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2~100Mbps 1x9单模光�？�

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Specifications

产品型号: FTTR-1301-XXX(XXXX)
兼容品牌: 全系列
封装类型: 1x9
传输速率: 2~100Mbps 1 x 9 TTL Transceiver Module
传输距离: 2~120km可选
发射波长: 2~100Mbps 1 x 9 TTL Transceiver Module
吸收波长: 2~100Mbps 1 x 9 TTL Transceiver Module
事情温度: 商业级0℃～+70℃/工业级-40℃～+85℃ 可选
数字诊断: 不带DDM
吸收迅速度: 2~100Mbps 1 x 9 TTL Transceiver Module
吸收迅速度: 2~100Mbps 1 x 9 TTL Transceiver Module

Description

2~100Mbps 1x 9TTL Transceiver Module

Product Description

F-tone’sFLTR-1x02-xx series of transceiver modules are the perfect solution for Low-speed communication networks.The transceiver modules support data rates up 2 to 100 Mbps. These modules are fully compliant with the Multi-sourced 1x9 protocol.The transceiver modules suppliesthe TTL interface of 5.0 Voltage and provide the system designer with products to implement arange of low-speed data and digital video transmission designs at the 2 to 84 Mbps rate for fiber communications.Commerce level transceiver module which operating at 0℃ to 70℃ and Industry level which operating extended temperature as -40℃ to +85℃ for available.

Product Features

Multi-sourced 1 x 9 pin packaged
1310nm FP or 1550nm FP (or DFB) Laser Transmitter
SC /FC/ST single receptacle or Pigtail SC/PC, ST/PC, FC/PC optional
Up to 120Km with 9/125μm SMF
Single 5V /3.3V power supply
TTL signal input and output
TTL logic level signal detect output
Wave Solderable and washable with process plug inserted
Two temperature ranges:

— 0°C to +70°C
— -40°C to +85°C for industry level

Application

Digital Video
PDH,SDH equipments

Absolute Maximum Ratings

Operating of the transceiver beyond the Absolute Conditions Listed in Table 1 will degrade or damage the product. It’s not implied that the product would function above the recommended operating environment, it’s possible to reduce the reliability and lifetime of device if Recommended Operating Environment is exceeded (Refer to table 2)

Table 1-- Absolute Maximum Conditions

Parameter		Symbol	Min	Max	Units
Storage Temperature		T_ST	-40	+85	℃
Operating Temperature	Commerce level	T_OP	0	+70	℃
Operating Temperature	Industry level	T_OP	-40	+85	℃
Supply Voltage		V_CC	0	+6	V
Output Current		I_O	0	20	mA
Relative Humidity		RH	5	95	%
Input voltage		V_IN	0	V_CC
Lead Soldering Temperature & Time		-	-	260/10	℃/S

Table 2-- Recommended Operating Environment

Parameter		Symbol	Min	Typ	Max	Units
Supply Voltage		V_CC	4.75	5	5.25	V
Ambient operating Temperature	Commerce level	TOP	0		+70	℃
Ambient operating Temperature	Industry level	TOP	-40		+85	℃
Supply Current		I_TX+I_RX	-	100	200	mA

Optical Parameters

Table 3FLTR-1302-20xx Transceiver Optical and Electrical Characteristics

(Ambient Operating Temperature Ta=0°C to +70°C, V_CC = 4.75 to 5.25V)

Parameter	Symbol	Min	Typ	Max	Units
Transmitter
Data rate	B	0	2	52	Mb/s
Output Center Wavelength	λc	1260	1310	1360	nm
Output Spectral width (RMS)	λ	-		3.0	nm
Average Optical Output Power	Po	-12	-8	-1	dBm
Extinction Ratio	EXT	10	-	-	dB
Optic Output Eye: Compliant with Bellcore TR-NWT-000253 and ITU recommendation G.957
Receiver
Receiver Sensitivity	P_MIN	-		-35	dBm
Maximum Input Power	P_MAX	-3		-	dBm
Signal Detect -- Asserted	P_A	-		-35	dBm
Signal Detect -- Deasserted	P_D	-47		-	dBm

Table 4FLTR-1302-40xx Transceiver Optical and Electrical Characteristics

(Ambient Operating Temperature Ta=0°C to +70°C, V_CC = 4.75 to 5.25V)

