
支持更多功能、增加有效载荷并延长运行时间
了解 Vicor 如何提供高效的大功率并减轻重量,支持更大的有效载荷,从而助力成功完成任务
MIL-COTS PRM 符合 MIL-STD-1275 和 MIL-STD-704 的许多地面车辆和机载要求。在额定功率高达 500W 时,PRM 可产生标称分比母线电压,控制范围为 26 - 50 或 20 - 55 VDC。下游隔离式 VTM 可提供 1:1 至 1:32 的 12 分压比,并为用户提供灵活性,在仅占用 1 平方英寸的表面贴装封装中,可从 1 至 50VDC 的任何输出电压下为用户提供高达 80A 的电流。
筛选产品
| 型号 | Datasheet | 输入电压 (V) | 输出电压 (V) | Output Current (W) | 安装方式 | 封装 | 加入购物车/查看详情 | |
|---|---|---|---|---|---|---|---|---|
| Datasheet: | 输入电压 (V): 28 (18 - 50) |
输出电压 (V): 36 (26 - 50) |
Output Current (W): 200.0 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 28 (18 - 50) |
输出电压 (V): 36 (26 - 50) |
Output Current (W): 200.0 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 48 (38 - 55) |
输出电压 (V): 48 (20 - 55) |
Output Current (W): 500.0 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 48 (38 - 55) |
输出电压 (V): 48 (20 - 55) |
Output Current (W): 250.0 |
安装方式: Surface Mount |
封装: Half Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 48 (38 - 55) |
输出电压 (V): 48 (20 - 55) |
Output Current (W): 500.0 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
筛选产品
| 型号 | Datasheet | 输入电压 (V) | 输出电压 (V) | 输出电流 (A) | 安装方式 | 封装 | 加入购物车/查看详情 | |
|---|---|---|---|---|---|---|---|---|
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 3.0 (2.2 - 4.6) |
输出电流 (A): 40 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 4.5 (3.2 - 6.9) |
输出电流 (A): 27 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 6.0 (4.3 - 9.2) |
输出电流 (A): 20 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 7.2 (5.2 - 11.0) |
输出电流 (A): 17 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 9.0 (6.5 - 13.8) |
输出电流 (A): 13 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 12.0 (8.7 - 18.3) |
输出电流 (A): 10 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 18.0 (13.0 - 27.5) |
输出电流 (A): 7.0 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 24.0 (17.3 - 36.7) |
输出电流 (A): 5.0 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 36.0 (26.0 - 55.0) |
输出电流 (A): 3.0 |
安装方式: Surface Mount |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 3.0 (2.2 - 4.6) |
输出电流 (A): 25 |
安装方式: Surface Mount |
封装: Half Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 4.5 (3.2 - 6.9) |
输出电流 (A): 20 |
安装方式: Surface Mount |
封装: Half Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 9.0 (6.5 - 13.8) |
输出电流 (A): 10 |
安装方式: Surface Mount |
封装: Half Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 3.0 (2.2 - 4.6) |
输出电流 (A): 40 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 4.5 (3.2 - 6.9) |
输出电流 (A): 27 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 6.0 (4.3 - 9.2) |
输出电流 (A): 20 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 7.2 (5.2 - 11.0) |
输出电流 (A): 17 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 9.0 (6.5 - 13.8) |
输出电流 (A): 13 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 12.0 (8.7 - 18.3) |
输出电流 (A): 10 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 18.0 (13.0 - 27.5) |
输出电流 (A): 7.0 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 24.0 (17.3 - 36.7) |
输出电流 (A): 5.0 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
| Datasheet: | 输入电压 (V): 36 (26 - 50) |
输出电压 (V): 36.0 (26.0 - 55.0) |
输出电流 (A): 3.0 |
安装方式: Through Hole |
封装: Full Chip |
View Details | ||
功率密度高达 312W/in3
1.3MHz 开关频率
95% 效率
ZVS 降压-升压调节
隔离式 1-50V 输出
快速瞬态响应
1.7MHz 开关频率
高达 96.5% 的效率
支持更多功能、增加有效载荷并延长运行时间
了解 Vicor 如何提供高效的大功率并减轻重量,支持更大的有效载荷,从而助力成功完成任务
Powering AI processors – 48V vertical power delivery changes the game
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Innovative 48V AI power architecture delivers both high current density and high current gain
Vicor 48V Factorized Power Architecture slashes thermal losses and delivers high current density to meet the extreme power demands of AI processors
48V Factorized Power Architecture™ slashes thermal losses and outperforms multiphase approach when powering AI
AI hardware faces severe power and cooling limits. Engineers debate 48V vs. 6V intermediate buses alongside new vertical power delivery (VPD) structures
加州居民请参考加州 65 号提案的内容


