SY88903 Search Results

SY88902

Abstract: SY88903 SY88905 SY88905KC SY88905KCTR SY88905KH SY88905KHTR
Contextual Info: LASER DIODE CONTROLLER WITH APC Micrel, Inc. FEATURES DESCRIPTION • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Monitor Diode power control circuit ■ Designed for use with SY88902 and SY88903 ■ Single power supply

Contextual Info: * 1.25Gbps HIGH-SPEED LIMITING POST AMPLIFIER SYNERGY SY88903 SEMICONDUCTOR DESCRIPTION FEATURES • Up to 1.25Gbps operation The SY88903 lim iting post am plifier with its high gain and w ide bandwidth is ideal for use as a post am plifier in fib er-optic receivers with data rates up to 1.25Gbps.

Ethernet to fiber optic converter circuit

Abstract: SY88993 BLM21A102S SY88902 SY88903 SY88904 SY88904KC SY88922 operational amplifier k161 K161
Contextual Info: FIBER OPTIC MODULE CONTROLLER WITH APC DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on ■ Laser diode over-current detect ■ Monitor diode power control circuit

Contextual Info: * SYNERGY 1.25Gbps HIGH-SPEED LIMITING POST AMPLIFIER PRELIMINARY SY88903 SEMICONDUCTOR FEATURES • Up to 1.25Gbps operation ■ Low noise ■ Chatter-Free LOS Generation ■ Open Collector TTL LOS Output ■ TTL EN Input ■ Differential PECL inputs for data

msop10

Abstract: MSOP-10 MICRF112 ss 211 MIC2159 MIC2169A MSOP8 MIC384 MIC4830 MIC5239
Contextual Info: MSOP Lead Free Package Rel Data High Temperature Storage Life +150 deg C, 1000 hours Device Lot No Pkg MIC3775 YMM SY100EPT22VKG SY88903VKG MIC5239 YMM MIC4830 YMM MICRF112 YMM MIC2169A YMME MIC2159 YMM SY88345BLEY SY88903VKC MIC384 1YMM SY88903VKC SY88903ALKI

msop10

Abstract: 8 MSOP MIC2159 MIC2169A MIC3775 MIC384 MIC4830 MIC5239 MICRF112 SY88345BLEY
Contextual Info: MSOP PACKAGE REL MONITOR DATA High Temperature Storage Life +150 deg C, 1000 hours Device Lot No Pkg MIC3775 YMM SY100EPT22VKG SY88903VKG MIC5239 YMM MIC4830 YMM MICRF112 YMM MIC2169A YMME MIC2159 YMM SY88345BLEY SY88903VKC MIC384 1YMM SY88903VKC SY88903ALKI

laser diode driver circuit automatic power control

Contextual Info: LASER DIODE CONTROLLER WITH APC FEATURES SY88905 FINAL DESCRIPTION • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Monitor Diode power control circuit ■ Designed for use with SY88902 and SY88903 ■ Single power supply

laser diode driver circuit automatic power control

Abstract: V 350 k10 single power diode package SY88902 SY88903 SY88905 7e04 2E-04
Contextual Info: LASER DIODE CONTROLLER WITH APC FEATURES SY88905 DESCRIPTION • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Monitor Diode power control circuit ■ Designed for use with SY88902 and SY88903 ■ Single power supply

Contextual Info: LASER DIODE CONTROLLER WITH APC Micrel, Inc. FEATURES DESCRIPTION • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Monitor Diode power control circuit ■ Designed for use with SY88902 and SY88903 ■ Single power supply

Contextual Info: ESCR FEATURES • Up to 1.25Gbps operation The SY88903 limiting post amplifier with its high gain and wide bandwidth is ideal for use as a post amplifier in fiber-optic receivers with data rates up to 1.25Gbps. Signals as small as 5mVp-p can be amplified to drive

laser diode driver circuit automatic power control

Contextual Info: * L A S E R DSODE SYNERGY S T 8 8 90 5 C O N T R O L L E R W I T H APC S E M IC O N D U C 1 O B EESCR F EA TU R E S • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Monitor Diode power control circuit ■ Designed for use with SY88902 and SY88903