Parameter	Symbol	Min	Typ	Max	Units
Transmitter
Data rate	B	2	2	100	Mb/s
Output Center Wavelength	λc	1260	1310	1360	nm
Output Spectral width (RMS)	Dλ	-		3.0	nm
Average Optical Output Power	Po	-12	-8	-1	dBm
Extinction Ratio	EXT	10	-	-	dB
Optic Output Eye: Compliant with Bellcore TR-NWT-000253 and ITU recommendation G.957
Receiver
Receiver Sensitivity	P_MIN	-		-35	dBm
Maximum Input Power	P_MAX	-3		-	dBm
Signal Detect -- Asserted	P_A	-		-35	dBm
Signal Detect -- Deasserted	P_D	-47		-	dBm

Table 5FLTR-1302-60xx Transceiver Optical and Electrical Characteristics

(Ambient Operating Temperature Ta=0°C to +70°C, V_CC = 4.75 to 5.25V)

Parameter	Symbol	Min	Typ	Max	Units
Transmitter
Data rate	B	0	2	52	Mb/s
Output Center Wavelength	λc	1260	1310	1360	nm
Output Spectral width (RMS)	λ	-		3.0	nm
Average Optical Output Power	Po	-8	-5	-1	dBm
Extinction Ratio	EXT	10	-	-	dB
Optic Output Eye: Compliant with Bellcore TR-NWT-000253 and ITU recommendation G.957
Receiver
Receiver Sensitivity	P_MIN	-		-35	dBm
Maximum Input Power	P_MAX	-3		-	dBm
Signal Detect -- Asserted	P_A	-		-35	dBm
Signal Detect -- Deasserted	P_D	-47		-	dBm

Table 6FLTR-1502-20xxTransceiver Optical and Electrical Characteristics

(Ambient Operating Temperature Ta=0°C to +70°C, V_CC = 4.75 to 5.25V)

Parameter	Symbol	Min	Typ	Max	Units
Transmitter
Data rate	B	0	2	52	Mb/s
Output Center Wavelength	λc	1480	1550	1580	nm
Output Spectral width (RMS)	λ	-		3.0	nm
Average Optical Output Power	Po	-12	-8	-1	dBm
Extinction Ratio	EXT	10	-	-	dB
Optic Output Eye: Compliant with Bellcore TR-NWT-000253 and ITU recommendation G.957
Receiver
Receiver Sensitivity	P_MIN	-		-35	dBm
Maximum Input Power	P_MAX	-3		-	dBm
Signal Detect -- Asserted	P_A	-		-35	dBm
Signal Detect -- Deasserted	P_D	-47		-	dBm

Table 7 FLTR-1502-80xx Transceiver Optical and Electrical Characteristics

(Ambient Operating Temperature Ta=0°C to +70°C, V_CC = 4.75 to 5.25V)

Parameter	Symbol	Min	Typ	Max	Units
Transmitter
Data rate	B	0	2	52	Mb/s
Output Center Wavelength	λc	1480	1550	1580	nm
Output Spectral width (-20 dBm)	Dλ	-	-	1.0	nm
Average Optical Output Power	Po	-8	-5	-1	dBm
Extinction Ratio	EXT	10	-	-	dB
Optic Output Eye: Compliant with Bellcore TR-NWT-000253 and ITU recommendation G.957
Receiver
Receiver Sensitivity	P_MIN	-		-38	dBm
Maximum Input Power	P_MAX	-3		-	dBm
Signal Detect -- Asserted	P_A	-		-38	dBm
Signal Detect -- Deasserted	P_D	-47		-	dBm

Table8 FLTR-1502-H2xx Transceiver Optical and Electrical Characteristics

(Ambient Operating Temperature Ta=0°C to +70°C, V_CC = 4.75 to 5.25V)

Parameter	Symbol	Min	Typ	Max	Units
Transmitter
Data rate	B	0	2	52	Mb/s
Output Center Wavelength	λc	1480	1550	1580	nm
Output Spectral width (-20 dBm)	Dλ	-	-	1.0	nm
Average Optical Output Power	Po	-2	0	3	dBm
Extinction Ratio	EXT	10	-	-	dB
Optic Output Eye: Compliant with Bellcore TR-NWT-000253 and ITU recommendation G.957
Receiver
Receiver Sensitivity	P_MIN	-		-40	dBm
Maximum Input Power	P_MAX	-3		-	dBm
Signal Detect -- Asserted	P_A	-		-40	dBm
Signal Detect -- Deasserted	P_D	-47		-	dBm

