Overview
- Input Power Supply Voltage
- Current Drawn @ +3.3V, +5V, +12V, +28V
- Power
- Compliance
- MIL-STD-1275
- Board Connection Overview
- Figure : Assembly 3D view
- Fasteners
- Mating connectors or cables
- Connectors Specifications
- Connector Overview
- Identification
- Connector Environmental & Mechanical Specifications
- Table :
- Characteristic Performance & Standard
- Sealing performance (Mated & unmated)
- Sealing performance soft caps
- Operating Temperature Range
- Corrosion Resistance Salt mist
- Endurance mating cycles
- Vibration, random
- Shock
- Characteristic Performance Standard
- Shell Resistance
- Insulation Resistance
- Shielding Effectiveness
- Connector Keying
- Table : Connector Keying
- Connector
- Key Code
- Key Pattern
- Table : Connector Keying
- Table :
- Connector Overview
- Figure : Assembly 3D view
PCB Footprint
Figure : PCB Footprint
- Hole to Hole dimensions
- Hole to Connector dimensions
I/O Connector Specifications
- Table : I/O Connector Specifications
- Onboard connector
- Manufacturer
- Manufacturer P/N
- Description
- Mating connectors
- Manufacturer
- Manufacturer P/N
- Description
- Figure : I/O Connector Pinout relative to footprint
- Notch/Index reference
- Mounting holes, top view
- Pin arrangement/numbering : Pin 1, Pin N/2-1, Pin N/2, Pin N, top view
- Table : I/O Connector Pinout
- Pin #
- Pin/Signal Name
- Type
- Description
- Connection Tips
- Table : I/O Electrical Specifications
- Power Supply ( Condition – Min – Nom – Max – Unit )
- Input Voltage Range
- Typical Power Consumption
- Current Consumption
- Voltage Spike Protection Energy
- Voltage Surge Protection
- Reverse Voltage Protection
- LVTTL
- RS232
- RS422
- Driver Specifications
- Parameter Condition Min Nominal Max Unit
- Differential Driver Output Voltage
- Difference in Magnitude of Driver
- Differential Output Voltage for Complementary Output States
- Driver Common Mode Output Voltage
- Difference in Magnitude of Driver
- Common Mode Output Voltage for Complementary Output States
- Maximum Driver Short-Circuit Current
- Receiver Specifications
- Parameter Condition Min Nominal Max Unit
- Receiver Input Resistance 96 125 k Ω
- Receiver Termination Resistance Enabled
- Receiver Input Current (Rx- to Rx+)
- Receiver Differential Input Threshold Voltage (RX- minus RX+)
- Receiver Input Failsafe Hysteresis
- Receiver Input Failsafe Threshold
- SYNC IN/OUT and other General Purpose I/O pins
- Input low level voltage
- Input high level voltage
- Weak pull-up equivalent resistor
- Output low voltage
- Output high voltage
- Output drive current
- Output high to low fall time
- Output low to high rise time
- Output Frequency
- Isolated
- Parameter Condition Min Nominal Max Unit
- Isolation Voltage
- Working Isolation Voltage
- Power ground relative to Signal ground
- Signal ground relative to
- ESD Protection
- Input Logic-High Voltage
- Input Logic-Low Voltage
- Output Logic-High Voltage
- Output Logic-Low Voltage
- Input Capacitance 2 pF
- Table : I/O Absolute maximum ratings
- Driver Specifications
- Power Supply ( Condition – Min – Nom – Max – Unit )
- Onboard connector
GNSS RF Connectors
Figure : Connector Identification
Table : GNSS Connector Specifications
Onboard connector
Manufacturer
Manufacturer P/N
Description
Mating connectors
Manufacturer
Manufacturer P/N
Description
GNSS Antenna Electrical Specifications ( Min. – Nom. – Max. – Unit )
Output Voltage (No load)
Output Current 100 mA
Current-limit switch On-Resistance
Current-limit switch Full-load limit
Maximum No-load Current limit
Short-circuit current limit response time