|
1403/1511 |
1403/1511B1 |
1403/1513 |
1403/1511/1514 |
1403/1511B1/1514 |
1403/1513/1514 |
1403/1521 |
1403/1521/1521 |
1403/1511/1521 |
1403/1513/1521 |
1403/1511/1514/1521 |
|
1403/1513/1514/1521 |
Real-time processor |
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the real-time application and/or custom libraries)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the real-time application and/or custom libraries)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the real-time application and/or custom libraries)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the real-time application and/or custom libraries)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the real-time application and/or custom libraries)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the real-time application and/or custom libraries)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the operating system and the real-time application)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the operating system and the real-time application)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the operating system and the real-time application)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the operating system and the real-time application)
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the operating system and the real-time application)
|
|
- Texas Intruments AM5K2E04 processor (1.4 GHz)
- Four ARM® Cortex®-A15 processor cores
- 64 MB flash memory (for the operating system and the real-time application)
|
Host communication coprocessor |
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
- ARM® Cortex®-A9 (dual core)
|
|
- ARM® Cortex®-A9 (dual core)
|
Boot options |
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
|
- Automatic flash-boot and fast boot option
- Fast boot with prestart feature: starting a real-time application in < 250 ms
- Start without prestart: 2-3 s
|
Functional safety concept |
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
- Three-level functional safety concept1)
|
|
- Three-level functional safety concept1)
|
Interfaces |
|
|
|
|
|
|
|
|
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|
|
|
|
Host interface |
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection#
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
- WLAN (optional)
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)WLAN (optional)
|
|
- 1 standard Ethernet port
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)WLAN (optional)
|
Ethernet real-time I/O interface |
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
|
- 2 standard Ethernet ports
- 10/100/1000 Mbit/s Ethernet connection
- Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
|
Automotive Ethernet real-time I/O interface |
- 2 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T12), 1000BASE‑T12)
|
- 2 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T12), 1000BASE‑T12)
|
- 2 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T12), 1000BASE‑T12)
|
- 2 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T12), 1000BASE‑T12)
|
- 2 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T12), 1000BASE‑T12)
|
- 2 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T12), 1000BASE‑T12)
|
- 5 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T2), 1000BASE‑T2)
|
- 8 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T2), 1000BASE‑T2)
|
- 5 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T2), 1000BASE‑T2)
|
- 5 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T2), 1000BASE‑T2)
|
- 5 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T2), 1000BASE‑T2)
|
|
- 5 automotive Ethernet ports
- 100/1000 Mbit/s Ethernet connection
- Supported standards: 100BASE‑T2), 1000BASE‑T2)
|
Supported Ethernet protocols (general) |
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
|
- Network protocols: IPv4, IPv6
- Transport protocols: UDP, TCP
- Service-Oriented Communication: SOME-IP
- Measurement and application protocol: XCP for bypassing
|
USB interface |
- 2 USB 2.0 ports
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports#
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports#
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports#
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports#
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports#
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
- 2 USB 2.0 ports#
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
|
- 2 USB 2.0 ports#
- 1 port usable as a mass storage interface for data logging3)
- 1 port for future use
|
CAN /CAN FD interface |
|
|
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- 4 CAN channels
- Up to 4 CAN FD channels via DS4342 CAN FD Interface Module (shared slots with DS4340 FlexRay Interface Module)
|
- 4 CAN channels
- Up to 4 CAN FD channels via DS4342 CAN FD Interface Module (shared slots with DS4340 FlexRay Interface Module)
|
- 4 CAN channels
- Up to 4 CAN FD channels via DS4342 CAN FD Interface Module (shared slots with DS4340 FlexRay Interface Module)
