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Automotive Products Index
Automotive Products
optoA2B
for the optical transmission of A2B signals
mkConfigSW
Optical Transmission of CAN-signals
optoCAN-FD
- 10Mbit/s bidirectional
optoCAN-HS
- 1Mbit/s bidirectional
optoCAN-LS
- 125kbit/s bidirectional
optoCAN-SW
- 33kbit/s (max. 83kbit/s) single wire CAN signals
Optical transmission of Flexray, K-Line, Ethernet, LIN, PSI5, SENT, SPI:
optoFlex
- 10 MBit/s Flexray signals
optoK
- 30kbit/s K-Line signals
optoLAN-3xBCM89811- 3
Channel Broadcom BCM89811
optoLAN-88Q1010
- Marvell 88Q1010 chipset Ethernet
optoLAN-88Q2112
- Marvell 88Q2112 chipset Ethernet
optoLAN-GB
88Q2112 - Marvell 88Q2112 chipset 1GB Ethernet
optoLAN-GB
88Q2112-MC - Marvell 88Q2112 chipset 1GB Ethernet with built in
Media Converter
optoLAN-GB
88Q2112-MATEnet STP - Marvell 88Q2112 chipset Ethernet
&
MATEnet STP plug
optoLAN-GB
88Q2112-MATEnet STP - MC Marvell 88Q2112 chipset Ethernet
& Media Converter
optoLAN-BCM89810
- Broadcom BCM89810 chipset Ethernet
optoLAN-BCM89811
- Broadcom BCM89811 chipset Ethernet
optoLAN-TJA1100-MAX
- NXP TJA1100 chipset (twisted pair UTP Ethernet)
Ethernet
BroadR-Reach
GB media converter HSD => media converter from 1000BaseT1 :
1000BaseTx
Rosenberger
HSD cable Z - open end
optoLIN
- 20kbit/s LIN signals
optoLVDS
- Digital Optical Transmitter for LVDS signal
optoPSI5
- 50 MS/s PSI5-signals
optoSENT
- SENT signals (Single Edge Nibble Transfer)
optoSPI
- 1Mbit/s SPI signals
mk-messtechnik Automotive Products Data Sheet
Option 19″
The receiving side of the automotive links can be integrated in a 19″-rack. On the picture below
there are CAN-HS, CAN-LS, and LIN, all integrated in the 19″-case. On top
of the 19″-receiver you can see the usual shielded aluminum cases for use
in an anechoic chamber. 
optoA2B
The optoA2B can be used for the optical
transmission of A2B signals. It consists of master and slave which are
supplied by internal batteries and which are connected with an optical
fiber. With the optical transmission and the shielded case, the system is
well equipped for EMI and EME tests. optical transmitter for A2B signals:
optoA2B One side of the system can be integrated in a 19″ rack housing
(optional). If the equipment is always used at the same place, this can
reduce error sources, needs a shorter set up time, and does not occupy as
much space on the table. The 19″ case can hold up to 8 different or equal
automotive links (SENT, CAN, Flexray etc.). The channels can be integrated
later on.
mk-messtechnik
optoA2B Data Sheet
mkConfigSW
Windows
application for setting of options/registers (of the internal
μ-controller) on USB stick version (stated in delivery note) on USB stick.
optoCAN-FD
The optoCAN-FD system can be used for the
bidirectional optical transmission of CAN-signals with transmission rates
of up to 10 Mbit/s. It consists of two identical battery supplied
transceivers connected to each other with an optical fiber. With the
optical transmission and the shielded case, the system is well equipped
for EMI and EME tests.
mk-messtechnik
optoCAN-FD Data Sheet
External CAN-HS/FD protector termination 120Ohm (metal) to be used for
EMS/EME-testing metal housing with connection plate enables GND connection
if wanted/needed.
optoCAN-HS
optical system for high speed CAN signals: optoCAN-HS The optoCAN-HS
system can be used for the bidirectional optical transmission of
CAN-signals with transmission rates of up to 1Mbit/s. It consists of two
identical battery supplied transceivers connected to each other with an
optical fiber. With the optical transmission and the shielded case, the
system is well equipped for EMI and EME tests. One side of the system can
be integrated in a 19″ rack housing (optional). If the equipment is always
used at the same place, this can reduce error sources, needs a shorter set
up time, and does not occupy as much space on the table. The 19″ case can
hold up to 8 different or equal automotive links (SENT, CAN, Flexray
etc.). The channels can be integrated later on.
