Connector Technical Data | |||||||||
Model Number | MC05C1LCLSB14CK50 | ||||||||
Connectors No. | 5 Pin | ||||||||
Locking System | M12×1.0 Screw | ||||||||
Rated Current | 16A | ||||||||
Rated Voltage | 690V AC | ||||||||
Impulse Voltage | 1500V | ||||||||
Wire Gauge | AWG 14 | ||||||||
Over molding | TPU | ||||||||
Screw nut | Brass, CNC, nickel plated | ||||||||
Contact | Male: Brass; Female: Phosphor bronze | ||||||||
Contact Carrier | PA66 + GF | ||||||||
Contact Plating | Au(Gold) | ||||||||
Protection Degree | IP67,IP68 |
Sources of EMI
In general, EMI sources can be divided into two major categories: ambient EMI and power quality problems. Railroad and mass transit systems, medical equipment, and military applications also face their own specific challenges. Increasingly, intentional electromagnetic interference (IEMI) also represents a threat to non-military assets such as the power grid and other types of critical infrastructure.
FAQ
● What is EMI Shielding?
EMI Shielding in electronic devices and equipment is the use of manufacturing techniques and materials to protect signals from being disrupted by external electromagnetic signals as well as preventing generated signals from interfering with surrounding components.
● Why is EMI Shielding Important?
Electromagnetic interference (EMI) can disrupt electronic devices, equipment, and systems that are used in critical applications. Examples include medical, military, and aerospace electronics; mass transit systems; industrial touch screens; and navigation and vehicular control systems - just to name a few.
The causes of electromagnetic interference are numerous, and include both man-made and natural sources. The results can range from temporary disturbances and data losses to system failure and even loss of life.