MDWI15 シリーズ
15W DC-DC パワーコンバータ
High Density DC-DC Converter with Isolation
製品概要
MINMAX's MDWI15 series is the latest generation of the isolated DC to DC converter module specially designed for industrial use. With a power density of up to 74W per cubic inch (W/in3), it provides a full 15W in a small DIP-16 package which occupies only 0.5 square inches of PCB space, achieving a big breakthrough in the size, helping people who want to mitigate the critically limited space constrain. MDWI15 series 15W DC-DC converter has been widely used in numerous applications like motion controllers, intelligent inspection robots, unmanned vehicles, charging piles, etc., popular among MINMAX's clients.
Because of the advanced circuit topology, MDWI15 series 15W DC-DC converter can keep high stability of overall efficiency, power loss, and heat generation regardless of changes in internal and external conditions and provides up to 87% efficiency and instantaneous load capacity. The best operating temperature range of MDWI15 series 15W DC-DC converter is from -40°C to 85°C. If customers want better heat dissipation performance, MINMAX power module manufacturers can offer optional heat sinks and a more flexible design based on your demand.
The input voltage range of MDWI15 is 9-36V & 18-75V. There are 12 models - 5.1V, 12V, 15V, 24V, ±12V, ±15V for customers to choose from. Of course, every model passed CB Certification, EMI Conduction Class A Certification, and UL/cUL/IEC/EN 62368-1 safety certifications to ensure its safety and quality. If you need more specs of our products such as 150W DC-DC converter or 30W DC-DC converter, feel free to contact us!
製品仕様
| 出力電圧精度 | 最大値 ±1.0% |
| 入力電圧変動 | 代表値 ±0.2% |
| 負荷変動 | 最大値 ±1.0% |
| リップル&ノイズ (20MHz) | 代表値 70 mVp-p |
| 効率 | 最大 87% |
| 絶縁耐圧 | 最小値 1,500 VDC |
| 絶縁容量 | 最大値 2,200 pF |
| 動作温度範囲 | -40℃ to +85℃ (ディレーティングカーブ参照) |
| 短絡保護 | 連続(自己復帰型) |
| ケース素材 | 非導電性ベースプレート付メタル |
| 安全規格 | UL/cUL/IEC/EN 62368-1, CB-Report , CE Marking |
| Comparison | Model Number | 出力電力 | 入力電圧 (VDC) | 出力電圧 (VDC) | 出力電流 (mA) | 効率 | 出力安定 | 絶縁耐圧 | パッケージ形状 |
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