Electrical Parameters

Table 9 (Ambient Operating Temperature Ta=0°C to +70°C, V_CC = 4.75 to 5.25V)

Parameter	Symbol	Min	Typ	Max	Units
Transmitter
Power Supply Current	I_CC	-	-	140	mA
Data Input Current - Low	I_IL	-350	-	-	μA
Data Input Current - High	I_IL	-	-	350	μA
Data Input Voltage - Low	V_IL		-	0.7	V
Data Input Voltage - High	V_IH	3.0	-		V
Receiver
Power Supply Current	I_CC	-	-	100	mA
Data Output Voltage – Low	V_OL		-	0.7	V
Data Output Voltage – High	V_OH	3.0	-		V
Signal Detect Output Voltage-Low	V_OL		-	0.7	V
Signal Detect Output Voltage-High	V_OH	3.0	-		V

Pin Assignment & Signal Definition

Table 10—Connector pin assignment

Pin #	Pin Name		Description
1		Rx VEE	Receiver Signal Ground
2		RD+	Receiver Data Out
3		RD-	Receiver Data Out Bar
4		SD	Signal Detect
5		Rx VCC	Receiver Power Supply
6		Tx VCC	Transmitter Power Supply
7		TD-	Transmitter Data Bar
8		TD+	Transmitter Data In
9		Tx VEE	Transmitter Ground

Order Information

1X9-3.3V-TTL-1310nm-2~100M-SM Series
FLTR-1302-20	1X9-3.3V-TTL-1310nm-2~100M-SM-20KM-SC,0 ~ +70°C
FLTR-1302-20F	1X9-3.3V-TTL-1310nm-2~100M-SM-20KM-FC,0 ~ +70°C
FLTR-1302-20T	1X9-3.3V-TTL-1310nm-2~100M-SM-20KM-ST,0 ~ +70°C
FLTR-1302-20I	1X9-3.3V-TTL-1310nm-2~100M-SM-20KM-SC,-40 ~ +85°C
FLTR-1302-20FI	1X9-3.3V-TTL-1310nm-2~100M-SM-20KM-FC,-40 ~ +85°C
FLTR-1302-20TI	1X9-3.3V-TTL-1310nm-2~100M-SM-20KM-ST,-40 ~ +85°C

FLTR-1302-40	1X9-3.3V-TTL-1310nm-2~100M-SM-40KM-SC,0 ~ +70°C
FLTR-1302-40F	1X9-3.3V-TTL-1310nm-2~100M-SM-40KM-FC,0 ~ +70°C
FLTR-1302-40T	1X9-3.3V-TTL-1310nm-2~100M-SM-40KM-ST,0 ~ +70°C
FLTR-1302-40I	1X9-3.3V-TTL-1310nm-2~100M-SM-40KM-SC,-40 ~ +85°C
FLTR-1302-40FI	1X9-3.3V-TTL-1310nm-2~100M-SM-40KM-FC,-40 ~ +85°C
FLTR-1302-40TI	1X9-3.3V-TTL-1310nm-2~100M-SM-40KM-ST,-40 ~ +85°C

FLTR-1302-60	1X9-3.3V-TTL-1310nm-2~100M-SM-60KM-SC,0 ~ +70°C
FLTR-1302-60F	1X9-3.3V-TTL-1310nm-2~100M-SM-60KM-FC,0 ~ +70°C
FLTR-1302-60T	1X9-3.3V-TTL-1310nm-2~100M-SM-60KM-ST,0 ~ +70°C
FLTR-1302-60I	1X9-3.3V-TTL-1310nm-2~100M-SM-60KM-SC,-40 ~ +85°C
FLTR-1302-60FI	1X9-3.3V-TTL-1310nm-2~100M-SM-60KM-FC,-40 ~ +85°C
FLTR-1302-60TI	1X9-3.3V-TTL-1310nm-2~100M-SM-60KM-ST,-40 ~ +85°C

