NSVBAV70TT1G Discrete Semiconductor Products

The NSVBAV70TT1G is a member of the family of diode rectifier arrays, and is designed for switching power supply, DC output and on-board applications. The device is a monolithic integrated circuit containing 8 individual silicon diodes, each of which is packaged in a single device in a hermetically sealed, epoxy-encapsulated package. The device is a low-cost alternative to discrete diodes and offers superior space savings, higher efficiency, and better reliability. The device is also suitable for automated assembly and can be mounted in space-saving, surface mounted circuit configurations.

Key features of NSVBAV70TT1G

• Low forward voltage drop
• Low reverse leakage current
• High surge capability up to 30A
• Excellent transient noise suppression
• High power dissipation capability
• Low thermal resistance junction to case
• Compatible with all types of soldering equipment

Application field of NSVBAV70TT1G

The NSVBAV70TT1G is designed for use in general-purpose applications where reverse recovery time is not critical, such as OR applications, power supplies, and other switching power supply applications. It is also suitable for DC output applications, such as voltage regulators and switching regulators. Its superior surge capability and low jitter characteristics make it well suited for clock generation in microcontrollers and digital signal processing applications. Additionally, the device is well suited for automated assembly and surface mounted circuit configurations.

Working principle of NSVBAV70TT1G

The NSVBAV70TT1G is an 8-pin device that contains 8 individual silicon diodes in an epoxy-encapsulated package. The diodes are connected in parallel and can be driven by a common cathode or common anode. In a typical application, the anode is connected to the output voltage and the cathode is connected to the input voltage. When the input voltage is greater than the output voltage, current will flow through the diode array from the input to the output. The reverse-blocking capability of the device ensures that reverse currents are blocked from flowing from the output to the input, allowing the device to act as an effective rectifier. The device\'s low forward voltage drop results in low power dissipation and improved system efficiency, while the high surge capability ensures that the device can handle transient currents with ease.The device\'s low jitter characteristics make it well suited for clock generation applications, such as microcontrollers and digital signal processing. Additionally, the device\'s low thermal resistance junction to case allows for greater heat dissipation, resulting in improved system reliability.