mk-messtechnik
optoCAN-HS Data SheetoptoCAN-LS
The optoCAN-LS system can be used for the
bidirectional optical transmission of CAN optical transmitter for low
speed-CAN signals: optoCAN-HS signals with transmission rates of up to
125kbit/s. It consists of two identical battery supplied transceivers
connected to each other with an optical fiber. With the optical
transmission and the shielded case, the system is well equipped for EMI
and EME tests. One side of the system can be integrated in a 19″ rack
housing (optional). If the equipment is always used at the same place,
this can reduce error sources, needs a shorter set up time, and does not
occupy as much space on the table. The 19″ case can hold up to 8 different
or equal automotive links (SENT, CAN, Flexray etc.). The channels can be
integrated later on.
mk-messtechnik
optoCAN-LS Data SheetoptoCAN-SW
The optoCAN-SW system can be used for the
optical transmission of single wire CAN signals with transmission rates of
up to 33kbit/s (max. 83kbit/s). It optical transmitter of single wire CAN
signals: optoCAN-SW consists of two identical battery supplied
transceivers connected to each other with an optical fiber. With the
optical transmission and the shielded case, the system is well equipped
for EMI and EME tests. One side of the system can be integrated in a 19″
rack housing (optional). If the equipment is always used at the same
place, this can reduce error sources, needs a shorter set up time, and
does not occupy as much space on the table. The 19″ case can hold up to 8
different or equal automotive links (SENT, CAN, Flexray etc.). The
channels can be integrated later on.
mk-messtechnik
optoCAN-SW Data SheetoptoFlex
This system is used for the optical
transmission of Flexray-signals and allows the transmission in both
directions with a sampling rate of 10 MBit/s. It consists of two identical
transceivers, supplied by batteries, and a simplex-62,5/125µm-multimode
optical cable (1-fiber-version available on demand). Due to its
insensitivity against strong electromagnetic fields, the optoFlex is fit
for tests of susceptibility and interference emission in EMC-test
chambers, TEM cells, and for striplines. One side of the system can be
integrated in a 19″ rack housing (optional). If the equipment is always
used at the same place, this can help reduce error sources, needs a
shorter set up time, and does not occupy as much space on the table. The
19″ case can hold up to 8 different or equal automotive links (SENT, CAN,
Flexray etc.). The channels can be integrated later on.
There are two models of the optoFlex:
optoFlex-Soptical link for FlexRay-signals (bidirectional) with up to 10Mbit/s.
Separate transmission of diverse signals (to avoid timing issues)
Optional available external power supplies prices on request:
BP60-5f (4Ah shielded battery pack to power optical
device inside ALC). OR
BP60-5f/10Ah (10Ah
shielded battery pack to power optical device inside ALC)
SC-30-55m (shielded connection cable).
PS75-5m (standard non
shielded wall plug power supply to be used outside ALC).optoFlex-NToptical
link for FlexRay-signals (bidirectional) with up to 10Mbit/s. separate
transmission of diverse signals (to avoid timing issues)
Optional available external power
supplies prices on request:
BP60-5f (4Ah shielded
battery pack to power optical device inside ALC). OR
BP60-5f/10Ah (10Ah shielded
battery pack to power optical device inside ALC)
SC-30-5m5m (shielded
connection cable).
PS75-5m (standard
non shielded wall plug power supply to be used outside ALC).
mk-messtechnik
optoFlex Data SheetoptoK
The optoK system can be used for the optical
transmission of K-Line signals with transmission rates of more than
30kbit/s at supply voltages of up to 24V. It consists of two identical
battery supplied transceivers connected to each other with an optical
fiber. With the optical transmission and the shielded case, the system is
well equipped for EMI and EME tests. One side of the system can be
integrated in a 19″ rack housing (optional). If the equipment is always
used at the same place, this can reduce error sources, needs a shorter set
up time, and does not occupy as much space on the table. The 19″ case can
hold up to 8 different or equal automotive links (SENT, CAN, Flexray
etc.). The channels can be integrated later on. The system is also
available with an integrated LVDS transmission (unidirectional).
mk-messtechnik
optoK Data Sheet
optoLAN-BCM89810,optoLAN-BCM89811, optoLAN-TJA1100-MAX
& optoLAN-88Q1010
Schematic
optoLAN-3xBCM89811 The optoLAN-3xBCM89811 system can be used for the
optical transmission of automotive ethernet signals with Broadcom
BCM89811 and other 100BaseT1 chipsets.
There are two setups available, T1 to T1 (standard) or T1 to Tx
(with integrated media converter => optoLAN-BCM89811
-MC), see separate setup document.