1X9-3.3V-TTL-1550nm-2~100M-SM Series
FLTR-1502-20	1X9-3.3V-TTL-1550nm-2~100M-SM-20KM-SC,0 ~ +70°C
FLTR-1502-20F	1X9-3.3V-TTL-1550nm-2~100M-SM-20KM-FC,0 ~ +70°C
FLTR-1502-20T	1X9-3.3V-TTL-1550nm-2~100M-SM-20KM-ST,0 ~ +70°C
FLTR-1502-20I	1X9-3.3V-TTL-1550nm-2~100M-SM-20KM-SC,-40 ~ +85°C
FLTR-1502-20FI	1X9-3.3V-TTL-1550nm-2~100M-SM-20KM-FC,-40 ~ +85°C
FLTR-1502-20TI	1X9-3.3V-TTL-1550nm-2~100M-SM-20KM-ST,-40 ~ +85°C

FLTR-1502-80	1X9-3.3V-TTL-1550nm-2~100M-SM-80KM-SC,0 ~ +70°C
FLTR-1502-80F	1X9-3.3V-TTL-1550nm-2~100M-SM-80KM-FC,0 ~ +70°C
FLTR-1502-80T	1X9-3.3V-TTL-1550nm-2~100M-SM-80KM-ST,0 ~ +70°C
FLTR-1502-80I	1X9-3.3V-TTL-1550nm-2~100M-SM-80KM-SC,-40 ~ +85°C
FLTR-1502-80FI	1X9-3.3V-TTL-1550nm-2~100M-SM-80KM-FC,-40 ~ +85°C
FLTR-1502-80TI	1X9-3.3V-TTL-1550nm-2~100M-SM-80KM-ST,-40 ~ +85°C

FLTR-1502-H2	1X9-3.3V-TTL-1550nm-2~100M-SM-120KM-SC,0 ~ +70°C
FLTR-1502-H2F	1X9-3.3V-TTL-1550nm-2~100M-SM-120KM-FC,0 ~ +70°C
FLTR-1502-H2T	1X9-3.3V-TTL-1550nm-2~100M-SM-120KM-ST,0 ~ +70°C
FLTR-1502-H2I	1X9-3.3V-TTL-1550nm-2~100M-SM-120KM-SC,-40 ~ +85°C
FLTR-1502-H2FI	1X9-3.3V-TTL-1550nm-2~100M-SM-120KM-FC,-40 ~ +85°C
FLTR-1502-H2TI	1X9-3.3V-TTL-1550nm-2~100M-SM-120KM-ST,-40 ~ +85°C

1X9-5V-TTL-1310nm-2~100M-SM Series
FLTR-1302H-20	1X9-5V-TTL-1310nm-2~100M-SM-20KM-SC,0 ~ +70°C
FLTR-1302H-20F	1X9-5V-TTL-1310nm-2~100M-SM-20KM-FC,0 ~ +70°C
FLTR-1302H-20T	1X9-5V-TTL-1310nm-2~100M-SM-20KM-ST,0 ~ +70°C
FLTR-1302H-20I	1X9-5V-TTL-1310nm-2~100M-SM-20KM-SC,-40 ~ +85°C
FLTR-1302H-20FI	1X9-5V-TTL-1310nm-2~100M-SM-20KM-FC,-40 ~ +85°C
FLTR-1302H-20TI	1X9-5V-TTL-1310nm-2~100M-SM-20KM-ST,-40 ~ +85°C

FLTR-1302H-40	1X9-5V-TTL-1310nm-2~100M-SM-40KM-SC,0 ~ +70°C
FLTR-1302H-40F	1X9-5V-TTL-1310nm-2~100M-SM-40KM-FC,0 ~ +70°C
FLTR-1302H-40T	1X9-5V-TTL-1310nm-2~100M-SM-40KM-ST,0 ~ +70°C
FLTR-1302H-40I	1X9-5V-TTL-1310nm-2~100M-SM-40KM-SC,-40 ~ +85°C
FLTR-1302H-40FI	1X9-5V-TTL-1310nm-2~100M-SM-40KM-FC,-40 ~ +85°C
FLTR-1302H-40TI	1X9-5V-TTL-1310nm-2~100M-SM-40KM-ST,-40 ~ +85°C

