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Manlight proposes a wide variety of Erbium (1,5µm) or Ytterbium (1µm) doped fiber amplifiers either using PM or non PM fiber.
Available in OEM module of different sizes depending on the power (with power up to 35dBm at 1,5µm and up to 43dBm at 1µm) as such as in benchtop 3U 1/2 19" (up to 40dBm at 1,5µm) or 3U 19" (up to 43dBm at 1µm), you will necessary find the product that you need for your application.
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Main Features & Applications:
- 1529-1563 nm Bandwidth
- Fast Transient Gain Control Up to 12 dB
- Up to 12dB Mid-Stage Loss budget
- Compact Package
- Variable Gain
- Excellent Flatness APC, AGC, ACC modes
- For: Long-Haul and Ultra Long-Haul Applications
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The EFA-series of benchtop EDFAs are repackagedversions of the high-performance optical amplifiers found in MPB's repeaterless-link telecom equipment. These wall-plug units include preamplifiers with high gain and near-quantum-limited noise figure, as well as power amplifier models with saturated output powers up to 23 dBm.
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This system enables two-way half duplex digital links over a range of up to 6Km.
It is used as an asynchronous serial channel where the useful data rate ranges from 0.2 kBps to 50 kBps Manchester.
These systems offer 9 transmission channels
These modules (miniature daughter boards to be integrated) are available in 4 versions
* Monochannel 433MHz / 868MHz or 915MHz
* 8 channels 433MHz - 10mW
* 9 channels 868MHz
* 1/2/5 channels 868MHz - 500mW for long range applications
They are in accordance with the European Directive EN 300-220 / EN 301-489
The applications covered range from point to point transmissions, industrial remote controls, remote sensors to cordless local networks... in both industrial sectors of activity: robotics, remote control, and in general public or tertiary fields: access control, home automation...
For any information : http://www.adeunis-rf.com or +33 (0) 4 76 92 07 77
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Ready to use radio modules make life easier for the design engineer who has to develop a complete system containing a radio link. Radio modules are an interesting option for low to medium quantities up to several 1000 pcs per year.
Thanks to our SMD production plant we also have optimized parameters according to the customers need. We support you individually in integrating the modules successfully into the final application.
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The TH71112 FSK/FM/ASK double-conversion superheterodyne receiver IC is designed for applications in the European 868 MHz industrial-scientific-medical (ISM) band, according to the EN 300 220 telecommunications standard. It can also be used for any other system with carrier frequencies ranging from 750 MHz to 990 MHz (e.g. for applications according to FCC part 15).
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The RCR-315-EPR high performance RF receiver modules offer an extremely low cost solution for remote control type applications. The receivers are compatible with almost any ASK or OOK data transmitter and can receive legally transmitted signals from distances as far away as 600 feet. The receivers operate at 5V and draw only 4.5mA. The receiver is industrial temp spec -40C to 85C.
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austriamicrosystems offers a high performance, low power UHF transmitter for wireless data transmission between 300 and 1000 MHz and a low power LF wake-up receiver supporting operation between 19 and 150 kHz.
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Product Highlights:
* Antenna Style = Embedded Antenna
* Voice Application
* Antenna Type = World GSM
* 880 - 960 MHz Operating Frequency
* Mount = Tab
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World smallest ceramic GPS chip antenna
11mm x 1,6mm x 1,6mm
also available for Bluetooth and W-Lan applications
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The GPS market presents phenomenal opportunity. From its origins as a military technology, GPS has made a successful transition into consumer applications. And the number of consumer applications is growing rapidly.
Soon, GPS will be integrated and embedded into devices of all kinds and will be just another standard function. GPS receivers are small and portable. Their size, however does not limit their accuracy; not only can a GPS device determine your position anywhere in the world, it can be a source of other critical information. By FCC mandate, all handsets sold in the U.S. after October 2001 must have E-911 location capabilities. This single mandate is driving the market to include GPS-derived location information in wireless devices.
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Features
Dimensions (l x w x h)
Weight (without cable)
Cable length
Mounting method
Connectors
Colour
VIC 100
Ø 90 x h 98.4
195g
No cable
Pole for 1.0 - 14 UNS-2A
N, TNC
White
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Broadcom is developing solutions supporting the next generation of 3G and 4G high-speed mobile technologies. As part of the CellAirityTM Mobile Platform, Broadcom offers a family of HSDPA (High-Speed Downlink Packet Access), WCDMA (Wideband Code Division Multiple-Access), EDGE (Enhanced Data Rates for GSM Evolution), GPRS (General Packet Radio Services) and GSM (Global System for Mobile Communication) baseband processors for use in cellular handsets, PC cards and other wireless-enabled consumer electronics.
