PART |
Description |
Maker |
SBH92314Z-FSAN SBH92314G-FSAN SBH92314N-FSAN SBH92 |
WIRE CLIP FOR SCA-2700WC MULTI DVI DAISY CHAINABLE RECEIVER -FIBER High Power BIDI Optical Standard Module 1310 nm Emitting, 1550 nm Receiving Components and FTTx solutions - Tx 1550nm (1490nm available) / Rx 1310nm High Power BIDI Optical Standard Module 1310 nm Emitting/ 1550 nm Receiving
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INFINEON[Infineon Technologies AG]
|
SBM51414X SBM51414 SBM51414A SBM51414P SBM51414PE9 |
BIDI Transceiver Optical Module 比迪⑩光收发模块1300纳米Emitting-/1550纳米接收功能,中功率 BIDI TM Transceiver Optical Module 1300 nm Emitting-/1550 nm Receiving Function, Medium Power From old datasheet system BIDI⑩Transceiver Optical Module 1300 nm Emitting-/1550 nm Receiving Function, Medium Power BIDI?Transceiver Optical Module 1300 nm Emitting-/1550 nm Receiving Function, Medium Power
|
Infineon Siemens Semiconductor Group
|
SIL87374NE9345 |
BIDI Transceiver Optical Module
|
Infineon
|
SBL51214X SBL51214 |
BIDI TM Transceiver Optical Module 1300/1300 nm,Low Power From old datasheet system
|
Infineon
|
SBM52214N |
Medium Power BIDI Optical Standard Module 1310 nm Emitting, 1310 nm Receiving 中功率比迪光学标准模310纳米发光,纳米接310
|
Infineon Technologies AG
|
SBL51214G SBL51214N SBL51214Z SBL52214G SBL52214Z |
Low Power BIDI Optical Standard Module 1310 nm Emitting, 1310 nm Receiving
|
Infineon Technologies A... Infineon Technologies AG http://
|
SPB-9110V-T3T5G SPB-9110V-R3R5G |
1310 nm TX / 1550 nm TX / 3 Gb/s Medium Power 1-Fibre BIDI SM Dual Transmitter
|
Optoway Technology Inc http://
|
SPB-9110V-T3T5G SPB-9110V-R3R5G |
1310 nm RX / 1550 nm RX / 3 Gb/s Medium Power 1-Fibre BIDI SMDual Receiver
|
http:// Optoway Technology Inc
|
LYO285-T2V1-46 LYO285-S2T2-46 LYO285 |
Hyper Oval LED Lamp 4 mm, Colored Diffused High-optical Power LED
|
OSRAM GmbH
|
TOAD347-RXC TOAD347-RXB |
Telecommunication IC 通信集成电路 OPTICAL COMMUNICATION DEVICES 2.5GB/S OPTICAL RECEIVER
|
Electronic Theatre Controls, Inc. Toshiba Semiconductor
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LSYT67B-R2S2-1S2T2-26 LSYT67B-R2S2-1-S2T2-26 |
optical indicators more light due to higher optical efficiency
|
OSRAM GmbH
|