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| Connector Technical Data | |||||||||
| Part No. | MC08T1LSAB | ||||||||
| Connectors No. | 8Pin | ||||||||
| Application | Sensors, Actuators, Encoders, Servo motors | ||||||||
| Contact plating | Au (Gold) | ||||||||
| Rated Temperature | Flexible: -25℃~+80℃, Static: -40℃~+80℃ | ||||||||
| Contact Carrier | TPU+GF | ||||||||
| O-ring | FKM/Silicon O-Ring | ||||||||
| Insulation Resistance | ≥100MΩ | ||||||||
| Contact Resistance | ≤5mΩ | ||||||||
| Termination | Soldering | ||||||||
| Rated current | 2A | ||||||||
| Protection Degree | IP67,IP68 | ||||||||
● IP67 IP68 IP69 and UL approvals
● Plug Mating Life: 500 times
● 360° shielded or non shielded versions are available
● Warranty: 3-years quality guarantee period
● Sturdy metal coupling screws with anti-vibration design, 48 hours Salt Spray Test
● Application : Sensors, Actuators, Encoders, Servo motors
● Current rating : 2A
● Operation voltage : 30V
● RoHS, REACH compliant.
FAQ
● CAN you use 120 ohm termination resistor?
It is well known, in the CAN community at least, that every CAN and CAN FD network should be terminated with a 120 Ohm resistor at each end of the bus. ... If your termination is correct, you should read approximately 60 Ohms (two 120 Ohm resistors in parallel produce a resistance of 60 Ohms).
● Why do we use 120 ohm termination resistor?

