Toshiba photosensors and photointerrupters are widely used in the market today. The advanced Toshiba packaging technology allows the company to introduce compact devices, which are popular in the consumer electronics product market. Toshiba is among the pioneers in introducing illuminance sensors (a.k.a. ambient light sensors). These light sensors are now used in many mobile devices such as cell phones and other consumer electronic products.
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.
- 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
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.
Fiber optics inputs / outputs