The standard connector is Rosenberger HSD (Z-coded). With the
optical transmission, the shielded case and the high quality
connector, the system is well equipped for EMI and EME tests and
has proven its functionality in many automotive emc labs already.
optoLAN-BCM89810
The optoLAN-BCM89810 system can be used for
the optical transmission of automotive Ethernet signals with Broadcom
BCM89810 chipset (unshielded twisted pair UTP Ethernet). The two
identical transceivers are supplied by internal batteries and connected
with an optical fiber. The standard connector is Rosenberger HSD
(Z-coded). With the optical transmission, the shielded case and the high
quality connector, the system is well equipped for EMI and EME tests.
Alternatives and options
The optoLAN-3xBCM8981x includes
3 independent channels in one device.
Optional 19″ rack case: The
optoLAN-3xBCM89810 can be ordered in a 19″ rack case.
mk-messtechnik
optoLAN-BCM89810 Data Sheet
optoLAN-BCM89811
The optoLAN-BCM89811 system can be used for
the optical transmission of automotive Ethernet signals with Broadcom
BCM89811 chipset (unshielded twisted pair UTP Ethernet).
The two identical transceivers are supplied
by internal batteries and connected with an optical fiber. The standard
connector is Rosenberger HSD (Z-coded). With the optical transmission, the
shielded case and the high quality connector, the system is well equipped
for EMI and EME tests.
mk-messtechnik
optoLAN-BCM89811 Data Sheet
optoLAN-88Q1010
The Marvell 88Q1010 solution is a
single pair Ethernet physical layer transceiver (PHY). Our optoLAN-88Q1010
is suitable for EMC tests of devices with this kind of chipset. The
standard connector is a 4 pole Rosenberger HSD to minimize the emission of
our optical link. With the optical transmission, the shielded case and the
high quality connector, the system is well equipped for EMI and EME tests.
mk-messtechnik
optoLAN-88Q1010 Data Sheet
optoLAN-88Q2112
The optoLAN-Gb 88Q2112 system can be
used for the optical transmission of automotive Ethernet signals with
Marvell 88Q2112 chipset (unshielded single pair Ethernet).
The two identical transceivers are supplied
by internal batteries and connected with an optical fiber.
The standard
connector is Rosenberger HSD (Z-coded). With the optical transmission, the
shielded case and the high quality connector, the system is well equipped
for EMI and EME tests.
Setup of an optoLAN-88Q2112 with optical fibers and optional available
Rosenberger HSD open end cables.
mk-messtechnik
optoLAN-Gb 88Q2112 Data Sheet
mk-messtechnik
optoLAN-Gb 88Q2112 Setup and Accessories Data Sheet
optoLAN-GB 88Q2112
optical link for 1GBase-T1 automotive
ethernet signals with Marvell 88Q2112 chipset.
Includes:
optoLAN-GB 88Q2112 Transceiver optical
transceiver for GBit automotive Ethernet, Marvell 88Q2112 integrated.
Modes: 100BaseT1 and 1000BaseT1, switchable.
CM choke: ACT12010G-800.
88Q2112 A2 implemented.
optical connector: FSMA.
BRReach connector: Rosenberger HSD => use
adpater cable.
Shielded metal
housing with integrated NiMH batteries, 5-pole female charge plug,
prepared for external supply; documentation CM CHOKE: ACT12010G-800 HAS TO
BE PROVIDED BY CUSTOMER!!!
optoLAN-GB 88Q2112-MC
optical link for 1GBase-T1 automotive
ethernet signals with Marvell 88Q2112 chipset and built-in media converter
Includes:
optoLAN-GB 88Q2112 Transceiver optical
transceiver for 1 GBit automotive Ethernet, Marvell 88Q2112 integrated.
Modes: 100BaseT1 and 1000BaseT1, switchable.
CM choke: ACT12010G-800.
88Q2112 A2 implemented
optical connector: FSMA
BRReach connector: Rosenberger HSD => use
adpater cable
Shielded metal
housing with integrated NiMH batteries, 5-pole female charge plug,
prepared for external supply; documentation CM CHOKE: ACT12010G-800 HAS TO
BE PROVIDED BY CUSTOMER!!!
optoLAN-GB T1Tx Transceiver optical
transceiver to realize built-in media converter for GBit automotive
Ethernet Modes: 1000BaseTx electrical connector: RJ45.
optoLAN-GB 88Q2112 MATEnet STP
optical link for 1GBase-T1 automotive
ethernet signals with Marvell 88Q2112 chipset.
