Sabre 09-01 Optoelectronic Transmitter / Receiver

MoogProtokraft Sabre series fiber optic components integrate high performance fiber optic transmitter or receiver functions into a D38999 size 09-01 cylindrical connector intermateable with the ELIO庐 fiber optic connectors for unidirectional transmission. Sabre series optoelectronic D38999 size 09-01 transmitters consist of optoelectronic transmitter functions integrated into a printed circuit board mounted PIN contact. Sabre series optoelectronic D38999 size 09-01 receivers consist of optoelectronic receiver functions integrated into a printed circuit board mounted PIN contact.

The Sabre series optoelectronic D38999 size 09-01 receptacle provides a rugged optical interface that is intermateable with the ELIO庐 size 09-01 plug connectors. The multimode optical fiber interface supports applications where copper cable link distance, bandwidth, weight or bulk make the use of twisted pair, twinax or quadrax copper conductors unacceptable.

Sabre series printed circuit board mounted optical transmitters and receivers enable high speed network communications over long distances in harsh environments.

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Overview

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Features

Compliant with ARINC 664, 818, 803 and 804
Suitable for Ethernet, Fiber Channel or sFPDP applications from 100 Mbps to 10.3 Gbps
Suitable for SD / HD-SDI / SMPTE 259 / 292 M / 424 applications
Operating temperature range from -55掳C to +85掳C
Shock and vibration resistant per RTCA / D0-160E
Aluminum alloy shell material meets stringent EMI / RFI / ESD and EMP performance specifications
Six PIN PCB footprint for attachment to customer flexible or rigid printed circuit board
ELIO庐 connector interface per EN4531 / 4626 / ARINC 801
Compatible with D38999 size 09-01 ELIO庐 connectors per ABS1213 / 1379

Note: Other wavelength, mounting and port count options are available.

ELIO庐 is a registered trademark of Esterline Souriau

Typical Applications

Sabre series printed circuit board mounted optical transmitters and receivers enable high speed network communications over long distances in harsh environments.