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World's easiest GSM/GPRS Controller, embedded with a powerful PIC18F6722 Microchip processor, that offers built-in digital and analog I/O combined with GSM/GPRS connectivity in a compact form factor. Develop your application script simply and fast with the built-in libraries written in BASIC, PASCAL or C.
The Smart-Cell GSM Controller will reduce your Total Project Cost. It is specifically designed for reliable independent operation under most demanding field conditions.
Features:
- Microchip PIC18F6722 controller.
- 128KB User Flash Memory.
- 32kB of EEPROM Memory.
- 6 Protected Digital Inputs.
- 6 10-bit Analog Inputs.
- 4 SPDT Relay Outputs.
- Graphics Display Connector.
- 4x4 Keypads Connector.
- 2 RS232 serial communications.
- GSM/GPRS Cellular Modem.
- Normal and Sleep Mode operation.
- Battery Input for Back-up.
- Main voltage input indication.
- 2 LED's indicator.
- Ethernet Communication – Optional.
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The Pix-Cell is a high performance, programmable Cellular Single Board Controller, that offers built-in digital and analog I/O combined with GSM/GPRS connectivity in a compact form factor. The heart of the GSM controller is a Microchip PIC18F6722 operating up to 32MHz which provides fast data processing. Design your applications with an integrated BASIC, PASCAL or C compiler designed specifically for Pix-Cell GSM Controller.
Features:
- Small Size: 95x60x15mm.
- Microchip PIC18F6722 controller at 32MHz.
- 128KB Flash for user memory application.
- 32kB of EEPROM Memory.
- 3 Protected Digital Inputs.
- 3 10-bit Analog Inputs.
- SPDT Relay Output.
- RS232 serial communication.
- GSM/GPRS Cellular Modem.
- Normal and Sleep Mode operation.
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The A.H. Systems' set of H-Field Rods provide an accurate standard for magnetic field testing. The rods are available individually or in a set of four to cover the frequency range of 100 Hz to 30 MHz. For those situations when improved sensitivity is desired in magnetic field testing, the H-Field Rod is an effective alternative to traditional loop antennas. One amplifier pre-assembled to a metallic ground plane covers the entire frequency range and can be used with any or all of the H-Field Rod elements. Visist our website for more information. www. AHSystems.com
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Key Cylinder Antenna
Features:
The Keylock Cylinder Antenna is designed to emit a RF signal and identify the customer's key in the ignition system. This antenna is to be placed in the Ignition Switch Lock Cylinder, inside the vehicle. Since it can be exposed to the final customer, the antenna finishing fulfils the highest quality requirements.
Overmoulded with PA66 (ABS optional) assuring the IP67 classification.
Output wires can be customized to customer's design. Inside the overmoulding, the inductance, resistance and quality factor can be customized to required values.
Characteristics:
* High stability in temperature (-40ºC up to +85ºC).
* LF transponder Emitter/Transmitter antenna.
* Ideally used in the Ignition Switch Key Cylinder.
* Free wire or special connectors can be provided.
* The enclosure will provide mounting features into the vehicle
and will ensure the mechanical robustness.
* Low tolerances in the resonance frequency LC.
* Anchor points for easy assembly can be provided.
* Custom L and R value under demand.
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A.H. Systems' offers 13 Log Periodic Antennas. Each antenna is lightweight, compact, rugged and has been manufactured to ensure maximum gain, low VSWR and high power handling capabilities. Whether testing inside a shielded enclosure or outdoors, the antennas will display efficient performance characteristics through the broad frequency range of 80 MHz to 7GHz. Visit our website for more information. www.AHSystems.com
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Precompliance test antenna series HyperLOG® 60xxx span 680MHz to 18GHz
The LogPer-antennas of the HyperLOG® 6000 series are based on an ultra-thin, GOLD-COATED high tech TEFLON base. Based on this high quality technology, the antenna-frequency-range could again be vastly extended . Now the maximum bandwidth available reaches from 680MHz up to as far as 18GHz. Its small physical antenna-size and low weight make this antenna predestined for mobile use. The 18GHz frequency range now also allows the detection of unusable signal sources like military radar, various satellite services, very high frequency bugs, etc.
Shipped including antenna, typical CALIBRATION DATA, detachable handle, tripod, and aluminum case.