optical transceiver for GBit automotive
Ethernet, Marvell 88Q2112 integrated Modes: 100BaseT1 and 1000BaseT1,
switchable CM choke: ACT12010G-800 88Q2112 A2 implemented optical
connector: FSMA BRReach connector: MATEnet STP, internally shielded
against rest of the electronics shielded metal housing with integrated
NiMH batteries, 5-pole female charge plug, prepared for external supply;
documentation CM CHOKE: ACT12010G-800 HAS TO BE PROVIDED BY CUSTOMER!!
optoLAN-GB 88Q2112 MATEnet STP-MC
optical link for 1GBase-T1 automotive
ethernet signals with Marvell 88Q2112 chipset and built-in media
converter.
optical transceiver for
GBit automotive Ethernet, Marvell 88Q2112 integrated Modes: 100BaseT1 and
1000BaseT1, switchable CM choke: ACT12010G-800 88Q2112 A2 implemented
optical connector: FSMA BRReach connector: MATEnet STP, internally
shielded against rest of the electronics shielded metal housing with
integrated NiMH batteries, 5-pole female charge plug, prepared for
external supply; documentation CM CHOKE: ACT12010G-800 HAS TO BE PROVIDED
BY CUSTOMER!!!
BroadR-Reach GB media converter HSD.
media converter to be able to connect
a automotive ethernet device with 1000Base-T1 to a standard. 1000Base-Tx
network. Setup: HSD pinout of Media converter and optical automotive
ethernet links are fitting to original Rosenberger HSD cables with crossed
pinout.optoLAN-TJA1100
The optoLAN-TJA1100 system can be used for
the optical transmission of automotive Ethernet signals with NXP TJA1100
chipset (unshielded twisted pair UTP Ethernet). The system can be set up
wit two identical transceivers or one side automotive Ethernet and the
other 100BaseT. With this setup the link could be used as media converter
too. The devices are supplied by internal batteries and connected with an
optical fiber. The standard connector is Metz Connect M12 4 pole. With the
optical transmission, the shielded case and the high quality connector,
the system is well equipped for EMI and EME tests.
mk-messtechnik
optoLAN-TJA1100 Data Sheet
optoLAN-TJA1100
The optoLAN-TJA1100 system can be used for
the optical transmission of automotive Ethernet signals with NXP TJA1100
chipset (unshielded twisted pair UTP Ethernet). The system can be set up
with two identical transceivers or one side automotive Ethernet and the
other 100BaseT. With this setup the link could be used as media converter
too. The devices are supplied by internal batteries and connected with an
optical fiber. The standard connector is Metz Connect M12 4 pole. With the
optical transmission, the shielded case and the high quality connector,
the system is well equipped for EMI and EME tests.
mk-messtechnik
optoLAN-TJA1100 Data Sheet
mk-messtechnik
optoLAN Automotive Ethernet Adapter Cables Data Sheet
Rosenberger HSD
cable Z open end
Cable with Rosenberger HSD universal coded connector open end for self
configuration. Length: ~2m
Color coding
Side A: 1: blue 2: orange 3: green 4: brown
color coding Side B: 1: brown 2:
green 3: orange 4: blue
optoLIN
The optoLIN system can be used for the
optical transmission of LIN signals with transmission rates of up to
20kbit/s. It consists of two identical battery supplied transceivers
connected to each other with an optical fiber. With the optical
transmission and the shielded case, the system is well equipped for EMI
and EME tests.
One side of the system can be integrated
in a 19″ rack housing (optional). If the equipment is always used at the
same place, this can reduce error sources, needs a shorter set up time,
and does not occupy as much space on the table. The 19″ case can hold up
to 8 different or equal automotive links (SENT, CAN, Flexray etc.). The
channels can be integrated later on.
The system is also available with an
integrated LVDS transmission (unidirectional).
mk-messtechnik
optoLIN Data Sheet
optoLVDS TIA/EIA-644
Examples of LVDS links with different
chipsets:
Maxim chipsets:
Maxim
chipsets:MAX9275/76: optical link for GMSL signals with chipset
MAX9275/76 data rate up to 3,12Gbps (oLDI interface) setting of
options/registers by switches or USB-interface (internal -controller
with Windows-application).
MAX9259/60: optical
link for CML signals with chipset MAX9259/60 data rate (video) up to
2.5 GBit/s, bidirectional control channel, setting of
options/registers by switches or USB-interface (internal -controller
with Windows-application).
