| PART |
Description |
Maker |
| S5345 |
Short wavelength type APD
|
Hamamatsu Corporation
|
| S8664-55 S8664-02K S8664-20K |
Short wavelength type APD
|
Hamamatsu Photonics
|
| S8890-10 S8890-15 S8890-02 S8890-05 S8890 S8890-30 |
Long wavelength type APD
|
Hamamatsu Corporation
|
| FU-319SPA-X6M2X FU-319SPA-V2M0 FU-319SPA-V2M1 FU-3 |
APD-TIA MODULE FOR LONG WAVELENGTH BAND
|
Mitsubishi Electric Corporation
MITSUBISHI[Mitsubishi Electric Semiconductor]
|
| FU-319SPA-CV6 |
InGaAs APD PREAMP MODULE FOR THE 1.31 um AND 1.55 um WAVELENGTH RANGE 铟镓砷APD的前置放大器模块，用.31微米.55微米波长范围
|
Mitsubishi Electric, Corp.
MITSUBISHI[Mitsubishi Electric Semiconductor]
Mitsubishi Electric Corporation
|
| FTL-8519-3D FTL-8519-3D-DD |
Short-Wavelength GBIC Transceiver
|
Finisar Corporation.
|
| FTLF8519P2BCL FTLF8519P2WCL |
2.125 Gb/s RoHS Compliant Short-Wavelength SFP Transceiver
|
Finisar Corporation.
|
| FTLF8524E2GNL FTLF8524E2GNV FTLF8524E2KNL FTLF8524 |
4.25 Gb/s RoHS Compliant Short-Wavelength 2x7 SFF Transceiver
|
Finisar Corporation.
|
| APC3216EC APC3216YC APC3216SGC |
3.2 x 1.6 mm SMD chip LED lamp. High efficiency red (peak wavelength 627 nm). Lens type water clear.
3.2 x 1.6 mm SMD chip LED lamp. yellow (peak wavelength 590 nm). Lens type water clear.
3.2 x 1.6 mm SMD chip LED lamp. Super bright green (peak wavelength 565 nm). Lens type water clear.
|
Kingbright Electronic
|
| AM2520EG4SGD5V AM2520EG4YD5V AM2520EG4ID5V |
Subminiature solid state lamp. Super bright green (peak wavelength 565 nm). Lens type green diffused.
Subminiature solid state lamp. Yellow (peak wavelength 590 nm). Lens type yellow diffused.
Subminiature solid state lamp. High efficiency red (peak wavelength 627 nm). Lens type red diffused.
|
Kingbright Electronic
|
| S6045-01 S6045-02 S6045-03 S6045-04 S6045-05 S6045 |
Low temperature coefficient type APD for 800 nm band
|
Hamamatsu Corporation
|
| NR8360JP-BC |
InGaAs APD for OTDR applications. With FC-UPC connector.
30 um InGaAs APD IN DIP PACKAGE FOR OTDR APPLICATION
|
NEC
CEL[California Eastern Labs]
|
