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GHPNA Coaxial IPTV Splitters

Holland's GHPNA splitters have been specifically designed to work in HPNA environments. The low port-to-port isolation allows HPNA communication signals to pass through the splitters to set top boxes with as little signal loss as possible. At the same time the GHPNA Series splitters provide good return loss and

FEATURES:

• Available in 2-way, 3-way, 4-way and 6-way splitters • HPNA Compatible
• Low Port to Port Isolation(for HPNA communications)
• Meets SCTE Environmental and Mechanical Requirements
• Expanded Pass Band (for future communication channels)

DATA SHEET:

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The QC II F-Connector is a universal compression connector that is ideally suited for professional and consumer use. The simple to use one-piece design provides a secure 360 degree compression seal resulting in maximum RF shielding performance. The all metal design of the connector body and nut allow for unparalleled electrical and mechanical performance. The detachably coupled advanced polymer compression system is pre-positioned to ensure a consistent fit with the cable and is color coded to allow differentiation between different cable series.

PROTECTION & PREVENTION

Holland Electronics offers a full line of CATV isolators and surge protectors.

The CPI-WHP is an IEC Class Level 5 isolator offering the surge protection performance necessary to ensure the highest telecom equipment survivability. The device protects cable modems, STB's and other CPE and plant equipment from damage due to fast transients and spikes from electrical storms and power surges.

High winds, thunder, rain showers and flooding are commonplace in regions with high electrical storm activity. The CPI-WHP is rated to IP67 standards for protection against wind-blown objects and moisture - up to full submersion in a meter’s depth of water.

The DCWG 1.2 GHz Series of high quality directional couplers have been developed to meet the rigorous requirements of MDU distribution. The solder-back design, high return loss and low insertion loss make the DCWG-SB Series ideal for any RF distribution application. Advanced PCB design assures consistent performance. The available tap values for the DCWG-SB series include: 4, 6, 9, 12, 16, 20, 24, 27, 30 dB.

• Solder Back Construction
• Wide 5 - 1218 MHz Frequency Range
• Nine standard dB Values Available
• 130 dB RFI Shielding
• High Return Path Isolation
• High Return Loss
• Precision Machined Threads

These couplers manage RF distribution over varied COAX run lengths with varied power requirements in homes, MDU’s and businesses

DATA SHEET

The BDC digital directional coupler line has led the broadband / CATV in quality and design for over a decade.  Weather sealing, environmental protection, mounting options and superior electrical RF performance quickly made the BDC series the industry standard for Broadband Directional Couplers.  Available in a multitude of configurations, losses and housing styles.

The BDS102H digital splitter line has led the broadband / CATV in quality and design for over a decade.  Weather sealing, environmental protection, mounting options and superior electrical RF performance quickly made the BDS100 series the industry standard for Broadband Splitters.

The DOCSIS Passive is the next generation home networking gateway device allowing 100% passive broadband installation with nearly unlimited outlet potential.  A preferred alternative to active in the home, this device can accommodate multiple STB's and MoCA Controllers without power supplies or signal amplification.  This technology reduces installation costs, dramatically improves reliability and increases system performance by eliminating noise, ingress and egress.

The G-PF-59 is a lab-grade, high-performance push-on F-connector adapter. The G-PF-59 has been specifically designed for high-volume testing environments demanding production efficiency, durability and reliability. This adapter utilizes precision specifications, and a special high-cycle, low-tension ground spring, allowing for low insertion force and high volume testing throughput. The G-PF-59 is particularly volume effective with high-density adapter fixtures.  In addition, a high-strength center conductor is used to ensure
high-cycle life expectancy.

•    High-Cycle Life - Exceeds 3,000 Insertions
•    Low Insertion Force for Production Throughput
•    High-Strength Center Conductor Extends Life
•    Chamfered Center Pin for Faster Insertions
•    Durable All-Brass, Nickle-Plated Construction
•    9mm F-Female Barrel Allows Panel Mounting
•    Easy-Grip Knurled Outer Body

DATA SHEET:

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Broadband Satellite Splitters

The HFS Series broadband splitters are an advanced design providing the lowest insertion loss from 5-2150 MHz while maintaining high isolation. The HFS-2 / HFS-4 power pass to one port and the HFS-2P / HFS-4P pass power to all ports.

