Technical Data; Physical Characteristics; Environmental Conditions; Block Diagram - Star FL3X Tiny 3 Series Instructions For Use Manual

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3

Technical Data

3.1

Physical Characteristics

Connector
Mounting position
Dimensions approx. L x W x H
Table 1: Physical characteristics
3.2

Environmental Conditions

Temperature
Relative Humidity
Vibration resistance (for FL3X Tiny
relay)
Shock resistance (for FL3X Tiny relay)
Table 2: Environmental conditions
3.3

Block Diagram

Functional overview of the FL3X Tiny 3 Family.
2-channel FlexTiny 3
Figure 1: Block diagram for a FL3X Tiny 3 with 2 channels and bypass switch link
3.3.1
3-00880A01 FL3X Tiny3 2*FlexRay & FL3X Tiny3 2*CAN-FD
The FL3X Tiny3 2*FlexRay is equipped with two TJA1081B transceiver from NXP. A dual pole termination
relay per FlexRay channel is also included, which can terminate the buses with 91 ohm per channel, even if
the device is not powered. Sleep and wakeup functionality are supported. The bypass for data (Ethernet
only) switched between the Tinys is supported by this Tiny.
The FL3X Tiny3 2*CAN-FD is equipped with two TJA1145T/FD transceiver from NXP, which supports CAN-
HS and FD signals up to 2 Mbit/s. A dual pole termination relay per CAN channel is also included, which
can terminate the buses with 120 ohm per channel, even if the device is not powered. Sleep and wakeup
functionality are supported. The bypass for data switched between the Tinys is supported by this Tiny.
Created by
STAR ELECTRONICS GmbH & Co. KG
Date created
2023-01-26
Panasonic AXK6S60547YG
no mechanical limitations
35 * 30 * 10 mm³
Operating:
Non-operating:
Storage:
10% – 80% r. H., non-condensing
Destruction: 10 – 55 Hz (Double amplitude of 5 mm)
Functional: 10 – 55 Hz (Double amplitude of 3.3 mm, detection
time: 10 µs)
Destruction: 1,000 m/s
Functional: 750 m/s
detection time: 10 µs.)
PHY-A
(CAN-FD,
Filter
FlexRay, ...)
PHY-B
(CAN-FD,
Filter
FlexRay, ...)
-40°C – +85°C
-40°C – +85°C
-40°C – +85°C
(Half-wave pulse of sine wave: 6 ms.)
2
(Half-wave pulse of sine wave: 6 ms;
2
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Date modified
2023-01-26
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