MBRA340T3G Schottky Diode – 40V, 3A
Featured Product from Win Source Electronics
The MBRA340T3G Schottky diode from ON Semiconductor is engineered to deliver efficient performance in high-demand applications. With a reverse voltage rating of 40V and an average rectified current of 3A, this diode ensures robust operation in power management systems, industrial machinery, consumer electronics, automotive, and portable devices. Its low forward voltage drop of 450mV @ 3A minimizes energy loss, making it highly effective in energy-sensitive designs.
Engineers can trust the MBRA340T3G for its fast recovery time of 200mA (Io), which allows it to operate efficiently in high-speed switching applications. The diode is housed in a compact SMA package, making it suitable for space-constrained designs. Its broad operating temperature range of -55°C to 150°C ensures reliability even under extreme conditions.
This product helps engineers optimize circuit efficiency and reliability, making it an essential component for power management and other demanding applications.
Long Description with Bullet Points:
Product Features & Key Benefits:
- Diode Type: Schottky, offering fast switching performance
- Voltage Rating (Vr): 40V DC reverse voltage
- Current Rating (Io): 3A average rectified current
- Low Forward Voltage: 450mV @ 3A for improved energy efficiency
- Fast Recovery Time: 200mA (Io) for high-speed applications
- Leakage Current: 300μA @ 40V reverse voltage
- Operating Temperature Range: -55°C to 150°C
- Mounting: SMD (SMT) for efficient assembly
- Package Type: SMA, ideal for space-constrained designs
- Compliance: Halogen-free, RoHS compliant
- Applications: Power management, industrial, automotive, consumer electronics, and portable devices
- Manufacturing Locations: Malaysia, Vietnam
The MBRA340T3G is an excellent choice for engineers looking to improve circuit efficiency and reliability. With high current capacity, low voltage drop, and fast recovery, this Schottky diode is designed for high-performance applications, ensuring optimal operation in a variety of demanding fields.