Technical Data; Electrical Characteristics; Power Consumption; Signal Range - Star FL3X Interface-PMC Instructions For Use Manual

3

Technical Data

3.1

Electrical Characteristics

3.1.1 Power consumption

The necessary power is directly provided by the PCI bus through the PMC interface. The typical power
consumption when operating the FL3X Interface-PMC is 1.6 W. The FL3X Interface-PMC requires both the
+3.3 V and +5 V power rail, so in the following table the total power consumption is the sum of the power
consumption of each power rail.
Supply voltage
Supply current (typical)
Table 2: Power consumption

3.1.2 Signal range

Maximum voltage input on a FlexRay BP/BM
(FlexTiny II FR)
Minimum voltage input on a FlexRay BP/BM
(FlexTiny II FR)
Maximum voltage input on a CAN high/low
(FlexTiny II CAN-HS)
Minimum voltage input on a CAN high/low
(FlexTiny II CAN-HS)
Maximum voltage input on a CAN high/low
(FlexTiny II CAN FD)
Minimum voltage input on a CAN high/low
(FlexTiny II CAN FD)
Table 3: Signal range
3.2

Physical Characteristics

CPU of FL3X Interface-PMC
Bus Interfaces
Bus Drivers on FlexTiny II
Bus Termination
Bus state LEDs
Synchronization Interfaces on the front panel
Weight
Dimensions L x W x H without connectors
approx.
Table 4: Physical characteristics of the FlexCard PMC-II
3.3

Environmental Conditions

Temperature
Relative Humidity
Table 5: Environmental conditions for the FlexCard PMC-II
Created by STAR ELECTRONICS GmbH & Co. KG
Date created 2023-02-08
+3.3 VDC
100 mA
+60.0 V
-60.0 V
+40.0 V
-27.0 V
+40.0 V
-40.0 V
Altera Cyclone III
8 bus channels provided on the front panel
FlexRay: NXP TJA1080
CAN-HS: NXP TJA1041
CAN-FD: NXP TJA1044GT
100BASE-TX: Texas Instruments DP83640
100BASE-T1: Broadcom BCM89810
The bus termination can be switched by software.
CAN-HS/CAN-FD are terminated with 120Ω, FlexRay with
90Ω
Two LED-indicators per channel
2x 5V TTL trigger connectors provided on the front panel
100 g
157 x 74 x 14 mm³
Operating:
Storage:
Operating: 10% to 90% rH, non-condensing
Storage: 10% to 90% rH, non-condensing
Date modified 2023-02-08
+5.0 VDC
250 mA
-40 to +70°C
-40 to +85°C
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