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|
|
- 4 CAN channels
- 8 CAN FD channels
|
- 6 CAN channels
- 8 CAN FD channels
|
- 4 CAN channels
- 8 CAN FD channels
- Up to 4 CAN FD channels via DS4342 CAN FD Interface Module (shared slots with DS4340 FlexRay Interface Module)
|
|
- 6 CAN channels
- 8 CAN FD channels
- Up to 4 CAN FD channels via DS4342 CAN FD Interface Module (shared slots with DS4340 FlexRay Interface Module)
|
FlexRay interface |
(-) |
(-) |
(-) |
- Up to 2 FlexRay channels (A + B) via DS4340 FlexRay Interface Module (shared slots with DS4342 CAN FD Interface Module)
|
- Up to 2 FlexRay channels (A + B) via DS4340 FlexRay Interface Module (shared slots with DS4342 CAN FD Interface Module)
|
- Up to 2 FlexRay channels (A + B) via DS4340 FlexRay Interface Module (shared slots with DS4342 CAN FD Interface Module)
|
- 2 FlexRay channels (A + B)
|
- 4 FlexRay channels (A + B)
|
- 2 FlexRay channels (A + B)
|
- 2 FlexRay channels (A + B)
|
- 2 FlexRay channels (A + B)
- Up to 2 FlexRay channels (A + B) via DS4340 FlexRay Interface Module (shared slots with DS4342 CAN FD Interface Module)
|
|
- 2 FlexRay channels (A + B)
- Up to 2 FlexRay channels (A + B) via DS4340 FlexRay Interface Module (shared slots with DS4342 CAN FD Interface Module)
|
LIN interface |
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UART interface |
|
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|
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- 1 RS232/422/485 channel 2 RS232 channels
|
- 1 RS232/422/485 channel 3 RS232 channels
|
- 1 RS232/422/485 channel 2 RS232 channels
|
|
- 1 RS232/422/485 channel 3 RS232 channels
|
Programmable FPGA |
(-) |
(-) |
(-) |
- Xilinx Kintex®-7 XC7K325T
|
- Xilinx Kintex®-7 XC7K325T
|
- Xilinx Kintex®-7 XC7K325T
|
(-) |
(-) |
(-) |
(-) |
- Xilinx Kintex®-7 XC7K325T
|
|
- Xilinx Kintex®-7 XC7K325T
|
I/O module slot for programmable FPGA |
(-) |
(-) |
(-) |
1 x I/O module slots (for DS1552 Multi-I/O Module, DS1553 AC Motor Control Module, DS1554 Engine Control I/O Module) |
1 x I/O module slots (for DS1552 Multi-I/O Module, DS1553 AC Motor Control Module, DS1554 Engine Control I/O Module) |
1 x I/O module slots (for DS1552 Multi-I/O Module, DS1553 AC Motor Control Module, DS1554 Engine Control I/O Module) |
(-) |
(-) |
(-) |
(-) |
1 x I/O module slots (for DS1552 Multi-I/O Module, DS1553 AC Motor Control Module, DS1554 Engine Control I/O Module) |
|
1 x I/O module slots (for DS1552 Multi-I/O Module, DS1553 AC Motor Control Module, DS1554 Engine Control I/O Module) |
Real-time clock |
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
- Battery-backed real-time clock
|
|
- Battery-backed real-time clock
|
Power control |
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
|
- Remote control input to switch on/off MicroAutoBox III
- Prestart input to switch on the MicroAutoBox III without starting the real-time application
|
Analog input |
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Channels |
|
|
- 32 (16x Analog In 8 and 16x Analog In 9)
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- 32 (16x Analog In 8 and 16x Analog In 9)
|
|
|
16 (16x Analog In 7) 4 (Analog In 17 ) |
32 (16x Analog In 8 and 16x Analog In 9) 4 (Analog In 17 ) |
16 (16x Analog In 7) 4 (Analog In 17 ) |
|
32 (16x Analog In 8 and 16x Analog In 9) 4 (Analog In 17 ) |
Resolution |
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Supported function blocks |
- Analog In7 : Voltage In, Voltage Signal Capture (ADC Type 4)
|
- Analog In 8: Voltage In, Voltage Signal Capture (ADC Type 4)
|
- Analog In 8: Voltage In, Voltage Signal Capture (ADC Type 4)
- Analog In 9: Voltage In
|
- Analog In7 : Voltage In, Voltage Signal Capture (ADC Type 4)
|
- Analog In 8: Voltage In, Voltage Signal Capture (ADC Type 4)
|
- Analog In 8: Voltage In, Voltage Signal Capture (ADC Type 4)
- Analog In 9: Voltage In
|
|
|
- Analog In 17: Voltage In Analog In7 : Voltage In, Voltage Signal Capture (ADC Type 4)
|
- Analog In 9 & 17: Voltage In Analog In8 : Voltage In, Voltage Signal Capture (ADC Type 4)
|
- Analog In 17: Voltage In Analog In7 : Voltage In, Voltage Signal Capture (ADC Type 4)
|
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- Analog In 9 & 17: Voltage In Analog In8 : Voltage In, Voltage Signal Capture (ADC Type 4)
|
Sample rate |
|
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- Analog In 8: Max. 1 MS/s
- Analog In 9: Max. 200 kS/s
|
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- Analog In 8: Max. 1 MS/s
- Analog In 9: Max. 200 kS/s
|
- Analog In 17: Max. 200 kS/s
|
- Analog In 17: Max. 200 kS/s
|
- Analog In 17: Max. 200 kS/s Analog In 7: Max. 1 MS/s
|
- Analog In 9 & 17: Max. 200 kS/s Analog In 8: Max. 1 MS/s
|
- Analog In 17: Max. 200 kS/s Analog In 7: Max. 1 MS/s
|
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- Analog In 9 & 17: Max. 200 kS/s Analog In 8: Max. 1 MS/s
|
Input voltage range |
|
- Analog In 8: ‑10 V ... +10 V
|
- Analog In 8: ‑10 V ... +10 V
- Analog In 9: -10 V … +10 V
|