FEATURES:

• 5 - 2150 MHz Performance
• Power Passing to One or all Ports
• High Port-to-Port Isolation

The HFS-*D series high-frequency splitters have been designed with diode steered circuitry, which allows the DC power to pass from any output port to the input port and prevents DC backfeeding.

FEATURES:

• 5 - 2150 MHz Wide Band Operation
• Diode Steered
• High Return Loss
• Flat Frequency Response
• Flat end F-ports with 1” spacing
• Solder-Back Case (-130 dB RFI Shielding)

DATA SHEET

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OSP DWDM Solutions - Tray Mounted

Amphenol Network Solutions offers a complete line of outside plant (OSP) passives for use in a wide range of optical network architectures.

The product family includes optical passives ranging from 4 to 40 channel counts.  Modules can be partially or fully configured with DWDM channels and can also include optional features for monitoring, upgrades, and express-through bands.  The packaging comes in two forms, the HiDT (channel counts 10 or less) and the OSP AOM (channel counts 12 and higher), both providing stable optical performance across a wide operating temperature range for OSP deployment.

Amphenol OSP passive products are available in kits with accessories to facilitate installation into field splice enclosures.

Features

• Color coded fibers and wavelength labels on each fiber provide easy identification
• Custom port features available
• Single end fiber ports for easy routing and splicing
• 250um or 900um fiber leads are available to facilitate splicing applications

Applications

• Metro Ethernet
• HFC / Fiber Deep

Thermometrics CL Series of Inrush Current Limiting Thermistors consist of a disc thermistor with uninsulated lead-wires, and are used to control inrush current when switching power supplies. The main purpose of limiting inrush current is to prevent components in series with the input to the DC/DC convertor from being damaged. Typically, inrush protection prevents nuisance blowing of fuses or breakers as well as welding of switch contacts.

By Amphenol Advanced Sensors | Thermometrics, Inc.

Features:

• Low cost, solid state device for inrush current suppression
• Excellent mechanical strength
• Wide operating temperature range: -58°F to 347°F (-50°C to 175°C)
• Suitable for PCB mounting
• Available as a standard with kinked or straight leads and on tape and reel to EIS RS-468A for automatic insertion
• Low steady resistance and accompanying power loss
• Small size
• Low cost solid state sensor

Amphenol Network Solutions provides an array of LGX cassettes for DWDM and CWDM applications.

The LGX style cassettes are compatible with LGX shelf mounting.  Cassettes can be partially or fully loaded with DWDM or CWDM channels and can also include optional features for monitoring, upgrades, and express-through bands.

DWDM LGX® System Solutions 

Amphenol Network Solutions provides a full product offering of LGX® cassettes in the growing line of DWDM passive products.  

The LGX style cassettes are compatible with LGX shelf mounting and are available in standard (7") depths as well as a mini (3") depth which enables back-to-back mounting options.  Each single chassis width allows for mounting of up to 12 SC ports or 24 LC ports.

Cassettes can be partially or fully configured with DWDM channels and can also include optional features for monitoring, upgrades, and express-through bands.

CWDM LGX® System Solutions 

Amphenol Network Solutions provides an array of LGX® mux cassettes for CWDM applications.  

The LGX style cassettes are compatible with LGX shelf mounting and are available in our mini (3") depth which enables back-to-back mounting options.  Each single width cassette allows for up to 12 SC ports or 24 LC ports.

Cassettes can be fully or partially loaded with CWDM channels and can also include optional features for monitoring, upgrades, and express-through bands.

LGX® is a registered trademark of  OFS FITEL, LLC

Welcome to the IPA1000 series premises amplifier, the one that started the revolution.  The first of its kind to provide an integrated solution with passive and active ports, this device drove the "Home Run" installation standard practiced by nearly every CATV operator in the United States.  For over a decade, this premies amplifier has lead the industry in quality, features and cost, becoming a staple of the broadband industry.

The Infinity Premises, IPE series enclosures were designed with the technician in mind.  Completely reimagined using the real world needs for technicians and installers, the IPE series completes the Infinity Premises System, integrating installation hardware to work as a system.  The QuicMount Rail allows passive and active devices to snap in without hardware.  Cable Retention Slots allow installation to occur outside of the enclosure and simply slide into place.  Continuous Bosses, modular accessories, weather and UV resistant materials are just a few more of the ground breaking innovations designed into the IPE Enclosure Series.  

