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| # | Part: | Description: | Manuf. | Package | Pins | T°min | T°max | PDF size |
| 721. | MI-J71MA | Input voltage:165V; outputV:12V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 722. | MI-J73MA | Input voltage:165V; outputV:24V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 723. | MI-J73MZ | Input voltage:165V; outputV:24V; 25W; 5A; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 724. | MI-J74MA | Input voltage:165V; outputV:48V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 725. | MI-J74MZ | Input voltage:165V; outputV:48V; 25W; 5A; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 726. | MI-J7JMA | Input voltage:165V; outputV:36V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 727. | MI-J7JMZ | Input voltage:165V; outputV:36V; 25W; 5A; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 728. | MI-J7JMZ | Input voltage:165V; outputV:36V; 25W; 5A; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 729. | MI-J7KMA | Input voltage:165V; outputV:40V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 730. | MI-J7KMZ | Input voltage:165V; outputV:40V; 25W; 5A; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 731. | MI-J7LMA | Input voltage:165V; outputV:28V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 732. | MI-J7LMZ | Input voltage:165V; outputV:28V; 25W; 5A; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 733. | MI-J7MMA | Input voltage:165V; outputV:10V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 734. | MI-J7NMA | Input voltage:165V; outputV:18.5V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 735. | MI-J7NMZ | Input voltage:165V; outputV:18.5V; 25W; 5A; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 736. | MI-J7PMA | Input voltage:165V; outputV:13.8V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 737. | MI-J7PMA | Input voltage:165V; outputV:13.8V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 738. | MI-J7RMA | Input voltage:165V; outputV:7.5V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 739. | MI-J7TMA | Input voltage:165V; outputV:6.5V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
| 740. | MI-J7VMA | Input voltage:165V; outputV:5.8V; 10W; military DC-DC converter. For military applications utilizing distributed power architectures | VICOR | - | 9 | -55°C | 100°C | 86K |
