ZVN3306 (2)
DIODESZVN3306 is available from DIODES at Xecor. Designed for small signal applications, the ZVN3306 offers enhancement mode vertical DMOS technology, a drain-source voltage of 60V, and a continuous drain current of 270mA. Available in the TO-92-3 package, it is ideal for low-power switching and amplification tasks in various electronic circuits. Whether used in consumer electronics, industrial controls, or automotive systems, this series ensures reliable performance, low power dissipation, and efficient operation for demanding applications. Xecor is an authorized distributor for DIODES. Please view our extensive selection of the ZVN3306 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| ZVN3306A | N-CHANNEL ENHANCEMENT MODE VERTICAL DMOS FET | TO92-3 | 5,059 | |
| ZVN3306FTA | ZVN3306F RL MOSFET | SOT23-3 | 4,617 |
Key Featrues
High Drain-Source Voltage (Vdss) of 60V: This feature allows the MOSFET to handle higher voltage levels, making it suitable for applications requiring robust voltage management, such as power supplies and motor control systems. The high Vdss ensures reliable performance in environments with fluctuating voltage levels.
Low Drain-Source On Resistance (Rds On) of 5Ω: The low Rds On minimizes power loss and heat generation, enhancing the efficiency of the MOSFET. This is particularly beneficial in battery-powered devices and energy-efficient circuits, where reducing power dissipation is crucial.
Fast Switching Times (Rise Time: 7ns, Fall Time: 8ns): The quick switching capabilities of this MOSFET make it ideal for high-frequency applications, such as switching regulators and RF amplifiers. Fast switching reduces transition losses and improves the overall speed and responsiveness of the circuit.
Wide Operating Temperature Range (-55°C to +150°C): This feature ensures reliable operation in extreme environmental conditions, making the MOSFET suitable for automotive, industrial, and outdoor applications. The wide temperature range enhances durability and performance in harsh climates.
Compact TO-92 Package: The small form factor of the TO-92 package allows for easy integration into space-constrained designs, such as portable electronics and compact control modules. The through-hole mounting style also simplifies assembly and ensures secure connections in various circuit configurations.
Low Drain-Source On Resistance (Rds On) of 5Ω: The low Rds On minimizes power loss and heat generation, enhancing the efficiency of the MOSFET. This is particularly beneficial in battery-powered devices and energy-efficient circuits, where reducing power dissipation is crucial.
Fast Switching Times (Rise Time: 7ns, Fall Time: 8ns): The quick switching capabilities of this MOSFET make it ideal for high-frequency applications, such as switching regulators and RF amplifiers. Fast switching reduces transition losses and improves the overall speed and responsiveness of the circuit.
Wide Operating Temperature Range (-55°C to +150°C): This feature ensures reliable operation in extreme environmental conditions, making the MOSFET suitable for automotive, industrial, and outdoor applications. The wide temperature range enhances durability and performance in harsh climates.
Compact TO-92 Package: The small form factor of the TO-92 package allows for easy integration into space-constrained designs, such as portable electronics and compact control modules. The through-hole mounting style also simplifies assembly and ensures secure connections in various circuit configurations.
Applications
Low-Power Switching Applications: The ZVN3306A N-Channel MOSFET is well-suited for low-power switching applications, such as in portable electronics or battery-operated devices. Its low drain-source resistance (5Ω) and moderate current handling (270mA) make it ideal for efficiently controlling small loads, ensuring minimal power loss and extended battery life.
Signal Amplification in Audio Circuits: This MOSFET can be used in audio signal amplification circuits, particularly in low-power audio amplifiers or preamplifiers. Its fast switching characteristics (rise time of 7ns and fall time of 8ns) and low input capacitance (35pF) ensure minimal distortion and high fidelity, making it suitable for high-quality audio applications.
Automotive Control Systems: With its robust voltage rating (60V) and ability to handle moderate currents, the ZVN3306A is suitable for automotive control systems, such as in lighting control modules or small motor drivers. Its TO-92 package and through-hole mounting make it easy to integrate into automotive electronics, providing reliable performance in harsh environments.
Precision Current Regulation: The MOSFET's low threshold voltage (2.4V) and consistent performance across a wide temperature range (-55°C to 150°C) make it ideal for precision current regulation in small-scale power supplies or LED drivers. Its ability to operate in enhancement mode ensures accurate control of current flow, making it suitable for applications requiring stable and precise current management.
Signal Amplification in Audio Circuits: This MOSFET can be used in audio signal amplification circuits, particularly in low-power audio amplifiers or preamplifiers. Its fast switching characteristics (rise time of 7ns and fall time of 8ns) and low input capacitance (35pF) ensure minimal distortion and high fidelity, making it suitable for high-quality audio applications.
Automotive Control Systems: With its robust voltage rating (60V) and ability to handle moderate currents, the ZVN3306A is suitable for automotive control systems, such as in lighting control modules or small motor drivers. Its TO-92 package and through-hole mounting make it easy to integrate into automotive electronics, providing reliable performance in harsh environments.
Precision Current Regulation: The MOSFET's low threshold voltage (2.4V) and consistent performance across a wide temperature range (-55°C to 150°C) make it ideal for precision current regulation in small-scale power supplies or LED drivers. Its ability to operate in enhancement mode ensures accurate control of current flow, making it suitable for applications requiring stable and precise current management.
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