FIM30510 Search Results

FIM30510 Price and Stock

Filter by Manufacturer


FUJITSU Limited FIM30510/205 FIBER OPTIC TRANSCEIVER,MODULE
Distributors	Part	Package	Stock	Lead Time	Min Order Qty	Price	Buy
Quest Components	FIM30510/205		40			1 $39 10 $39 100 $36 1000 $36 10000 $36	Buy Now

FIM30510 Datasheets (1)

Part	ECAD Model	Manufacturer	Description	Curated	Datasheet Type	PDF
FIM30510		Fujitsu	ETHERNET TXRX OPTICAL TRANSCEIVER 1PORT 3.3V 622.08MBPS/155.52MBPS		Original	PDF

FIM30510 Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
FTTH Abstract: FIM30510 block diagram for optical fiber receiver Text: Optical Transceiver for B-PON SFF type, OLT Description • This transceiver consists of 155.52Mbps burst-mode receiver (1.3um), 622.08Mbps continuous-mode transmitter (1.49um), and WDM function can transmit bi-directional optical signal over a single optical fiber	Original	PDF	52Mbps 08Mbps FIM30510 1360nm 500mA 39inches H0913) FTTH FIM30510 block diagram for optical fiber receiver
Untitled Abstract: No abstract text available Text: Optical Transceiver for B-PON OLT SFF type Description • This transceiver consists of 155.52Mbps burst-mode receiver (1.31um), 622.08Mbps continuous-mode transmitter (1.49um), and WDM function can transmit bi-directional optical signal over a single optical fiber	Original	PDF	52Mbps 08Mbps FIM30510 1360nm 500mA 39inches H0913)
fim30510/205 Abstract: No abstract text available Text: Optical Transceiver for B-PON OLT SFF type Description • This transceiver consists of 155.52Mbps burst-mode receiver (1.31um), 622.08Mbps continuous-mode transmitter (1.49um), and WDM function can transmit bi-directional optical signal over a single optical fiber	Original	PDF	52Mbps 08Mbps H0913) fim30510/205
Untitled Abstract: No abstract text available Text: Optical Transceiver for B-PON OLT SFF type Description • This transceiver consists of 155.52Mbps burst-mode receiver (1.31um), 622.08Mbps continuous-mode transmitter (1.49um), and WDM function can transmit bi-directional optical signal over a single optical fiber	Original	PDF	52Mbps 08Mbps FIM30510 Wave1360 H0913)