HFM2010 Search Results

HFM2010

Abstract: HFM1011-222 "Fiber Optic Transmitters" HFM1011 phased photodiode HONEYWELL Capacitor
Contextual Info: 18 September 1997 HFM1011 Low Profile Receiver Module FEATURES • 1.5 µW optical sensitivity using 100/140 micron fiber • Designed to operate with HFM2010 fiber optic transmitters • SMA interface • Standard TTL interface • Low profile package only 0.32 in. high

hfm1011

Abstract: HFM2010 HFM1011-222
Contextual Info: HFM1011 Low Profile Receiver Module FEATURES • 1.5 µW optical sensitivity using 100/140 micron fiber • Designed to operate with HFM2010 fiber optic transmitters • SMA interface • Standard TTL interface • Low profile package only 0.32 in. high •

Contextual Info: HFM2010 Fiber Optic Transmitter Module OUTLINE DIMENSIONS in inches mm DESCRIPTION The HFM2010 transmitter module is an electrical to optical interface unit designed for point digital data transmission. The Low Profile Module provides both the electronics and the mechanical interface necessary to

Contextual Info: HFM2010 Fiber Optic Transmitter Module FEATU RES • D C to 10 M b /s N R Z • D ynam ic or static selection of po w er output • "Cap R o ck“ L E D couples to variety of fibers • O peration on single + 5 V supply D E S C R IP T IO N T h e H F M 2 0 1 0 transm itter m odule is an electrical to

Contextual Info: HFM1011 Low Profile Receiver Module FEATURES • 1.5 pW optical sensitivity using 100/140 micron fiber • Designed to operate with HFM2010 fiber optic transmitters • SMA interface • Standard TTL interface • Low profile package only 0.32 in. high • Signal quality latch designates module operation

"Fiber Optic transmitter"

Abstract: HFM2010 HFE4000 optical encoder module HFM2010-2X4 SMA VU
Contextual Info: 19 September 1997 HFM2010 Fiber Optic Transmitter Module FEATURES • DC to 10 Mb/s NRZ • Dynamic or static selection of power output • "Cap Rock" LED couples to variety of fibers • Operation on single +5 V supply FIBER017TIF DESCRIPTION The HFM2010 transmitter module is an electrical to

Contextual Info: HFM 1011 Low Profile Receiver Module FEATURES • 1.5 ^jW optical sensitivity using 100/140 micron fiber • Designed to operate with HFM2010 fiber optic transmitters • SMA interface • Standard TTL interface • Low profile package only 0.32 in. high •

"Fiber Optic transmitter"

Abstract: HFM1011 HFM2010 HFE4000
Contextual Info: HFM2010 Fiber Optic Transmitter Module FEATURES • DC to 10 Mb/s NRZ • Dynamic or static selection of power output • "Cap Rock" LED couples to variety of fibers • Operation on single +5 V supply FIBER017 TIF DESCRIPTION The HFM2010 transmitter module is an electrical to

Contextual Info: HFM2010 Fiber Optic Transmitter Module FEATURES . DC to 10 Mb/s NRZ • Dynamic or static selection of power output • "Cap Rock" LED couples to variety of fibers • Operation on single +5 V supply DESCRIPTION The HFM2010 transmitter module is an electrical to

Contextual Info: MODULES SSE 3 m 4551030 üül5 ^ H O NE YW EL L b32 • H0N1 Honeywell INC/ MICRO ~T~-V - 91 TRANSMITTER The H F M 2 0 1 0 and H F M 2 0 2 5 transmitter modules are designed to provide a tri-level 50% duty cycle optical output. With data formats compatible with Manchester encoded as well as NR Z. The H F M 20 10 , H F M 20 25 and H F M 21 10 allow the user to

C2241

Abstract: HFM1010 7C127 c2431
Contextual Info: MODULES SSE » " 4S51fi3D D015b2R HO N E Y W E L L b32 « H O N l H O Iie V W e ll INC/ MICRO TRA N SM ITTER - r - Yt - 91 The H F M 20 10 and H F M 2 0 2 5 transmitter modules are designed to provide a tri-level 50% duty cycle optical output. With data formats compatible with M anchester encoded as well as N R Z. The H F M 20 10 , H F M 20 25 and H F M 21 10 allow the user to

capacitor stream

Abstract: HFM1200 HFM1010
Contextual Info: Application Note Selecting a Fiber Optic Receiver for your Application INTRODUCTION Fiber optic technology is often used in interconnect media, and many engineers are faced with a fiber optic link design. Selecting the right liber optic receiver can be difficult, as there are many types on the market.

HFM2010

Abstract: HFM1010 COUPLED RECEIVER hfm1200 capacitor stream HFD3020 HFD3023
Contextual Info: Application Note Selecting a Fiber Optic Receiver for your Application INTRODUCTION Fiber optic technology is often used in interconnect media, and many engineers are faced with a fiber optic link design. Selecting the right fiber optic receiver can be difficult, as there are many types on the market.

arcap 50

Abstract: GPIB-110 HFM1011-221 National Optoelectronics 1983 HFM2010-224 HFM1011 PARALLEL OPTIC connector sma 905 sma 906 amphenol sma 905
Contextual Info: Technical Note 031 Selecting a Fiber Optic Cable for the GPIB-110 Bus Extender Tian Shen Introduction Bus extenders overcome the restrictions on cable length and device loading imposed by the ANSI/IEEE Standard 488.1-1987. By using one pair of bus extenders, you can increase the distance