Direct Broadcast Equipment DBS

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Blonder Tongue Headend Management System (HEMS) The Blonder Tongue HEMS (Headend Management System) is designed to be integrated into existing and new DSS headend installations. The system controls DirecTV compatible satellite receivers, models D11 & D12 and eliminates the manual process of rebooting receivers. HDTV Labs Product Overview HDTV Labs Product Overview Ku/Ka Compatible HD Satellite Distribution Equipment. AMT is pleased to introduce HDTV Labs line of satellite distribution products designed to work with DirecTV's 5 LNB Ku/Ka dish. Key Features: *Distributes Ka band 99 & 103 satellites *Designed for use with AU9-S Ku/Ka 5 LNB dish *4 lines with 250-2150MHz bandwidth *Compatible with Zinwell WB616 & WB68 Multiswitches *High Quality sturdy construction *All in one design, no additional products needed to install *Made in USA HDTV Labs HD4PNBAG20B The HDTV Labs HD4PNBAG20B is a Professional-Grade 4-channel 18dB adjustable gain amplifier designed to recover low-level signals that may be well below the threshold of most satellite power meters. Each channel has a fixed gain of 18dB with 5dB slope compensation and covers a frequency range of 250MHz to 2150MHz. The HD4PNBFG20B is used in conjunction with stacked, multiswitch, and head-end systems to overcome cable, splitter, tap, and other system losses. The inputs and outputs of each of the four amplifier channels have internal DC blocking capacitors, thus eliminating the need to add external DC blocking capacitors. HDTV Labs HD4PNBFG40B The HDTV Labs HD4PNBFG40B is a Professional-Grade 4-channel 40dB fixed gain amplifier designed to recover lowlevel signals that may be well below the threshold of most satellite power meters. Each channel has a fixed gain in excess of 40dB with 10dB slope compensation and covers a frequency range of 250MHz to 2150MHz. The HDTV Labs HD4PNBFG40B is used in conjunction with stacked, multiswitch, and head-end systems to overcome cable, splitter, tap, and other system losses. The inputs and outputs of each of the four amplifier channels have internal DC blocking capacitors, thus eliminating the need to add external DC blocking capacitors. HDTV Labs HD4PNBFG20B The HDTV Labs HD4PNBFG20B is a Professional-Grade 4-channel 20dB fixed gain amplifier designed to recover low level signals that may be well below the threshold of most satellite power meters. Each channel has a fixed gain in excess of 20dB with 10dB slope compensation and covers a frequency range of 250MHz to 2150MHz. The HDTV Labs HD4PNBFG20B is used in conjunction with stacked, multiswitch, and head-end systems to overcome cable, splitter, tap, and other system losses. The inputs and outputs of each of the four amplifier channels have internal DC blocking capacitors, thus eliminating the need to add external DC blocking capacitors. HDTV Labs HDMS4X12P The HDTV Labs HDMS4X12P is a Professional-Grade Rack-Mountable Powered 4 by 12 Multi-Switch designed primarily for DirecTV. The HDMS4X12P is compatible with transponder signals from satellites 99°, 101°, 103°, 110°, and 119°. Integrated voltage regulators and tone generators allow direct connection to DirecTV dish antennas. Multiple HDMS4X12P switches are easily combined with splitters and HDTV Labs HDSSFG20B Fixed Gain or HDSSAG20B Adjustable Gain Satellite/Transponder Selectors. Each channel covers a frequency range of 250MHz to 2150MHz. HDTV Labs HDNBFG30B The HDTV LABS HDNBFG30B is a Professional-Grade 28dB fixed gain high compression point amplifier designed to recover low-level signals that may be well below the threshold of most satellite power meters. The amplifier has a fixed gain of 28dB with 10dB slope compensation and covers a frequency range of 5MHz to 2150MHz. The HDTV Labs HDNBFG30B is used to overcome cable, splitter, tap, and other system losses. The input and output of the amplifier has internal DC blocking capacitors, thus eliminating the need to add external DC blocking capacitors. HDTV Labs HDWBFG30B The HDTV Labs HDWBFG30B is a Professional-Grade 28dB fixed gain high compression point amplifier designed to recover low-level signals that may be well below the threshold of most satellite power meters. The amplifier has a fixed gain of 28dB with 10dB slope compensation and covers a frequency range of 5MHz to 4GHz. The HDTV Labs HDWBFG30B is used in conjunction with stacked and other systems to overcome cable, splitter, tap, and other system losses. The input and output of the amplifier has internal DC blocking capacitors, thus eliminating the need to add external DC blocking capacitors. HDTV Labs HDSSAG20 The HDTV Labs HDSSAG20 is a 4-channel adjustable gain satellite/transponder selector designed to work with DirecTV 5 LNB dish antennas. The HDTV Labs HDSSAG20 selects and amplifies even and odd transponder signals from satellites 99°, 101°, 103°, 110°, and 119°. Each channel has an adjustable gain in excess of 18dB and covers a frequency range of 250MHz to 2150MHz. The HDSSAG20 is used in conjunction with stacked and multiswitch systems. The HDTV Labs HDSSAG20 includes an 18VDC/1.5A external power supply. HDTV Labs HDSSFG20B The HDTV Labs HDSSFG20B is a 4-channel fixed 20dB gain satellite/transponder selector designed to work with DirecTV 5 LNB dish antennas. The HDTV Labs HDSSFG20B selects and amplifies even and odd transponder signals from satellites 99°, 101°, 103°, 110°, and 119°. Each channel has a gain in excess of 20dB and covers a frequency range of 250MHz to 2150MHz. The HDTV Labs HDSSFG20 is used in conjunction with stacked and multiswitch systems. The HDTV Labs HDSSFG20B includes an 18VDC/1.5A external power supply. HDTV Labs HDWBFG40B The HDTV Labs HDWBFG40B is a Professional-Grade 40dB fixed gain high compression point amplifier designed to recover low-level signals that may be well below the threshold of most satellite power meters. The amplifier has a fixed gain in excess of 40dB with 20dB slope compensation and covers a frequency range of 5MHz to 4GHz. The HDTV Labs HDWBFG40B is used in conjunction with stacked systems to overcome cable, splitter, tap, and other system losses. The input and output of the amplifier has internal DC blocking capacitors, thus eliminating the need to add external DC blocking capacitors. 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