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Exhibition – Radio Comms Connect
Rojone will be exhibiting at this year’s Radio Comms Connect show –
Radio Comms Connect 2011
November 16-17
Etihad Stadium, Docklands, Melbourne
Rojone will be on booth 45
Contact us for further information – sales@rojone.com.au
Contact Rojone
Feel free to contact Rojone using the details below. Alternatively, you can complete our contact form and we will respond as soon as possible; please complete all required fields.
Please note that we do not offer over-the-counter sales. If you wish to purchase antennas, connectors, cables/assemblies, or any other Rojone products in person, please get in touch with our sales staff to arrange an appointment.
Head Office
Address: 44 Aero Road, Ingleburn NSW 2565
Sydney AUSTRALIA
Postal Address: PO Box 1, Casula Mall NSW
2170 AUSTRALIA
Telephone: (+61) 02 9829 1555
Facsimile: (+61) 02 9605 8812
Email: sales@rojone.com.au
Sales Team:
Branch Offices
Perth
Warren Boucaut – WA State Sales Manager
Tel: 0407 426 233
Email: warren@rojone.com.au
New Times-Protect® LP-GTV-T Series
Times Microwave Systems introduces the new Times-Protect® LP-GTV-T series of DC pass RF lightning and surge protection products with an extended frequency operating band from DC to 7000MHz.
This new bidirectional design with TNC and Reverse TNC type female/female and female/male connectors handles up to 150 watts of RF power and allows for up 72 volts of DC voltage to be supplied on the center pin of the coaxial cable. The LP-GTV-T series is the perfect RF equipment protection solution for any application requiring DC voltage and current to power tower top mounted electronics. The LP-GTV-T product family is IP67 rated, suitable for outdoor as well as indoor installations and its white bronze plated housing ensures durability and long life.
LP-GTV-N Series:
- LP-GTV-TFF (TNC Female/Female connectors – 180Vdc/150W)
- LP-GTV-TFM (TNC Female/Male connectors – 180Vdc/150W)
- LP-GTV-RTFF (RTNC Female/Female connectors – 180Vdc/150W)
- LP-GTV-RTFM (RTNC Female/Male connectors – 180Vdc/150W)
Times-Protect® LP-GTV-N Series
Times Microwave Systems introduces the new Times-Protect® LP-GTV-N series of DC pass RF lightning and surge protection products with an extended frequency operating band from DC to 7000MHz. This new bidirectional design with N type female/female or female/male connectors handles up to 150 watts of RF power and allows for up 72 volts of DC voltage to be supplied on the center pin of the coaxial cable.
The LP-GTV-N series is the perfect RF equipment protection solution for any application requiring DC voltage and current to power tower top mounted electronics. The LP-GTV-N product family is IP67 rated, suitable for outdoor as well as indoor installations and its white bronze plated housing ensures durability and long life.
Times-Protect® LP-GTV surge arrestors available are:
- LP-GTV-NFF (180Vdc/150W) DC-7000MHz GT N type F/F bi-directional, 180V
- LP-GTV-NFM (180Vdc/150W) DC-7000MHz GT N type M/F bi-directional, 180V
Amphenol NEXUS Technologies
Nexus, Inc. was founded in 1961 to perfect the design and manufacture of superior quality audio plugs, jacks and MIL-S-8805/3 push-button switches. Over the years, the product base has expanded to include a miniature line of connectors. In 2008, Amphenol purchased Nexus, Inc. and formed Amphenol Nexus Technologies offering worldwide sales support, while still maintaining Nexus’ strong commitment to customer support and development.
Since 1961, Amphenol Nexus Technologies connectors have become the standard in military and commercial communication headset markets. Today, Amphenol Nexus Technologies connectors are typically specified in OEM headset applications where “breakaway-style” audio connectors are required. Amphenol Nexus Technologies switches have a very strong, ‘tactile-feedback’ feature that makes them ideal for applications that require a positive means of knowing that the switch has actuated. In addition, Amphenol Nexus Technologies switches are designed for applications that require a durable, reliable and cost-effective switching means. Other applications of Amphenol Nexus Technologies audio connectors and pushbutton switches are in Auto Racing, Powerboat Racing, Telecommunications, Simulation Controls, Medical Products, Farm Equipment, and Commercial Aviation Electronics.