MAX9247/48: optical
link for single channel LVDS signals with chipset MAX9247/48 data rate
up to 1.5 GBit/s (direct), CLK-rate 2,5-42 MHz. Texas Instruments/National chipsets:
DS90UR905/906: optical
link for LVDS signals with chipset DS90UR905/906 for data rates up to
1,5Gbit/s (direct mode), PCLK 5-65MHz. DS90UR905/916: optical
link for LVDS signals with chipset DS90UR905/916 for data rates up to
1,82Gbit/s (direct mode), PCLK 5-65MHz. DS90UR907/916: optical
link for LVDS signals with chipset DS90UR907/916 for data rates up to
1,82Gbit/s (direct mode), PCLK 5-65MHz. DS90UB913/914: optical
link for LVDS signals with chipset DS90UB913/914 integrated
bidirectional control channel, setting of options/registers by
switches / USB-interface (internal controller with Windows
application). DS90UB925/926: optical
link for LVDS signals with chipset DS90UB925/926 (Non-HDCP!); data
rate (video) up to 2,5GB/s bidirectional control channel, setting of
options/registers by switches / USB-interface (internal -controller
with Windows application). DS90UB927/928: optical
link for LVDS signals with chipset DS90UB927/928 (Non-HDCP!); data
rate (video) up to 2,5GB/s bidirectional control channel, setting of
options/registers by switches / USB-interface (internal -controller
with Windows application), downwards compatible to DSUB925/926 chipset
DS90UB947/948: optical
link for LVDS signals with chipset DS90UB947/948 (Non-HDCP!); data
rate (video) up to 2x 3GB/s, bidirectional control channel, setting of
options/registers by switches / USB-interface (internal -controller
with Windows application).
mk-messtechnik
optosLVDS Project Sheet
mk-messtechnik
optoLVDS Users Manual
optoPSI5
This system is used for the optical
transmission of PSI5-signals and allows the transmission in both
directions with a sampling rate of 50 MS/s. It consists of a transceiver,
supplied by batteries, for the connection of a sensor, a
simplex-62,5/125µm-multimode optical cable, and a receiver with internal
batteries as well. Due to its insensitivity against strong electromagnetic
fields, the optoPSI5 is fit for tests of susceptibility and interference
emission in EMC-test chambers, TEM cells, and for striplines. optoPSI5 One
side of the system can be integrated in a 19″ rack housing (optional). If
the equipment is always used at the same place, this can reduce error
sources, needs a shorter set up time, and does not occupy as much space on
the table. The 19″ case can hold up to 8 different or equal automotive
links (SENT, CAN, Flexray etc.). The channels can be integrated later on.
mk-messtechnik
optoPSI5 Data Sheet
PSI5-Simulyzer
The
PSI5-Simulyzer by SesKion GmbH is an interface box which can be used to
read data at PSI5 systems and to generate simulation data.
optoSENT optical transmitter for SENT signals:
optoSENT-2d.
The optoSENT system
was developed for the transmission of asynchronous SENT signals (Single
Edge Nibble Transfer) and exists in two different versions: The
asynchronous system can be used for the optical transmission (1 or 2
channels) with a resolution of min. 8Bit per channel and a maximal
bandwidth of approx. 1MHz. In the synchronous version the sampling is
digital and the system can transmit a sync pulse to a sensor (1 or 2
channels). The connected sensor is powered by our transmitter (standard is
5V) and does not need any further wiring. The system consists of a battery
supplied transmitter and receiver which are connected via optical cables.
With the optical transmission and the shielded case the devices are well
equipped for EMI and EME tests. One side of the system can be integrated
in a 19″ rack housing (optional). If the equipment is always used at the
same place, this can reduce error sources, needs a shorter set up time,
and does not occupy as much space on the table. The 19″ case can hold up
to 8 different or equal automotive links (SENT, CAN, Flexray etc.). The
channels can be integrated later on.
mk-messtechnik
optoSENT (analog) Data Sheet
mk-messtechnik
optoSENT-2-d (digital) Data Sheet
optoSPI-HS The optoSPI-HS system can be used for the
bidirectional optical transmission of SPI signals with transmission rates
of up to 1Mbit/s. It consists of two battery supplied transceivers
connected to each other with an optical fiber. With the optical
transmission the shielded case and the external filter, the system is well
equipped for EMI and EME tests. optical transmitter for SPI signals:
optoSPI-HS One side of the system can be integrated in a 19″ rack housing
(optional). If the equipment is always used at the same place, this can
reduce error sources, needs a shorter set up time, and does not occupy as
much space on the table. The 19″ case can hold up to 8 different or equal
automotive links (SENT, CAN, Flexray etc.). The channels can be integrated
later on.
mk-messtechnik
optoSPI-HS Data Sheet
mk-messtechnic
Optical Fiber Component Cleaning Instruction
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mk-messtechnik
U1/12-1M and U2/12-1M Analog Transmitter Users Manual
