RHFLVDS2281 Datasheet, PDF (1/17 Pages) STMicroelectronics – Rad-hard, dual 4x4 crosspoint switch LVDS

RHFLVDS2281
Rad-hard, dual 4x4 crosspoint switch LVDS
Datasheet - production data
 Large input common mode: -4 V to +5 V
 Guaranteed up to 300 krad TID
 SEL immune up to 135 MeV.cm²/mg
 SET/SEU immune up to 22 MeV.cm²/mg
Ceramic Flat-64
The upper metallic lid is
electrically connected to ground.
Features
 LVDS input/output
 Multiple configuration: Mux, repeater and
splitter
 ANSI TIA/EIA-644 compliant
 400 Mbps LVDS (200 MHz)
 200 MHz clock channel
 Cold spare on all pins
 Fail-safe function
 3.3 V operating power supply
 4.8 V absolute rating
 Hermetic package
 Power consumption: 220 mW at 3.3 V
Description
The RHFLVDS2281 is an 8-channel, 4x4
crosspoint switch base, on low voltage differential
signaling (LVDS) for low-power and high-speed
communications. The two 4x4 multiplexers allow
connection from any of the four inputs to any of
the four outputs.
Packaged and qualified for use in aerospace
environments in a low-power, fast-transmission
standard, the RHFLVDS2281 operates at 3.3 V
power supply (3.6 V max. operating and 4.8 V
AMR) and a common mode of -4 V to +5 V. The
LVDS outputs operate over a controlled
impedance of 100-ohm transmission media that
may be printed circuit board traces, back planes,
or cables.
The circuit features an internal fail-safe function to
ensure a known state in case of an input short
circuit or a floating input.
All pins have cold spare buffers to ensure they are
in high impedance when V_CC is tied to GND. The
RHFLVDS2281 can operate over a wide
temperature range of -55 °C to +125 °C and it is
housed in an hermetic Ceramic Flat-64 package.
Reference
SMD pin
Table 1. Device summary
Quality level Package Lead finish Mass EPPL⁽¹⁾ Temp. range
RHFLVDS2281K1
RHFLVDS2281K01V
-
5962F1423401
Engineering
model
QML-V flight
Ceramic
Flat-64
Gold
1.94 g
-
Target
-55 °C to
125 °C
1. EPPL = ESA preferred part list
March 2015
This is information on a product in full production.
DocID027588 Rev 1
1/17
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