Contextual Info: *SYNERGY FIBER OPTIC MODULE CONTROLLER WITH APC ADVANCE SY88904 SEMICONDUCTOR DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on ■ Laser diode over-current detect

Contextual Info: *SYNERGY FIBER OPTIC MODULE CONTROLLER WITH APC ADVANCE SY88904 SEMICONDUCTOR DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on ■ Laser diode over-current detect

laser diode

Abstract: k161 synergy system
Contextual Info: * FIBER OPTIC MODULE CONTROLLER WITH APC SYNERGY ADVANCE SY88904 SEMICONDUCTOR DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on ■ Laser diode over-current detect

laser system tr

Abstract: apc driver for laser diode laser diode
Contextual Info: *SYNERGY FIBER OPTIC MODULE C O N TR O LLER WITH APC ADVANCE SY88904 SEMICONDUCTOR DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on ■ Laser diode over-current detect

operational amplifier k161

Abstract: K161 laser diode driver circuit automatic power control SY88902 SY88903 SY88904 SY88904KC SY88904KCTR SY88904KH SY88922
Contextual Info: FIBER OPTIC MODULE CONTROLLER WITH APC Micrel, Inc. DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on ■ Laser diode over-current detect ■ Monitor diode power control circuit

laser diode driver circuit automatic power control

Abstract: laserdiode
Contextual Info: SYNERGY PRELIMINARY SY88904 FIBER OPTIC MODULE CONTROLLER WITH APC SEMICONDUCTOR SYNERGY PRELIMINARY SY88904 SEMICONDUCTOR DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on

BLM21A102S

Abstract: SY88902 SY88903 SY88904 SY88904KC SY88922 SY88993 laser Functional Block Diagram and laserdiode application automatic light control with PIN photo diode CIRCUIT DIAGRAM
Contextual Info: FIBER OPTIC MODULE CONTROLLER WITH APC DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on ■ Laser diode over-current detect ■ Monitor diode power control circuit

Laser Diode 4 pin

Abstract: LASER DIODE driver fiber k161 laser diode
Contextual Info: * FIBER OP T I C M O D U L E C O N T R O L L E R WI TH ARC SYNERGY ADVANCE S Y R890 4 S E M IC O N D U C T O R DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Controlled laser diode turn on

laser diode driver ic

Contextual Info: * LASER DIODE CONTROLLER WITH APC SYNERGY SY88905 SEMICONDUCTOR DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Monitor Diode power control circuit ■ Designed for use with SY88902 and SY88903

PKGS-00

Abstract: VCC232
Contextual Info: V SYNERGY 1.25Gbps HIGH-SPEED LIMITING POST AMPLIFIER PRELIMINARY SY88903 SEMICONDUCTOR DESCRIPTION FEATURES • Up to 1.25Gbps operation ■ Low noise ■ Chatter-Free LOS Generation ■ Open Collector TTL LOS Output ■ TTL EN Input ■ Differential PECL inputs for data

Contextual Info: * LASER DIODE CONTROLLER WITH APC SYNERGY SEMICONDUCTOR DESCRIPTION FEATURES • DC bias current adjustable to 25mA ■ Buffered Loss-of-Signal output when used with SY88903 ■ Monitor Diode power control circuit ■ Designed for use with SY88902 and SY88903

SY88903AL

Abstract: SY88903ALKG SY88903ALKGTR
Contextual Info: SY88903AL 3.3V, Burst Mode 1.25Gbps PECL HighSensitivity Limiting Post Amplifier with TTL Loss-of-Signal General Description Features The SY88903AL, burst mode, high-sensitivity limiting post amplifier is designed for use in fiber-optic receivers, specially optimized for passive optical networks PONs .

DMM157

Abstract: SY88903AL 010406 S15W2
Contextual Info: 3.3V, 1.25Gbps PECL High-Sensitivity Limiting Post Amplifier with TTL Loss-of-Signal SY88903AL Evaluation Board General Description The SY88903AL high-sensitivity, limiting post amplifier is designed for use in fiber-optic receivers. The device connects to typical transimpedance amplifiers TIAs .