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RiKO FGR-67TG-20 Fiber Optic Sensor
Qualified Sensors From Taiwan RiKO
Fiber with hexagonal sensor head is easy to install and to save space. The strong fiber is covered with metal protective tube or with bend-resistant wire. As the angle of fiber is 90 degrees right angle, it is very easy to install. Especially to be used in a narrow space. Only use one nut, you can install it easily. Additionally, it can avoid the danger caused by revealed fiber and solve the problem to wind the revealed fiber.
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General description
The ZL60301 is a very high-speed transceiver for parallel fiber applications. This transceiver performs E/O and O/E conversions for data transmission over multimode fiber ribbon. The transmit section converts parallel electrical input signals via a laser driver and a VCSEL array into parallel optical output signals at a wavelength of 850 nm. The receive section converts parallel optical input signals via a PIN photodiode array and a transimpedance and limiting amplifier, into electrical output signals.
The module is fitted with a pluggable industry-standard MegArray® BGA connector. This provides ease of assembly on the host board and enables provisioning of bandwidth on demand.
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Receiver devices for high-speed optical fiber communications such as telecommunications and data communications. Hamamatsu also provides various types of receivers with different speed and packages such as metal, pigtail, etc.
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FO Sensorcable:
with stainless steel loose tube for max. 4 fibers and stainless steel armoring.The cable is extremely robust, flexible, easy to deploy up to 300°C. It can be used as temperatur- vibration or acustic sensor.
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Toshiba is one of the top photocoupler suppliers in the world. We have the broadest product line-up with various output types such as Transistor, Triac, Thyristor, MOSFET (a.k.a. photorelays) and ICs, to meet different applications and customer's requirements. Toshiba introduced the LEDIP package, which has been popular in the industry. Also, the well-known white mold technology introduced by Toshiba achieves a high level of optical coupling efficiency. Toshiba is working on developing a variety of packages, functions and efficient production processes to offer the best line-up in the industry. One of the latest packages pioneered by Toshiba is Shrink Dual Inline Package (SDIP). Furthermore, Toshiba has been introducing many new products into the line-up of IC couplers, expanding the product portfolio of high-speed signal driver couplers and highly integrated power device driver couplers.
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Sculpted Silica Fiber Tips
- Beam Shaping
- Energy Coupling
- Integrated Features
Shape - Use or Characteristic
1. Minifying Taper - decollimator
2. Threaded Diffuser - light diffuser
3. Cone Tip - concentrator - radiator
4. Minifier Combined with Sphere - focusing or collimating
5. Magnifier End - collimator
6. Integral Sperical Lens End - focusing
7. Side-fire Laser End Tip - right angle "soft beam"
8. Focused Taper - high energy laser beam insertion
9. Integral Positive Lens
10. Integral Negative Lens
Note: Output beam profile dependent on input characteristics.
Dimensions are typical of silica optical fiber dimensions. Diameters range up to approximately 2mm. The illustrations are not to exact scale.
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DESCRIPTION
The use of plastic optical fiber (POF) as a physical layer for 1394b (FireWire) is on the rise. Firecomms' FDK300S-101 Optical 1394b Transceiver Evaluation Kit allows the user to examine a data link over POF and to test the operation of the fiber optic transceivers.
This evaluation kit includes two evaluation boards, two multi-region DC power supplies and a 10 meter Step Index POF cable with SMI plugs at each end. Each board includes a Tx-Rx pair in an SMI socket. A CD
containing the data sheets and full design files for the PCB also is included.
The PCBs have been carefully laid out and tested to demonstrate the performance of the Firecomms 1394b Transceiver FDL300E/D over POF.
Each evaluation board carries the POF transceiver components in a through-hole SMI or IDB-1394 socket.
The electrical input and output lines from the transceiver are brought out to SMA connectors. The input accepts an LVDS/CML or PECL data source such as a Bit Error Rate Tester (BERT), Pattern Generator, or other signal source.
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JDSU integrated fiber-optic transceivers provide a high speed serial electrical interface for connecting processors, switches, and peripherals using fiber optic technology. The 1 - 10 Gb/s serial optical converters are designed for the increased densities, higher performance, and lower power consumption required in high data rate network environments and applications. Those applications include gigabit Ethernet and Fibre Channel applications: storage networks to HBAs, backbone networks/LANs to NAS-as well as client/server environments, distributed multiprocessing, and data acquisition.
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The JDSU 54RM 2R series receiver module is designed for use in telecommunications systems and high speed data communications applications. This flexible device incorporates Frequency Shift Keying (FSK) tone detection. When used with the companion FSK transmitter, the 54RM provides control and status of a network with no additional fiber required. Its uniform package, pin function, and common optical and electrical characteristics are Multisource Agreement (MSA) compliant.
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FEATURES
- Compliant with MOST® optical physical layer specification revision 1.1 over an operating temperature range of -40ºC to 95ºC
- Enables an optical budget of 21 dB, an improvement of 8 dB over the MOST physical layer specification revision 1.1
- Transmitter high-speed RCLED source provides high optical power with lower operating current and fast rising and falling optical edges
- Stable "sleep mode" operation with exceptionally low current consumption of only 10 µA.
- RoHS compliant
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The 622Mbps transceiver series products from HTOE are high performance, cost effective modules for serial optical data communication applications specified for a singlemode of 622 Mb/s. These modules are intended for Single-mode fiber, operate at a nominal wavelength of 1310nm and complies with the industry standard 1×9 footprint. Each module consists of a transmitter optical subassembly, a receiver optical subassembly and an electrical subassembly. It operates with +5V or +3.3V power supply. All are housed in a plastic package and the combination produces a component of high reliability.
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