HOLLAND LA-2150H 20 db Gain Satellite In-Line Amplifier
Description
Holland LA-2150H HDTV DTV Digital Satellite Amplifier 950 to 2150 MHz This high-output line amplifier has been specifically designed for satellite systems with an LNB(F) output frequency range of 950 to 2150 MHz. like DirecTV, DISH Network, FTA and others. It powers itself from the Voltage on the line already from the Receiver to the LNB(s). There is an optional Power Supply and Inserter unit available below for Use on lines without Voltage Feed(s). This Amplifier is perfect for In-Line DC Powered F connection to overcome excessive Satellite Dish cable lengths and Splitter loss...
This amplifier can operate off of the existing line voltage that is present on the cable line feed from the Satellite Dish LNB(F) and the Satellite Receiver, as it also passes the power through. If your Satellite Head-end or Multiple Dish / Receiver scenario doesn't make DC line voltage available, the PS-10 Power Supply (separate item) can be coupled in circuit to feed DC power to the Amplifier. Also, if you need to block the DC voltage from passing on either side of the Amplifier, use the VBC (Voltage Blocking Coupler, separate item) to block the DC voltage from passing to other devices and prevent damaging them! Compare to TERK BIA 20, Eagle Aspen SA-2050 and Phillips SDW5005O
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Holland Electronics PS-10 DC Power Supply for Cable TV Antenna Satellite TV Amplifiers The PS-10 is a 15 VDC 100 mA Power Supply and Inserter All-in-one for 2.2 GHz In-Line Amplifiers. This Unit injects DC Voltage into Coaxial Cable for In-Line Amplifiers (see LA Series Amplifiers) used to counter the Cable and Splitter losses...
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Holland Electronics VBC In Line Coaxial F Connector DC Voltage Blocking Coupler Use this In-Line F connected DC Voltage Filter on any Coaxial Cable line or Equipment with F or F-81 Fitted ends. Perfect for removing DC introduced onto a line to power an In-Line Amplifier and Protect other Splitters / Couplers...
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3 Star F11SSEF 100' RG11 Pre-Connectorized Coaxial Drop Cable Comes Pre-made with Connectors already fitted on the Cable ends for Instant Install out of the Box for Cable TV and some Satellite and Antenna applications... Shipping/ More Info Here.
3 Star F677TSVV 3' RG-6 Tri-Shield Coaxial Cable with Connectors When You need 3 Feet of RG-6 Cable for Interior or Exterior Installations and Jumper cables for HDTV Satellite, DTV Antenna Inter-connections between Equipment... Shipping/ More Info Here.
Holland Electronics GRB-2DHR Dual F-81 Ground Block DISH Network Approved! is a high performance ground block featuring a zinc body with machined threads and multiple ground screw configurations... Shipping/ More Info Here.
Holland Electronics HR S2 2-Way 15-2150 MHz Power Passing Satellite TV Splitter 15-2150MHz Wideband Satellite TV Signal Splitter with all Ports Power passing to Split your LNB(F) and combined Off-Air TV Antenna feed into 2 feeds for separate Receiver locations... Shipping/ More Info Here.
Holland Electronics HRV S3 3-Way Vertical F Port Power Passing 15-2150 MHz Sat Splitter with Ground 15-2150MHz Wideband Satellite TV Signal Splitter with All Port Power passive... Shipping/ More Info Here.
Holland Electronics HR S8 8-Way Vertical F Port 15-2150 MHz Power Passing Satellite Signal Splitter 15-2150 MHz Wideband Satellite TV Signal Splitter with all Port Power Passing with Grounding Block Attached, using Solder Back Case for 130 dB RF shielding... Shipping/ More Info Here.
Satellite Amplifier
All of these Amplifiers will Pass HDTV, DTV and Analog Signals. Those that have a Specific Band-Pass from 54, up to 950 or 1000 MHz are good for VHF/UHF and FM also... Making Them Suitable for Home use of Off-Air and Cable TV. Those Amplifiers with Band-Pass Specific to 2150 MHz means that they Boost Satellite Signals... If these same Amplifiers have a Start Frequency of between 5 and 54 MHz, they are Wide-Band and Carry Cable TV or Off-Air in Addition to the Satellite Signals. If the Star Frequency is around 950 MHz, then they are Solely for Satellite Carriage.
The Gain or "Boost" of an Amplifier is Rated in db and really should be selected on the Signal Loss of the System that they are Intended for use with... In other words, ;Total the loss of the Cable and Passives (Splitters) that are in line to the Location that You need extra Signal to, and select an Amplifier whose Gain comes close to matching the Loss you are Desirous of Overcoming. Bigger is NOT always Better (You don't want to much Gain as it may Lead to Distortion), and ALWAYS check your Connections and Splitters for Problems or Faults that may be the Source of Your Problems First, before automatically assuming you need an Amplifier.