1300RFC Search Results

EPITAXX ETX 75

Abstract: EPITAXX ETX 100 RFC 2 TO18 package LED 1300 nm ERM500 radiall connector rfc-m 10 1300RFC InGaAs 1550 photodiode transimpedance amplifier EPITAXX etx 40
Contextual Info: ETX 1300RFC, ETX 1300RST ETX 1300FJ, ETX 1300FC 1300 nm H igh Power ELED Modules Features •High coupled power 75 ¿iW typical into multimode ■High speed response (3.5 ns typical) ■Narrow emission spectrum (60 nm typ.) ■Singlemode and multimode versions

Diode 4107

Abstract: EPITAXX 1300 nm Laser multimode 40 mW
Contextual Info: EPITAXX INC SME D • 33t.Q4GL> DD0Ü117 h m EPITAXX EDL 1300RFC T-41-of 1300 nm FC Laser Module EPITAXX EDL 1300 RFC is a high performance 1300nm laser diode module mounted in an FC-PC type receptacle for board and panel mounting. The design eliminates the cost and complexity of a

MAX3261

Abstract: MAX3261CCJ MAX3261ECJ 4023N
Contextual Info: 19-0323; Rev 5; 5/01 Single +5V, Fully Integrated, 1.25Gbps Laser Diode Driver The MAX3261 is a complete, easy-to-program, single +5V-powered, 1.25Gbps laser diode driver with complementary enable inputs and automatic power control APC . The MAX3261 accepts differential PECL inputs

Contextual Info: 19-0323; Rev 4; 8/97 Single +5V, Fully Integrated, 1.25Gbps Laser Diode D river C o m p le m e n ta ry e n a b le In p u ts a llo w th e M AX3261 to Interface with o p e n -flb e r-c o n tro l a rc h ite c tu re — a feature not fo u n d In other 1 ,2 5 G b p s laser d io d e drivers.

467m

Contextual Info: > M > JX iyki 19-0323; Rev 3; 8/95 S i n g l e +5V, Fu l l y I n t e g r a t e d , 1. 2 5 Gb p s L a s e r Di ode D r i v e r The MAX3261 is a com plete, easy-to-program , single +5V-powered, 1.25Gbps laser diode driver with com ­ plementary enable inputs and automatic power control

EPITAXX

Abstract: 1300RFC EPITAXX ETX 75 InGaAs Epitaxx Radiall detector coaxial RFC-M 1300RST TO18 package LED 1300 nm K950 radiall connector
Contextual Info: ET X 1300 R FC, ET X 1300R ST ETX 13 0 0 FJ, ET X 1300FC 1300 nm High Power ELED Modules Features • High coupled power 75 p,W typical into multimode ■ High speed response (3.5 ns typical) ■ Narrow emission spectrum (60 nm typ.) ■ Singlemode and multimode versions

laser driver TTL circuits

Abstract: 4023N 6 pin laser diode automatic laser power control MAX3261 MAX3261CCJ MAX3261ECJ 4015N MAX3261-FG07
Contextual Info: 19-0323; Rev 4; 8/97 Single +5V, Fully Integrated, 1.25Gbps Laser Diode Driver _Applications Laser Diode Transmitters 531Mbps and 1062Mbps Fibre Channel _Features ♦ Rise Times Less than 250ps ♦ Differential PECL Inputs

EPITAXX ETX 300

Abstract: EPITAXX EPITAXX ETX 75 EPITAXX ETX 100 RFC 2 ETX1300FJ LED pigtailed
Contextual Info: EPITAXX INC SDE J> • 33b040b OOOQlbfl 1 « E P X -p<//-07 ETX 1 3 0 0 RFC, ETX 1 3 0 0 RST EPITAXX ETX1300FJ&#39; ETX1300FC 1300 nm High Power ELED Modules Features ■ High coupled pow er 75 |iW typical into multimode ■ High speed response (3.5 ns typical)

laser transmitter circuit diagram

Abstract: Laser Diode 10 pin 1300 laser diode rise time 780nm laser diode module laser diode 2 Wavelength Laser Diode 6 pin laser diode 780nm laser diode 8 mW 780NM Laser-Diode apc be 500 ups
Contextual Info: 19-0323; Rev 2; 8/95 Single +5V, Fully Integrated, 1.2Gbps Laser Diode Driver _Applications Laser Diode Transmitters 531Mbps and 1062Mbps Fibre Channel 622Mbps SDH/SONET _Features ♦ Rise Times Less than 250ps

EPITAXX ETX 100 RFC 2

Abstract: EPITAXX ETX 75 MM3575 epitaxx eLED epitaxx 250 ETX1300RST
Contextual Info: EPITAXX INC SOE » • 33b040b OQQQlbfl 1 « E P X -pV/-07 E T X 1 3 0 0 R FC, E T X 1 3 0 0 RST EPITAXX ETX1300FJ&#39; ETX1300FC 1 3 0 0 nm H ig h P ow er E L E D M o d u le s Features ■ High coupled power 75 |iW typical into multimode ■ High speed response (3.5 ns typical)

MAX3261

Abstract: MAX3261CCJ MAX3261ECJ
Contextual Info: 19-0323; Rev 5; 5/01 Single +5V, Fully Integrated, 1.25Gbps Laser Diode Driver The MAX3261 is a complete, easy-to-program, single +5V-powered, 1.25Gbps laser diode driver with complementary enable inputs and automatic power control APC . The MAX3261 accepts differential PECL inputs