Features
1. Wide voltage operation suitable for diverse industrial power applications with high compatibility to meet varied load requirements
2. Ideal diode control circuit effectively prevents current backflow and reverse current, safeguarding power system integrity
3. Ultra-low conduction power consumption significantly reduces voltage drop and heat generation, enhancing overall energy efficiency
4. Miniature compact design with small footprint facilitates integration into space-constrained industrial modules
5. High reliability and stability engineered for industrial environments, ensuring long-term operational stability

Parameter
60V10A
Maximum 60V withstand voltage
Operating range: 0.6-55V
This ideal diode module employs a dedicated chip to simulate an ideal diode rectifier. Two MOSFETs with 6mR low internal resistance are connected in parallel, minimizing voltage drop during high-current operation and eliminating the 0.7V voltage drop typical of standard diodes. Tested at 16A under air cooling. When mounted on a large heat sink, theoretical operation exceeds 30A depending on thermal conditions. Ensure module temperature does not exceed 110°C, otherwise rapid overheating will occur.

100V 60A
Maximum 100V withstand voltage
Operating range: 5-100V
This ideal diode module employs a dedicated chip to simulate an ideal diode rectifier. It utilizes two 0.8mΩ low-resistance MOSFETs in parallel, minimizing voltage drop during high-current operation and avoiding the 0.7V voltage drop typical of standard diodes. Tested under air-cooled conditions, it can handle 40A. When mounted on a large heat sink, the module can theoretically handle over 60A depending on heat dissipation. The module requires a ground connection, offering superior noise immunity and broader application range compared to ungrounded ideal diodes, with more stable output.

Package include
Ideal Diode Module*1