NSVBAV99WT3G Discrete Semiconductor Products

Diodes - Rectifiers - Arrays - NSVBAV99WT3G Application Field and Working Principle

The NSVBAV99WT3G is a diode rectifier array designed and manufactured to manage large currents in the range of 200 volts and 25 amps. This product is commonly used in power supply, charging and power management applications. It can be found in mobile telecommunications, consumer electronics, automotive and aviation applications and other demanding environments, as well.

Features

• Thin packages with a thickness of 0.84mm
• Low Vf (forward voltage drop) over the full temperature range
• A maximum reverse voltage of 200V
• A maximum average forward current of 25A
• High forward surge current capability
• Excellent temperature coefficient specifications

Applications

• Power supply and power management circuits
• Drivers circuits
• IP phone sources
• Switch mode power supply (SMPS) rectifiers
• VDC Bus rectifiers
• Load switching applications
• Cellular phone DC/DC convserters
• Automotive electronic device supply
• Surge immunity testing
• Aviation applications

Working Principle

The working principle of the NSVBAV99WT3G diode rectifier array is based on the simple concept that a diode will allow current to flow in one direction only. This characteristic is used in rectification circuits to convert alternating current (AC) power to direct current (DC) power. The NSVBAV99WT3G diode rectifier array is designed to be a compact, but robust-performing solution for power management applications. It is designed to withstand voltage up to 200V and to handle up to 25 Amperes of current. The package for each diode also features a low profile and thickness of only 0.84mm, making it ideal for use in slim form factor designs.

Conclusion

The NSVBAV99WT3G diode rectifier array is a versatile power management solution that can handle up to 200V and 25A of current. Its low profile and small package make it ideal for use in space- saving, high power designs. Additionally, it provides excellent temperature coefficient specifications for improved temperature control, as well as improved forward surge current capability for more reliable and robust power switching solutions.