Molex Micro-Fit+ OCP M-PIC 12V Connectors
Molex Micro-Fit+ OCP M-PIC 12V Connectors support up to 864W to peripheral devices as defined within OCP M-PIC specifications. These connectors enable high-power delivery without increasing connector size, offering significant space savings for enhanced functionality. The Micro-Fit+ OCP M-PIC 12V connectors meet the requirements established by the OCP M-PIC specification, enabling device compatibility to overcome integration challenges. These connectors offer hybrid power and signal capabilities, giving designers more options for various component functions. The Micro-Fit+ OCP M-PIC 12V connectors are RoHS-compliant and halogen-free. Typical applications include interior automotive devices, telemetrics, 3D printers, refrigerators, switches, and servers.
Features
- Meets the requirements established by the OCP M-PIC specification
- Provides exceptional space savings
- 864W high-power delivery
- Hybrid power and signal capabilities
- RoHS-compliant and halogen-free
- Glow wire capable
Applications
- Automotive:
- Interior automotive devices
- Non-sealed applications
- Telemetrics
- Consumer:
- 3D printers
- Copiers
- Freezers
- Pinball and slot machines
- Refrigerators
- Vending machines
- Video poker and pachinko equipment
- Washing machines
- Networking and telecommunications:
- Edge compute equipment (OCP)
- Routers
- Servers
- Storages systems
- Switches
- Servers and storage:
- DC-MHS servers (OCP M-PIC)
Specifications
- Electrical:
- 5mΩ power terminal contact resistance
- 20mΩ signal terminal contact resistance
- 1000MΩ minimum insulation resistance
- 250V AC/DC maximum voltage
- 13.5A (power)/1A (signal) maximum current
- 1500VAC dielectric withstand voltage
- 30°C temperature rise
- 4 signal contacts rated at 1A
- Fully isolated terminals
- Positive locking on housing with low thumb latch operation
- Physical:
- Header: UL 94V-0, black, and liquid crystal polymer
- Header pin: high copper alloy and tin plating
- Receptacle: nylon, black, UL 94V-0, and low halogen
- Power terminal: high-current copper alloy
- Signal terminal: phosphorous bronze