|
- Analog In 8: ‑10 V ... +10 V
|
- Analog In 8: ‑10 V ... +10 V
- Analog In 9: -10 V … +10 V
|
- Analog In 17: -10 V … +10 V
|
- Analog In 17: -10 V … +10 V
|
- Analog In 17: -10 V … +10 V Analog In 7: 0 ... 5 V
|
- Analog In 8, 9 & 17: -10 V … +10 V
|
- Analog In 17: -10 V … +10 V Analog In 7: 0 ... 5 V
|
|
- Analog In 8, 9 & 17: -10 V … +10 V
|
Trigger input channels |
- 4 (trigger rate max. 1 MHz)
- For triggering the analog measurement
|
- 4 (trigger rate max. 1 MHz)
- For triggering the analog measurement
|
- 4 (trigger rate max. 1 MHz)
- For triggering the analog measurement
|
- 4 (trigger rate max. 1 MHz)
- For triggering the analog measurement
|
- 4 (trigger rate max. 1 MHz)
- For triggering the analog measurement
|
- 4 (trigger rate max. 1 MHz)
- For triggering the analog measurement
|
(-) |
(-) |
4 (trigger rate max. 1 MHz) For triggering the analog measurement |
4 (trigger rate max. 1 MHz) For triggering the analog measurement |
4 (trigger rate max. 1 MHz) For triggering the analog measurement |
|
4 (trigger rate max. 1 MHz) For triggering the analog measurement |
Analog output |
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Channels |
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|
(-) |
(-) |
4 |
8 |
4 |
|
8 |
Resolution |
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|
(-) |
(-) |
12 bits |
16 bits |
12 bits |
|
16 bits |
Supported function blocks |
|
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|
(-) |
(-) |
Voltage Out |
Voltage Out |
Voltage Out |
|
Voltage Out |
Output voltage range |
|
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|
|
|
(-) |
(-) |
0 ... 4.5 V |
‑10 V ... +10 V |
0 ... 4.5 V |
|
‑10 V ... +10 V |
Output current |
|
|
|
|
|
|
(-) |
(-) |
‑5 mA ... +5 mA |
‑8 mA ... +8 mA |
‑5 mA ... +5 mA |
|
‑8 mA ... +8 mA |
Digital input |
|
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Channels |
- 40, divided into 3 channel sets
|
- 40, divided into 3 channel sets
|
- 24, divided into 2 channel sets
|
- 40, divided into 3 channel sets
|
- 40, divided into 3 channel sets
|
- 24, divided into 2 channel sets
|
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- 6 Digital In / Out 40, divided into 3 channel sets
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- 6 Digital In / Out 24, divided into 2 channel sets
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- 6 Digital In / Out 40, divided into 3 channel sets
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- 6 Digital In / Out 24, divided into 2 channel sets
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Supported function blocks |
- Multi Bit In
- PWM/PFM In
- Digital Pulse In
- Digital Incremental Encoder In
- SENT In
- SPI Master
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- Multi Bit In
- PWM/PFM In
- Digital Pulse In
- Digital Incremental Encoder In
- SENT In
- SPI Master
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- Multi Bit In
- PWM/PFM
- In Digital Pulse In
- Digital Incremental Encoder In
- SENT In
- SPI Master
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- Multi Bit In
- PWM/PFM In
- Digital Pulse In
- Digital Incremental Encoder In
- SENT In
- SPI Master
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- Multi Bit In
- PWM/PFM In
- Digital Pulse In
- Digital Incremental Encoder In
- SENT In
- SPI Master
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- Multi Bit In
- PWM/PFM In
- Digital Pulse In
- Digital Incremental Encoder In
- SENT In
- SPI Master
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- Multi Bit In
- PWM/PFM
- In Digital Pulse In
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- Multi Bit In
- PWM/PFM
- In Digital Pulse In
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- Multi Bit In
- PWM/PFM
- In Digital Pulse In
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- Multi Bit In
- PWM/PFM in
- Digital Pulse In Digital Incremental Encoder In
- SENT In SPI Master
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- Multi Bit In
- PWM/PFM in
- Digital Pulse In Digital Incremental Encoder In
- SENT In SPI Master
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- Multi Bit In
- PWM/PFM in
- Digital Pulse In Digital Incremental Encoder In
- SENT In SPI Master
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Digital output |
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Channels |
- 40, divided into 3 channel sets
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- 40, divided into 3 channel sets
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- 24, divided into 2 channel sets
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- 40, divided into 3 channel sets
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- 40, divided into 3 channel sets
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- 24, divided into 2 channel sets
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- 6 Digital In / Out 40, divided into 3 channel sets
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- 6 Digital In / Out 24, divided into 2 channel sets
