Tehnička dokumentacija
Tehnički podaci
Proizvođač
MolexSeries
EXTreme PowerMass
Product Type
PCB Header
Pitch
3.2mm
Current
150A
Number of Contacts
1
Housing Material
Thermoplastic
Number of Rows
1
Orientation
Right Angle
Shrouded/Unshrouded
Shrouded
Connector System
Board-to-Board
Mount Type
Through Hole
Contact Material
Copper Alloy
Contact Plating
Gold
Minimum Operating Temperature
-40°C
Row Pitch
3.2mm
Termination Type
Solder
Maximum Operating Temperature
105°C
Standards/Approvals
No
Voltage
600 V
Detalji o proizvodu
EXTreme PowerMass™ 150 Amp Module
EXTreme PowerMass PCB receptacle power connectors for high capacity board-to-board applications. These EXTreme PowerMass PCB receptacle power connectors offer 350.0A per inch current density and less than 1 mΩ resistance at end-of-life allowing minimum heat generation with maximum current transfer.
Molex EXTreme PowerMass™ Range
Informacije o stanju skladišta trenutno nisu dostupne.
€ 16,54
€ 16,54 komadno (bez PDV-a)
€ 20,68
€ 20,68 komadno (s PDV-om)
1
€ 16,54
€ 16,54 komadno (bez PDV-a)
€ 20,68
€ 20,68 komadno (s PDV-om)
Informacije o stanju skladišta trenutno nisu dostupne.
1
| količina | jedinična cijena |
|---|---|
| 1 - 19 | € 16,54 |
| 20 - 74 | € 14,40 |
| 75 - 299 | € 13,34 |
| 300 - 599 | € 11,88 |
| 600+ | € 11,71 |
Tehnička dokumentacija
Tehnički podaci
Proizvođač
MolexSeries
EXTreme PowerMass
Product Type
PCB Header
Pitch
3.2mm
Current
150A
Number of Contacts
1
Housing Material
Thermoplastic
Number of Rows
1
Orientation
Right Angle
Shrouded/Unshrouded
Shrouded
Connector System
Board-to-Board
Mount Type
Through Hole
Contact Material
Copper Alloy
Contact Plating
Gold
Minimum Operating Temperature
-40°C
Row Pitch
3.2mm
Termination Type
Solder
Maximum Operating Temperature
105°C
Standards/Approvals
No
Voltage
600 V
Detalji o proizvodu
EXTreme PowerMass™ 150 Amp Module
EXTreme PowerMass PCB receptacle power connectors for high capacity board-to-board applications. These EXTreme PowerMass PCB receptacle power connectors offer 350.0A per inch current density and less than 1 mΩ resistance at end-of-life allowing minimum heat generation with maximum current transfer.


