Strong SRT L 780 User Manual

SatCR LNB SRT L 780

Satellite Antenna

SatCR Satellite

Receiver

LEGACY LNB

SUPPORTED

Picture similar

Legacy SatCR Satellite Receiver

SatCR Satellite Receiver

LNB

SRT L 780

4-port

Splitter

(not included)

High quality signal strength

SatCR (Satellite Channel Router): Allows easing up your installation eﬀ orts and distribution throughout your home, without the need of pulling more than one cable from your dish into your home. Just split the (existing) LNB cable with an indoor 4-way satellite splitter and you can operate up to 4 satellite receivers*. The additional legacy output can be used for normal LNB functions or easy adjustment of dish to satellite.

* The receiver must support SatCR

 One-cable system for easy installation  High performance technology  Connect up to 4 receiver units*  Excellent reception of the whole range of

digital SD, HD or 3D TV channels

 Ideal for system expandability  Low noise ﬁ gure (0.6 dB)  Robust and weather resistant

* The receiver must support SatCR

Technical speci cations:

I/P Frequency Range SatCR/Legacy:

10.7 ~ 12.75 GHz

SatCR output frequencies: 1210 MHz,

1420 MHz, 1680 MHz, 2040 MHz

Legacy Output Frequency Range:

950 ~ 2150 MHz

Legacy LO Frequency (universal type):

Low: 9.75 GHz; High: 10.6 GHz

Legacy Polarization Switching Voltage:

V: 11.5 ~ 14.0 V H: 16.0 ~ 19 V

Legacy Band Switching Pulse:

Low: 0 kHz, High: 22 kHz

LO Temperature Drift

(@ -20 °C ~ +60 °C): ± 3 MHz LO Initial Accuracy (@25 °C): ± 1.0 MHz Noise Figure: 0.6 dB (Typ.) Conversion Gain: 53 ~ 70 dB Operation Temperature: -20 ~ +60 °C DC Current Consumption:

300 mA (Max.) Output connectors: 2 x 75 Ohm F type Dimensions: (W x D x H):

70.5 x 59.7 x 177 mm

(incl. feet and connector) Weight: 213 g

17 Jul 2015 14:45

High

Performance

Low Noise

0.6 dB

EAN SRT L 780: 8717185448009

Subject to alterations. In consequence of continuous research and development

technical speciﬁ cations, design and appearance of products may change. All

product names are trademarks or registered trademarks of their respective