FIBER03 Search Results

Contextual Info: HFD3854 Silicon PIN Photodiode ELEC TRO -O PTIC AL C H A R A C T E R IST IC S Te = 25°C unless otherwise stated PA R A M E T E R Peak Response Wavelength Flux Responsivity-1' SYM BO L Ap R MIN 0.45 Dark Leakage Current Reverse Breakdown Voltage Package Capacitance

Contextual Info: Not recommended for new designs HFD3216-002 see HFD3228-002 HFD3216-003 see HFD3225-003 HFD3216 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • Industry standard ST fiber connector • High-speed operation, Rise/Fall times are 3.5 ns typical •

HFD3009

Abstract: preamplifier st block diagram for optical fiber receiver
Contextual Info: 28 January 1998 HFD3009-002/BBA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and

HFD-3000

Abstract: hfd3000-002 HFD3000-002ABA HFD3000 honeywell hfd3000
Contextual Info: 28 January 1998 HFD3000-002/ABA TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL digital outputs • Typical sensitivity 500 nW peak -33 dBm • Wide variety of cable options, operates with 50/125, 62.5/125, and 100/140 µm cables

LED optical SOURCE

Abstract: PIN photodiode 850 nm HFD3002 HFD3002-002 HFE4050 TO-46 CASE
Contextual Info: 18 September 1997 HFD3002 Silicon PIN Photodiode FEATURES • Electrically isolated from TO-46 case • Low capacitance • High speed: t² = 30 ns max. at Vß = 5 V; 10 ns max. at Vß = 15 V • High responsivity FIBER003.TIF DESCRIPTION The HFD3002 PIN photodiode is designed for high speed

HFD3000

Abstract: HFD-3000 HFD3000-002 HFD3020 leds for optical fibres preamplifier st
Contextual Info: 18 September 1997 HFD3000 TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL digital outputs • Typical sensitivity 500 nW peak -33 dBm • Single 5 V supply requirement • Edge detection circuitry gives 20 dB minimum dynamic range, low Pulse Width Distortion

HFD3000

Abstract: HFD-3000 hfd3000-002
Contextual Info: 28 January 1998 HFD3000-002/BAA TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL digital outputs • Typical sensitivity 500 nW peak -33 dBm • Wide variety of cable options, operates with 50/125, 62.5/125, and 100/140 µm cables

block diagram for optical fiber receiver

Abstract: HFD3029-002/ABA
Contextual Info: 28 January 1998 HFD3029-002/ABA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Maximum sensitivity 1.5 µW peak -28.2 dBm • Wide variety of cable options, operates with 50/125,

preamplifier st

Contextual Info: 28 January 1998 HFD3031-002/BAA Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and

preamplifier st

Contextual Info: 28 January 1998 HFD3038-00X/BAA 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • High-speed operation, Rise/Fall times are 3.5 ns typical • Low pulse width distortion over a wide range of inputs because of 23 dB typical dynamic range • Wide variety of cable options, operates with 50/125,

preamplifier st

Abstract: block diagram for optical fiber receiver HFD3009
Contextual Info: 10 November 1997 HFD3009-002/BBA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and

HFD3009

Abstract: HFD3009-002 HFD3029 Honeywell DBM 01 PCB
Contextual Info: 18 September 1997 HFD3009 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and low

Contextual Info: 28 January 1998 HFD3031-002/ADA Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and

Contextual Info: 28 January 1998 HFD3031-002/ABA Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and

HFD3859-002

Abstract: hfd3859 HFD3858 HFD3020
Contextual Info: HFD3859 TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL digital outputs • Typical sensitivity 500 nW peak -33 dBm • Wide variety of cable options, operates with 50/125, 62.5/125, and 100/140 µm cables • Industry standard ST¨-LP fiber connector

HFD3906-002

Abstract: Honeywell DBM 01 h 437
Contextual Info: HFD3906 Schmitt Input, Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and

HFD3029

Abstract: HFD3880-002
Contextual Info: HFD3880 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Maximum sensitivity 1.5 µW peak -28.2 dBm • Wide variety of cable options, operates with 50/125, 62.5/125, and 100/140 µm cables

Contextual Info: HFD3038-00X/XXX 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • High-speed operation, Rise/Fall times are 3.5 ns typical • Low pulse width distortion over a wide range of inputs because of 23 dB typical dynamic range • Wide variety of cable options, operates with 50/125,

HFD3212-002

Contextual Info: HFD3212 TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL digital outputs • Typical sensitivity 500 nW peak -33 dBm • Single 5 V supply requirement • Edge detection circuitry gives 20 dB minimum dynamic range, low Pulse Width Distortion

HFD3038-002

Abstract: HFD3038-003
Contextual Info: 18 September 1997 HFD3038 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • High-speed operation, Rise/Fall times are 3.5 ns typical • Low pulse width distortion over a wide range of inputs because of 23 dB typical dynamic range • Wide variety of cable options, operates with 50/125,

LED optical SOURCE

Abstract: TO-46 CASE HFD3002 HFD3002-002 HFE4050
Contextual Info: HFD3002 Silicon PIN Photodiode FEATURES • Electrically isolated from TO-46 case • Low capacitance • High speed: t² = 30 ns max. at Vß = 5 V; 10 ns max. at Vß = 15 V • High responsivity FIBER003.TIF DESCRIPTION The HFD3002 PIN photodiode is designed for high speed

Honeywell DBM 01 PCB

Abstract: preamplifier st SMA pcb mount Connector
Contextual Info: HFD3029-002/XXX Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Maximum sensitivity 1.5 µW peak -28.2 dBm • Wide variety of cable options, operates with 50/125, 62.5/125, and 100/140 µm cables

preamplifier st

Abstract: "Fiber Optic receiver" HFD3216-002 HFD3216-003
Contextual Info: 18 September 1997 HFD3216 125 MHz PIN Plus Preamplified Analog Receiver FEATURES • Industry standard ST¨ fiber connector • High-speed operation, Rise/Fall times are 3.5 ns typical • Low pulse width distortion over a wide range of inputs because of 23 dB typical dynamic range

block diagram for optical fiber receiver

Abstract: HFD3009-002 block diagram for optical fiber DETECTOR HFD3009
Contextual Info: 10 November 1997 HFD3009-002/ADA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and