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- 6 Digital In / Out 40, divided into 3 channel sets
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- 6 Digital In / Out 24, divided into 2 channel sets
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Supported function blocks |
- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out
- Multi-Channel PWM Out
- SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out
- Multi-Channel PWM Out
- SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out
- Multi-Channel PWM Out
- SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out
- Multi-Channel PWM Out
- SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out
- Multi-Channel PWM Out
- SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out
- Multi-Channel PWM Out
- SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out Multi-Channel PWM Out SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out Multi-Channel PWM Out SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out Multi-Channel PWM Out SPI Master
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- Multi Bit Out
- Digital Pulse Out
- PWM/PFM Out Multi-Channel PWM Out SPI Master
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Signal conditioning |
- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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- Signal conditioning for automotive signal levels, no power driver included
- Overvoltage protection; overcurrent and short circuit protection
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Physical connections |
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LEMO connectors |
- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
1 x AETH (2 Automotive Ethernet ports)
2 x ETH (2 standard Ethernet ports)
1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
1 x AETH (2 Automotive Ethernet ports)
2 x ETH (2 standard Ethernet ports)
1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
1 x AETH (2 Automotive Ethernet ports)
2 x ETH (2 standard Ethernet ports)
1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
1 x AETH (2 Automotive Ethernet ports)
2 x ETH (2 standard Ethernet ports)
1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
1 x AETH (2 Automotive Ethernet ports)
2 x ETH (2 standard Ethernet ports)
1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
1 x AETH (2 Automotive Ethernet ports)
2 x ETH (2 standard Ethernet ports)
1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
- 3 x AETH (2 Automotive Ethernet ports)
- 2 x ETH (2 standard Ethernet ports)
- 1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
- 5 x AETH (2 Automotive Ethernet ports)
- 2 x ETH (2 standard Ethernet ports)
- 1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
- 3 x AETH (2 Automotive Ethernet ports)
- 2 x ETH (2 standard Ethernet ports)
- 1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
- 3 x AETH (2 Automotive Ethernet ports)
- 2 x ETH (2 standard Ethernet ports)
- 1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
- 3 x AETH (2 Automotive Ethernet ports)
- 2 x ETH (2 standard Ethernet ports)
- 1 x HOST (1 standard Ethernet port)
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- 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
- 3 x AETH (2 Automotive Ethernet ports)
- 2 x ETH (2 standard Ethernet ports)
- 1 x HOST (1 standard Ethernet port)
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Additional connectors |
- ZIF I/O connector
- IOCNET for future use
- Power input (7-pin, male)
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- ZIF I/O connector
- IOCNET for future use
- Power input (7-pin, male)
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- ZIF I/O connector
- IOCNET for future use
- Power input (7-pin, male)
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- ZIF I/O connector
- IOCNET for future use
- Power input (7-pin, male)
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- ZIF I/O connectors
- IOCNET for future use
- Power input (7-pin, male)
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- ZIF I/O connectors
- IOCNET for future use
- Power input (7-pin, male)
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- D-Sub connectors
- IOCNET for future use
- Power input (7-pin, male)
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- D-Sub connectors
- IOCNET for future use
- Power input (7-pin, male)
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- D-Sub connectors
- IOCNET for future use
- Power input (7-pin, male)
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- D-Sub connectors
- IOCNET for future use
- Power input (7-pin, male)
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- D-Sub connectors
- IOCNET for future use
- Power input (7-pin, male)
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- D-Sub connectors
- IOCNET for future use
- Power input (7-pin, male)
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Physical characteristics |
