以上是MIL4922-09L的詳細(xì)信息，包括MIL4922-09L廠家代理聯(lián)系方式、PDF參數(shù)資料、圖片等信息!
固定電感器 M27/367-18, High Current Molded Choke Surface Mount Power Inductor, 5.6uH at 15%, DCR Max: 0.051 Ohms, Max Current: 2790mA, Incremental Current: 2790mA with L decreased by 5%
固定電感器 M27/367-19, High Current Molded Choke Surface Mount Power Inductor, 6.8uH at 15%, DCR Max: 0.058 Ohms, Max Current: 2610mA, Incremental Current: 2610mA with L decreased by 5%
固定電感器 M27/367-20, High Current Molded Choke Surface Mount Power Inductor, 8.2uH at 15%, DCR Max: 0.063 Ohms, Max Current: 2510mA, Incremental Current: 2510mA with L decreased by 5%
固定電感器 M27/367-21, High Current Molded Choke Surface Mount Power Inductor, 10uH at 15%, DCR Max: 0.071 Ohms, Max Current: 2360mA, Incremental Current: 2360mA with L decreased by 5%
固定電感器 M27/367-22, High Current Molded Choke Surface Mount Power Inductor, 12uH at 15%, DCR Max: 0.079 Ohms, Max Current: 2240mA, Incremental Current: 2240mA with L decreased by 5%
固定電感器 15 UH 15%
固定電感器 M27/367-24, High Current Molded Choke Surface Mount Power Inductor, 18uH at 15%, DCR Max: 0.119 Ohms, Max Current: 1820mA, Incremental Current: 1820mA with L decreased by 5%
固定電感器 M27/367-25, High Current Molded Choke Surface Mount Power Inductor, 22uH at 15%, DCR Max: 0.152 Ohms, Max Current: 1610mA, Incremental Current: 1610mA with L decreased by 5%
固定電感器 M27/367-26, High Current Molded Choke Surface Mount Power Inductor, 27uH at 15%, DCR Max: 0.179 Ohms, Max Current: 1480mA, Incremental Current: 1480mA with L decreased by 5%
固定電感器 M27/367-27, High Current Molded Choke Surface Mount Power Inductor, 33uH at 15%, DCR Max: 0.222 Ohms, Max Current: 1330mA, Incremental Current: 1330mA with L decreased by 5%
固定電感器 M27/367-28, High Current Molded Choke Surface Mount Power Inductor, 39uH at 15%, DCR Max: 0.315 Ohms, Max Current: 1120mA, Incremental Current: 1120mA with L decreased by 5%
固定電感器 M27/367-29, High Current Molded Choke Surface Mount Power Inductor, 47uH at 15%, DCR Max: 0.362 Ohms, Max Current: 1040mA, Incremental Current: 1040mA with L decreased by 5%
