| RATED VOLTAGE | 250 vac | ||
| RATED CURRENT | 10 A | ||
| Voltage Drop | Less than 1V | ||
| Overload | 140% of rated current for 15 minutes | ||
| Harmonic Distortion | Less than 2% @ full rated current | ||
| Leakage Current | ≤0.2A@380/230VAC and 50Hz | ||
| Dielectric Withstanding Voltage | 1000VDC (line to line) 1000VDC (line to case) | ||
| DC Insulation Resistance | As Per MIL-STD-202 Method 202 | ||
| Terminal Strength | As Per MIL-STD-202 Method 211 | ||
| Temperature Rise | As Per MIL-F-15733 | ||
| Insertion Loss | ≥70dB@150K-10GHz As Per MIL-STD-220A, Under Load Condition | ||
| Climatic Classification | 25/070/21 | ||
Electromagnetic interference (EMI) is broadly defined as the electrical or magnetic interference that degrades or damages the integrity of a signal or the components and functionality of electrical equipment. Electromagnetic interference; which encompasses radio frequency interference, is normally broken into two broad areas:
Narrowband emissions are usually man-made and limited to a tiny area of the radio spectrum. The hum that power lines make are a good example of a narrowband emission. They may be continuous or sporadic.
Broadband emissions can be either mad-made or natural in origin. They tend to effect a large area of the electromagnetic spectrum. They can be one time events that are random, sporadic, or continuous. Everything from a lightning strike to computers generate broadband emissions.