- Optimal for usage with spectrum analysers for EMC measurement
- Top-quality high-tech TEFLON antenna support
- Excellent forward/backward ratio
- Freely alignable polarisation
- Excellent symmetry of radiation patterns
- Integrated 1/4" tripod socket
- Suitable for mobile use
- Made in Germany
- 10 years warranty
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Our Log Periodic Antenna series are calibrated broadband antennae enabling the direct measurement of field strength over the full radiated emissions spectrum up to 3GHz.
The BTA-series of antennae are used for radiated emission and immunity testing. They come fully calibrated and capable or handling up to 1kW of power.
These antennae are used for emission testing for CE, FCC, Automotive standards, and Military standards.
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A.H. Systems' designs, manufactures and delivers high performance Loop Antennas for a wide range of magnetic field testing. Whether used in a set to measure shielding effectiveness per MIL-STD 285 and NSA 65-6 or individually to satisfy specific requirements, the Loop Antenna is an efficient, low cost solution. www.AHSystems.com
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The RF300 is a fully compliant, calibrated 2 meter loop antenna manufactured to comply with European product specific standard EN55015 section 7.2 and annex B (EN55015 is specific to luminaires).
The calibrated frequency range of the RF300 is 9 KHz to 30 MHz and each antenna is supplied with antenna factor data so that it can be used with any EMC receiver or spectrum analyser capable of antenna factor compensation.
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Broadband antennas, compared to half wave dipoles, reduce test time because the technician did not have to stop the test to adjust the dipole antenna for each frequency. Most compliance standards now require the use of such antennas. The latest version of Mil-Std 461E states the used of broadband double ridge guide horn antenna as the antenna of choice for frequencies above 200 MHz.
A.H. Systems Double Ridge Guide Horns are broadband antennas that offer excellent performance over the frequency range of 170 MHz to 40 GHz. These Horn antennas are an excellent choice for both radiated immunity and emissions testing. Here are several double ridge guide horn antennas ideal for most compliance standards and/or general field measurements. Visit our website for more information. www.AHSystems.com
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Pasternack's Standard Gain Horns are ideally suited for EMI testing, direction finding, surveillance, antenna gain and pattern measurements and other applications. The waveguide bands start at 1.70 GHz and operate to 40 GHz.
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Our RF horn antennas exhibit increasing gain, with frequency up to 18 dBi at 1000 MHz, helping to compensate for losses that occur elsewhere in an RF test system. Use these antennas in shielded rooms or free space.
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The FX604 is a low power CMOS integrated circuit for the reception of transmission of asynchronous 1200bits/ sec data in accordance with CCITT V.23 and ETSI specifications. It is also capable of generating the 75bits/ sec 'back channel'.
The device incorporates an optional Tx and Rx data retiming function that removes the need for a UART in the associated C when operating at 1200bits/ sec. The device can disable the back channel or be operated so only the mark or space tone is produced. An optional line equaliser is incorporated into the receive path, this is controlled by an external logic level.
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Balanced Modulators/ Demodulators
These devices were designed for use where the output voltage is a product of an input voltage (signal) and a switching function (carrier). Typical applications include suppressed carrier and amplitude modulation, synchronous detection, FM detection, phase detection, and chopper applications.
AN531 for additional design information.
Features
- Excellent Carrier Suppression −65 dB typ @ 0.5 MHz −50 dB typ @ 10 MHz
- Adjustable Gain and Signal Handling
- Balanced Inputs and Outputs
- High Common Mode Rejection −85 dB Typical
- This Device Contains 8 Active Transistors
- Pb−Free Package is Available*
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Silicon Laboratories' highly-integrated modem and DAA solutions are the smallest, most cost-effective solutions available for a wide range of telephony, Voice over Broadband and data/fax transmission equipment. Global compliance and software programmability allow customers to ship one board design without changing any external components.
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The MT8840 is a carrier over voice modem which allows simultaneous transfer of voice and data over a single pair of wires. Data is transferred on an amplitude shift keyed (ASK) 32 kHz carrier. On-chip filters remove voice frequency signals from the received composite voice and data signal prior to demodulation. The modulating signal is a bit stream with a typical data rate of 2 kbps. In addition, the device contains a two tone warbler which functions as a telephone ringer. The device is fabricated in Zarlink's double-poly ISO2-CMOS technology utilizing switched-capacitor techniques.
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Radio, Microwave, Infra-red, Optical connections
