signals (COFDM, FM and DAB).
- All splitter outputs allow current flow to the input, and all taps allow current flow through the bus line, i.e. from output to input.
- High-quality die-cast iron housings coated with a copper and zinc alloy. The covers are soldered to ensure a high degree of shielding.
- Frequency range 5 - 2400 MHz.
- High-quality die-cast housing with a copper and zinc alloy coating.
- F-type female connectors in the RS and TS series.
- Clamp connectors in the RSQ and TSQ series.
- Ideal for DVB-T/T2 and DVB-S2/S2X signals.
- Current transfer from outputs to input in splitters - max 500 mA.
- Current flow in the bus (output/input) in taps.
- EMI - RFl>-120dB.
- Class A ---------- Technical data ---------- Attenuation max. (IN -OUT) - 5 - 40 MHz: 6.5 dB
- 41 - 470 MHz: 7.6 dB
- 470 - 1350 MHz: 8.5 dB
- 1350-2000 MHz: 10.0 dB
- 2000-2400 MHz: 10.5 dB Isolation min. (OUT-OUT) - 5 - 40 MHz: 18 dB
- 41 - 470 MHz: 21 dB
- 470 - 1350 MHz: 21 dB
- 1350-2000 MHz: 21.0 dB
- 2000-2400 MHz: 20.0 dB Return loss min (IN / OUT) - 5 - 40 MHz: 10.0 dB
- 41 - 470 MHz: 12.0 dB
- 470 - 1350 MHz: 12.0 dB
- 1350-2000 MHz: 12.0 dB
- 2000-2400 MHz: 11.0 dB Voltage transfer: 24 V/500 mA Impedance: 75 Ohm
Features
- TELMOR series RS/RSQ and TS/TSQ internal splitters and taps are used in coaxial SAT-IF distribution networks operating with DVB-S/S2 (QPSK, 8PSK) signals and/or with digital terrestrial television signals (COFDM, FM and DAB).
- All splitter outputs allow current flow to the input, and all taps allow current flow through the bus line, i.e. from output to input.
- High-quality die-cast iron housings covered with a copper and zinc alloy. The covers are soldered to ensure a high degree of shielding.
- Frequency range 5 - 2400 MHz.
- High-quality die-cast housing with copper and zinc alloy coating.
- F-type female connectors in the RS and TS series.
- Crimp connectors in the RSQ and TSQ series.
- Ideal for DVB-T/T2 and DVB-S2/S2X signals.
- Current transfer from outputs to input in splitters - max 500 mA.
- Current flow in the bus (output/input) in taps.
- EMI - RFl>-120dB.
- Class A
Technical data
Attenuation max. (IN -OUT)
- 5 - 40 MHz: 6,5 dB
- 41 - 470 MHz: 7,6 dB
- 470 - 1350 MHz: 8,5 dB
- 1350-2000 MHz: 10,0 dB
- 2000-2400 MHz: 10,5 dB
Isolation min. (OUT-OUT)
- 5 - 40 MHz: 18 dB
- 41 - 470 MHz: 21 dB
- 470 - 1350 MHz: 21 dB
- 1350-2000 MHz: 21,0 dB
- 2000-2400 MHz: 20,0 dB
Return loss min (IN / OUT)
- 5 - 40 MHz: 10,0 dB
- 41 - 470 MHz: 12,0 dB
- 470 - 1350 MHz: 12,0 dB
- 1350-2000 MHz: 12,0 dB
- 2000-2400 MHz: 11,0 dB
Voltage transfer: 24 V/500 mA
Impedance: 75 Ohm
- TELMOR series RS/RSQ and TS/TSQ internal splitters and taps are used in coaxial SAT-IF distribution networks operating with DVB-S/S2 (QPSK, 8PSK) signals and/or with digital terrestrial television signals (COFDM, FM and DAB).
- All splitter outputs allow current flow to the input, and all taps allow current flow through the bus line, i.e. from output to input.
- High-quality die-cast iron housings covered with a copper and zinc alloy. The covers are soldered to ensure a high degree of shielding.
- Frequency range 5 - 2400 MHz.
- High-quality die-cast housing with copper and zinc alloy coating.
- F-type female connectors in the RS and TS series.
- Crimp connectors in the RSQ and TSQ series.
- Ideal for DVB-T/T2 and DVB-S2/S2X signals.
- Current transfer from outputs to input in splitters - max 500 mA.
- Current flow in the bus (output/input) in taps.
- EMI - RFl>-120dB.
- Class A
Technical data
Attenuation max. (IN -OUT)
- 5 - 40 MHz: 6,5 dB
- 41 - 470 MHz: 7,6 dB
- 470 - 1350 MHz: 8,5 dB
- 1350-2000 MHz: 10,0 dB
- 2000-2400 MHz: 10,5 dB
Isolation min. (OUT-OUT)
- 5 - 40 MHz: 18 dB
- 41 - 470 MHz: 21 dB
- 470 - 1350 MHz: 21 dB
- 1350-2000 MHz: 21,0 dB
- 2000-2400 MHz: 20,0 dB
Return loss min (IN / OUT)
- 5 - 40 MHz: 10,0 dB
- 41 - 470 MHz: 12,0 dB
- 470 - 1350 MHz: 12,0 dB
- 1350-2000 MHz: 12,0 dB
- 2000-2400 MHz: 11,0 dB
Voltage transfer: 24 V/500 mA
Impedance: 75 Ohm