FLTR-1302H-60	1X9-5V-TTL-1310nm-2~100M-SM-60KM-SC,0 ~ +70°C
FLTR-1302H-60F	1X9-5V-TTL-1310nm-2~100M-SM-60KM-FC,0 ~ +70°C
FLTR-1302H-60T	1X9-5V-TTL-1310nm-2~100M-SM-60KM-ST,0 ~ +70°C
FLTR-1302H-60I	1X9-5V-TTL-1310nm-2~100M-SM-60KM-SC,-40 ~ +85°C
FLTR-1302H-60FI	1X9-5V-TTL-1310nm-2~100M-SM-60KM-FC,-40 ~ +85°C
FLTR-1302H-60TI	1X9-5V-TTL-1310nm-2~100M-SM-60KM-ST,-40 ~ +85°C

1X9-5V-TTL-1550nm-2~100M-SM Series
FLTR-1502H-20	1X9-5V-TTL-1550nm-2~100M-SM-20KM-SC,0 ~ +70°C
FLTR-1502H-20F	1X9-5V-TTL-1550nm-2~100M-SM-20KM-FC,0 ~ +70°C
FLTR-1502H-20T	1X9-5V-TTL-1550nm-2~100M-SM-20KM-ST,0 ~ +70°C
FLTR-1502H-20I	1X9-5V-TTL-1550nm-2~100M-SM-20KM-SC,-40 ~ +85°C
FLTR-1502H-20FI	1X9-5V-TTL-1550nm-2~100M-SM-20KM-FC,-40 ~ +85°C
FLTR-1502H-20TI	1X9-5V-TTL-1550nm-2~100M-SM-20KM-ST,-40 ~ +85°C

FLTR-1502H-80	1X9-5V-TTL-1550nm-2~100M-SM-80KM-SC,0 ~ +70°C
FLTR-1502H-80F	1X9-5V-TTL-1550nm-2~100M-SM-80KM-FC,0 ~ +70°C
FLTR-1502H-80T	1X9-5V-TTL-1550nm-2~100M-SM-80KM-ST,0 ~ +70°C
FLTR-1502H-80I	1X9-5V-TTL-1550nm-2~100M-SM-80KM-SC,-40 ~ +85°C
FLTR-1502H-80FI	1X9-5V-TTL-1550nm-2~100M-SM-80KM-FC,-40 ~ +85°C
FLTR-1502H-80TI	1X9-5V-TTL-1550nm-2~100M-SM-80KM-ST,-40 ~ +85°C

FLTR-1502H-H2	1X9-5V-TTL-1550nm-2~100M-SM-120KM-SC,0 ~ +70°C
FLTR-1502H-H2F	1X9-5V-TTL-1550nm-2~100M-SM-120KM-FC,0 ~ +70°C
FLTR-1502H-H2T	1X9-5V-TTL-1550nm-2~100M-SM-120KM-ST,0 ~ +70°C
FLTR-1502H-H2I	1X9-5V-TTL-1550nm-2~100M-SM-120KM-SC,-40 ~ +85°C
FLTR-1502H-H2FI	1X9-5V-TTL-1550nm-2~100M-SM-120KM-FC,-40 ~ +85°C
FLTR-1502H-H2TI	1X9-5V-TTL-1550nm-2~100M-SM-120KM-ST,-40 ~ +85°C

Important Notice

Performance figures, data and any illustrative material provided in this data sheet are typical and must be specifically confirmed in writing by F-tone Networks before they become applicable to any particular order or contract. In accordance with the F-tone Networks policy of continuous improvement specifications may change without notice.

The publication of information in this data sheet does not imply freedom from patent or other protective rights of F-tone Networks or others. Further details are available from any F-tone Networks sales representative.

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标准光�？�

标准协议光�？�

兼容协议光�？�

其它种类光器件

手艺支持

2~100Mbps 1x9单模光�？�

Specifications

Description

2~100Mbps 1x 9TTL Transceiver Module

Product Description

Application

Absolute Maximum Ratings

Optical Parameters

Electrical Parameters

Pin Assignment & Signal Definition

Order Information

Search

尊龙凯时人生就是博

标准光�？�

标准协议光�？�

兼容协议光�？�

其它种类光器件

手艺支持

2~100Mbps 1x9单模光�？�

Specifications

Description

2~100Mbps 1x 9TTL Transceiver Module

Product Description

Application

Absolute Maximum Ratings

Optical Parameters

Electrical Parameters

Pin Assignment & Signal Definition

Order Information

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