The IPA2000 Series MoCA Amplifiers are designed to maximize the MoCA frequencies within the premises while optimizing the RF band simultaneously.  Completely redesigned with innovate features such as Data Stabilization, CrossTalk, and DataComm, the IPA2000 series has become the new standard in CATV amplification.  

This IPA2008DSL-RSVF has 8 active outputs and 1 passive data port.

The POE-F201C MoCA filter combines superior surge protection in a compact housing to be utilized a the point of entry or beyond legacy equipment in the home.  Not only does the POE-F201C come in an in-line barrel housing, this MoCA filter can be integrated into nearly every premises device in the ABS product line including ground blocks, splitters, amplifiers, and gateway devices.  

Network test access points (TAPs) are a passive monitoring device that mirrors traffic from the live network to the monitoring devices and provides a demarcation between the live network and monitoring infrastructure, without utilizing SPAN ports and CPU processing capacity.

Enabling organizations to augment their monitoring infrastructure while reducing risk and preserving network performance. Amphenol Network Solutions TAPs meet this demand and provide best-in-class density and cable management.

Benefits
• Cost savings: The density achieved with Amphenol Network Solutions TAPs reduces floor space and overall costs to deploy TAPs into your network.
• Return on investment: Amphenol Network Solutions TAPs cassettes are interchangeable when used with a C2E and C2X chassis.
• Improved fiber lifespan: Correct cable management practices can ensure your fiber cable does not fail over time through the development of fractures in the glass.

Key Features
• Modularity: Deploy up to 48 different modules in a 4RU C2E chassis.
• High performance: Passively access data without disrupting network performance or link state
• Complete visibility: Provides 100% visibility of network traffic including errors, malicious or non-conforming packets
• Flexibility: Deploy single mode, multimode, LC and MPO together in a single chassis

To learn more about TAPs and network monitoring, please visit Amphenol Network Solutions website: https://amphenol-ns.com/Product/c2-tap-modules/rvdsfcatid/372

Thermometrics offers point-matched Radial Lead Disc Thermistors with bare lead wires in a wide range of material systems.

By Amphenol Advanced Sensors | Thermometrics, Inc.

The Thermometrics PTF Series of PTC Type Thermistors consists of a range of radially-wired bare PTC disc thermistors. They are designed for general purpose over-current and short circuit protection.

Features

• Low cost solid state fuse
• Available in a broad range of resistances, transition temperatures and voltage ratings
• Exhibits large positive increases in resistance with temperature
• Resistance/temperature characteristic is infinitely repeatable and has no hysteresis associated with its action
• Proven quality and reliability over many years of manufacturing

By Amphenol Advanced Sensors | Thermometrics, Inc.                 

The Thermometrics PTO Series of PTC Type Thermistors consists of a range of radially-wire bare PTC disc thermistors for current regulation, circuit protection and temperature measurement and control. Available in a broad range of resistances, transition temperatures and voltage ratings.

Features

• Low cost solid state sensor
• Available in a broad range of resistances, transition temperatures and voltage ratings
• Exhibits large positive increases in resistance with temperature
• Resistance/temperature characteristic is infinitely repeatable and has no hysteresis associated with its action
• Proven quality and reliability over many years of manufacturing

By Amphenol Advanced Sensors | Thermometrics, Inc.                 

The Thermometrics YM Series of PTC Type Thermistors consists of a range of radially wired PTC disc thermistors with silicone resin coating with a wide range of operating current levels. Designed for general purpose over-current, overvoltage and direct over-temperature protection.

Features

• Fast switching times
• Operation up to 265V rms
• Wide range of operating current levels
• Excellent stability
• Fail-safe operation
• Solid state
• High performance barium titanate ceramic
• Suitable for automatic PCB insertion

By Amphenol Advanced Sensors | Thermometrics, Inc.                 

Thermometrics NTC Type Surface Mount Devices (SMD) are intended for temperature measurement, control and compensation. They are suitable for standard soldering techniques and availabe in a range of sizes, including 0402, 0603, 0805 and 1206.

By Amphenol Advanced Sensors | Thermometrics, Inc.

Features:

• Nickel barrier tin-plated terminations for soldering
• High sensitivity to changes in temperature
• Wide operating temperature range -40°C to 125°C
• Rugged construction
• Excellent solderability without “tombstoning”
• Glass-coated ceramic between electrodes for improved stability
• Supplied in tape-and-reel packaging
• Available in other material systems