Amphenol Nexus Technologies is an ISO 9001:2008 facility that meets or exceeds the requirements of MIL-I-45208, MIL-Q-9858, MIL-STD-45662, and the sampling requirements of MIL-STD-105. We also use SPC to selectively monitor critical processes, which helps ensure process capability. We are currently on the U.S. Government’s QPL (Qualified Products List) for the following military specifications: MIL-C-9177, MIL-C-55116, and MIL-S-8805/3. All at Amphenol Nexus Technologies look forward to serving you with products that meet your satisfaction. Please contact us today to discuss your requirements.
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| TAC Connectors | M55116 Mil-Spec and Mil-Spec- type Connectors | 7 - and 10 - Pin Waterproof Breakaway Connectors |
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| Telephone Plugs and Jacks | Microphone Plugs and Jacks | Push-Button Switches |
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FreelinWade
Founded in 1980, Freelin-Wade stands as a pioneer in plastic tubing solutions. It has a solid commitment to excellence, reflected in RoHS-compliant products free from BPA and other hazardous materials. As a trusted supplier of DEHP-Free PVC tubing, they prioritize safety and quality.
Product Range
- Nylon Tubing
- Polyethylene Tubing
- Polyurethane Tubing
- PVC Tubing
The company’s Polyurethane (PU) tubing is renowned across industries for its exceptional quality. Crafted with its proprietary high-performance Fre-Thane material, it boasts outstanding kink resistance, superior flexibility, and exceptional memory.
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Satcom over Fibre
The L/S Band Satcom Fiber Transport Link by Optical Zonu provides a simple, cost-effective and reliable RF connection between your satellite antenna and modem in those instances where coaxial cable is impractical or additional security is required. Each fibre link supports all frequencies from 950 MHz to 2300 MHz. The high dynamic range of the system ensures a transparent pass-through with no distortion. A low noise pre-amplifier in the downlink path ensures a margin on signal-to-noise ratio while keeping the signal in the most linear operating range of the fibre optic link.
For Tx/Rx sites, the low phase noise 10 MHz reference can be included without any impact on the L/S band performance. Other fibre optic products that combine the 10 MHz reference with the primary signal either cause degradation of the primary through mixing or poor phase noise if the reference level is too low. The Optical Zonu L/S Band Satcom Fiber Transport Link utilizes a 4 channel Coarse Wave Division Multiplexer (CWDM) to ensure that there is no mixing among all the supported signals, guaranteeing the highest signal purity. The system is modular and can be configured for Transmit/Receive or Receive Only with options for a 10 MHz Reference Signal, DC Power for the LNB and an FSK or E-Net data connection between the sites.
Major Features and Benefits
- L/S Band Fiber Optic Link Between the Satellite Modem And ODU
- IP-67 Remote Unit Connects to ODU
- Modular, Rack-Mounted Master Unit
- Transmit/Receive or Receive Only
- Separate Optional 10 MHz Path – No Mixing, Lowest Phase Noise
- Optional DC Power to LNB
- Optional Ethernet or FSK Data Connection Between Sites
GPS – RFoF
The GPS Over Fiber Link by Optical Zonu provides a simple, cost-effective and reliable RF connection between the GPS antenna and receivers where coaxial cable is impractical. Each link is wideband and supports any of the global GPS frequencies – current or future. The high dynamic range of the system ensures a transparent pass-through with no distortion. A low noise pre-amplifier ensures a margin on signal-to-noise ratio while keeping the signal in the most linear operating Range of the Fiber optic link. The unit housing is a compact IP-50 enclosure. The link supports one GPS antenna. A Built-in Bias-T provides the needed DC power for the active GPS antenna. While the Optical Zonu GPS Fiber Transport Link can be used for point-to-point applications, the link may also be optically split into 8 ways to provide cost-effective GPS distribution to multiple locations over lightweight Fiber cable. In addition, the receiver is available with either one or two RF outputs.
These linear RFoF Transceivers provide an excellent alternative to coaxial cable for distances from 100m to over 10 km. The standard optical connector is the SC/ APC (FC/APC is also available) for low back reflection. This, along with the integrated optical isolator, helps guarantee transparent transport without additive Noise or spurious signals.
