Product Details The VIP1-1A-06(B011X0477) is an IEC inlet socket EMI power filter designed to combine AC power entry with electromagnetic interference suppression in a compact front-panel-mounted structure. It is intended for electronic equipment where unwanted conducted noise on the AC power line needs to be reduced while maintaining a practical and reliable power connection.This EMI filter is rated for 115/250VAC operation with a maximum rated current of 6A RMS and a standard operating frequency of 50/60Hz. Its filtering design addresses both common-mode and differential-mode interference, helping equipment designers improve EMC performance at the power input.The integrated IEC inlet structure simplifies equipment panel design by combining the power connection and filtering function in one component. The metal housing and front-panel mounting configuration make it suitable for electronic enclosures where space, mechanical integration and electromagnetic noise control are important considerations.For electrical safety, the filter provides a withstand voltage rating of 2000VAC under the specified test condition and an insulation resistance of at least 100MΩ at 500VDC. The maximum leakage current is specified at 0.3mA at 115VAC/60Hz and 0.6mA at 250VAC/50Hz. Its stated operating temperature range is -25°C to +100°C.The filter uses a 6.3mm Fast-on output terminal and provides a compact mounting arrangement for equipment manufacturers. The specified maximum overall dimensions are approximately 40mm in length, 59mm in height and 21mm in thickness, while the recommended front-panel cutout is approximately 40mm × 28.8mm × 21.6mm.Typical applications include industrial controllers, precision measuring instruments, medical equipment, IT equipment, telecommunications equipment and office automation systems. It can also be used in other AC-powered electronic devices where conducted EMI suppression is required at the equipment power entrance.For equipment development, selection should consider rated voltage, operating current, leakage current, available panel space, terminal configuration and the actual noise characteristics of the application. The appropriate filter configuration should be verified against the final equipment's electrical, mechanical and EMC requirements before production.