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Size |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 60 mm (2.36 in) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 60 mm (2.36 in) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 60 mm (2.36 in) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in.) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in.) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in.) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 60 mm (2.36 in) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in) |
Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 140 mm (5.51 in) |
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Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 140 mm (5.51 in) |
Temperature |
- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F), passive cooling, with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F), passive cooling, with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F), passive cooling, with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F), passive cooling, with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F), passive cooling, with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F), passive cooling, with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores activated: -40°C up to 80°C (-40 up to 176 °F) with cooling unit
with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores activated: -40°C up to 80°C (-40 up to 176 °F) with cooling unit
with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores activated: -40°C up to 80°C (-40 up to 176 °F) with cooling unit
with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores activated: -40°C up to 80°C (-40 up to 176 °F) with cooling unit
with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores activated: -40°C up to 80°C (-40 up to 176 °F) with cooling unit
with optional WLAN: operating temperature up to 70°C (158 °F)
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- Operating temperature with all processor cores activated: -40°C up to 70°C (-40 up to 158 °F), passive cooling
- Operating temperature with two processor cores activated: -40°C up to 80°C (-40 up to 176 °F) with cooling unit
with optional WLAN: operating temperature up to 70°C (158 °F)
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Shock and vibration tested |
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Power supply |
- Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
- Operating voltage range VBAToperate: 10 V DC ... 36 V DC
- Protected reverse voltage VBATprot: Up to ‑40 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
- Operating voltage range VBAToperate: 10 V DC ... 36 V DC
- Protected reverse voltage VBATprot: Up to ‑40 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
- Operating voltage range VBAToperate: 10 V DC ... 36 V DC
- Protected reverse voltage VBATprot: Up to ‑40 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
- Operating voltage range VBAToperate: 10 V DC ... 36 V DC
- Protected reverse voltage VBATprot: Up to ‑40 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
- Operating voltage range VBAToperate: 10 V DC ... 36 V DC
- Protected reverse voltage VBATprot: Up to ‑40 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
- Operating voltage range VBAToperate: 10 V DC ... 36 V DC
- Protected reverse voltage VBATprot: Up to ‑40 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
- Operating voltage range VBAToperate: 10 V DC ... 36 V DC
- Protected reverse voltage VBATprot: Up to ‑58 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
- Operating voltage range VBAToperate: 10 V DC ... 36 V DC
- Protected reverse voltage VBATprot: Up to ‑58 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 58 V DC
- Operating voltage range VBAToperate: 10 V DC ... 58 V DC
- Protected reverse voltage VBATprot: Up to ‑58 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 58 V DC
- Operating voltage range VBAToperate: 10 V DC ... 58 V DC
- Protected reverse voltage VBATprot: Up to ‑58 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 58 V DC
- Operating voltage range VBAToperate: 10 V DC ... 58 V DC
- Protected reverse voltage VBATprot: Up to ‑58 V
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- Operating voltage range for start-up (VBATstart): 6 V DC ... 58 V DC
- Operating voltage range VBAToperate: 10 V DC ... 58 V DC
- Protected reverse voltage VBATprot: Up to ‑58 V
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Power consumption |
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- Typically 75 W with installed I/O modules
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- Typically 75 W with installed I/O modules
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- Typically 75 W with installed I/O modules
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- Typically 100 W with installed I/O modules
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- Typically 100 W with installed I/O modules
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