The laser diode is an uncooled device that provides stable operation over the entire ambient Operating Temperature Range of –20 °C to +65 °C. Average Automatic Power Control (AAPC) is utilised for optimal optical power stability over the full temperature range.
The RF interface is a 50? SMA connector, and the Alarm and Monitoring Functions are available through a DB9 connector. The standard unit requires +12 VDC power between pins 4 and 5 of the DB9 connector.
The BiasT option +5V or +12V is for powering the Amplifier inside the GPS Antenna. Optical Transmitter monitors ensure the GPS is functioning correctly and if NOT, it optically reports the condition to the GPS optical receiver by blinking the light ON/OFF. The OZ600 Receiver has a built-in active DC Antenna load which goes high impedance if there is a Fibre fault or remote Antenna failure condition.
Features
- Supports GNSS, Galileo, GLONASS
- -20ÂşC to +65ÂşC TOP Range
- Provides +5 VDC DC Bias for the GPS Antenna
- No RF Sensitivity Impact
- Patented Optical Antenna Alarm Reporting
- 20 dB Gain Supports Optical Splitting for GPS DistributionÂ
- Laser Conforms to Class 1 Emission Level and IEC-825 (EN 60825) standard
Multi Core/Multi Pin Cable Assemblies
With over 30 years of manufacturing cable assemblies, Rojone is one of the most consistent & experienced assembly companies in Australia today.
Rojone is able to work with you to create a custom assembly, with in-house CAD services to develop your specific requirement or just competitively build to print.
Rojone has a suite of automated stripping, crimp tool & gauges. We have a range of Vector Network & spectrum Analyzers, and Environmental test chamber -40C to +100 C as well as in-house plastic injection capabilities for both standard & specialized over molding.
Technicians are all IPC/WHMA-A-620A certified specialists for Cable & Wire Harness Assemblies.
We have proudly supplied product into many varied industries both in Australia & abroad, including
Defence contractors & aerospace applications, demanding mining, vehicle and survey & construction applications, Telecommunications & Radio Communications applications.
RRU AISG Multi-Wire Cable (Model: CA-RET-8P-9P-500)
An RRU AISG multi-wire cable is 5 m (16.4 ft.) long. It connects an RRU and an RCU to transmit control signals from a base station to the RET antenna. When the RRU is connected to the RET antenna, an AISG multi-wire cable transmits RS485 signals.
Rojone offers a high performance omnidirectional antennas designed for the 800 MHz / 900 MHz ISM band.
This range is ideally suited for mulltipoint, Non Line of Sight (NLOS) and mobile applications.
Applications include 900 MHz Wireless LAN, SCADA, Wireless Video Links, , RFID 868 MHz, remote meter reading equipment and 800 MHz as well as 900MHz Cellular band applications
Radio Frequency Identification (RFID) is technology that uses radio waves to transfer data from an electronic tag (RFID Tag), swipe card or label to track vehicles, equipment, packages or people through to a reader. It is effectively an electronic bar code.
Passive RFID tags (those without a battery) can be read if passed within close enough proximity to an RFID reader’s antenna.  It is not necessary to “show” the tag (unlike barcodes) therefore they can be read even if enclosed in a box, carton or container.  RFID tags can be read hundreds at a time, making it very efficient & cost effective.
RFID can be used in many applications such as tracking and managing inventory, assets or people. Tags can be affixed to just about anything – cars, computer equipment, books, mobile phones, etc.
RFID is a superior and more efficient way of identifying objects than manual systems.
A-425-868-13AÂ Antenna Dipole, 1/4 Wave Centre Frequency 868MHz, Unity to 1dB Gain with ground plane, N Male termination
A-406-868-13a Antenna Dipole, 1/4 Wave Centre Frequency 868MHz, 2.5dB Gain with ground plane, N Male termination
A-426-868-13F Antenna 824-960MHz, Centre Frequency 868MHz, 6dB Gain ground independent, N Female termination
SA-SAA04-02038A 870-960MHz 8dBi Gain Directional, Panel/Patch Antenna N Female Connector
