VN10LP MOSFETs by Diodes Incorporated – Compact Power Switching for Low-Voltage Designs
The MOSFETs VN10LP by Diodes Incorporated are high-efficiency, N-channel enhancement mode devices ideal for compact power management applications. These Discrete Semiconductors offer low gate drive requirements, fast switching speeds, and low drain-source resistance, making them excellent choices for switching regulators, relay drivers, and motor control systems.
In this blog, we’ll explore technical specs, features, real-world applications, wiring guidance, and alternatives from Ferranti. Whether you're working on low-power systems or driving inductive loads, the VN10LP MOSFETs deliver reliable, space-saving performance.
Technical Specifications of VN10LP
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Manufacturer: Diodes Incorporated
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Part Number: VN10LP
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Type: N-Channel Enhancement Mode MOSFET
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Drain-Source Voltage (Vds): 100V
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Continuous Drain Current (Id): 200mA
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Power Dissipation (Pd): 400mW
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Gate Threshold Voltage (Vgs(th)): 2V–4V
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RDS(on): 5O max @ Vgs = 10V
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Package Type: TO-92
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Operating Temperature: -55°C to +150°C
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Category: Semiconductors, Discrete Semiconductors, Transistors, MOSFETs
The VN10LP is a versatile device well-suited for analog switching and low-current load driving applications.
Key Features of VN10LP MOSFETs
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Low Gate Drive Requirement – Operates efficiently with standard logic-level voltages
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Compact TO-92 Package – Ideal for space-constrained PCBs
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High Voltage Handling – Supports up to 100V across drain and source
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Fast Switching Speed – Suitable for PWM and low-speed digital switching
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Low RDS(on) – Minimizes power loss and improves thermal efficiency
These advantages make VN10LP MOSFETs an excellent solution in the world of Discrete Semiconductors for power control and signal switching.
Applications of VN10LP
The VN10LP MOSFETs are ideal for:
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Relay Drivers and Inductive Load Switching
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Small Motor Controllers
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Signal Amplification Circuits
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DC-DC Converters
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Battery Management Systems
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LED Lighting Controllers
As versatile Transistors, they provide reliable switching performance in both consumer electronics and industrial systems.
Wiring and Connection Overview
Typical TO-92 Pin Configuration:
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Pin 1 (Gate): Connect to PWM or logic signal
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Pin 2 (Drain): Connect to load (e.g., motor or LED)
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Pin 3 (Source): Connect to ground
Use a gate resistor (~100O) for improved switching control and to prevent voltage spikes that may damage the MOSFET.
Use Case Scenario: Microcontroller-Based Fan Control
Scenario: A hardware engineer was developing a low-cost fan control system for a compact embedded device.
Problem: The relay-based switching method added mechanical noise and consumed more space on the board.
Solution: The VN10LP MOSFETs replaced relays, offering quiet, fast, and low-power switching controlled directly by the microcontroller.
Result: Reduced component size, eliminated relay noise, and improved system longevity—a perfect example of leveraging Semiconductors in compact control systems.
Also Available from Other Manufacturers
If you're looking for alternative MOSFETs to the VN10LP, consider options from:
These options are also available through Xon Electronics for broader sourcing flexibility.
Download Datasheet for VN10LP
Need detailed graphs, pinout diagrams, and performance specs?
[Download the VN10LP Datasheet from Xon Electronics]
Why Buy from Xon Electronics?
Order VN10LP MOSFETs from Xon Electronics and enjoy:
- 100% Authentic Diodes Incorporated Parts
- Global Shipping – USA, India, Australia, Europe & beyond
- Competitive Pricing for Bulk and OEM Orders
- Application Support for Engineers
- Safe, Quick & Reliable Online Purchasing
We’re your trusted partner in sourcing reliable Semiconductors and Discrete Semiconductors.
FAQs – VN10LP MOSFETs
Q1. What is the maximum voltage the VN10LP can handle?
It supports up to 100V between drain and source.
Q2. What kind of applications is it suited for?
Low-power switching, relay driving, and small motor control.
Q3. Does it need a heat sink?
Not typically, due to its low current handling, but good ventilation is advisable.
Q4. What is the typical gate drive voltage?
A logic-level voltage of 10V is sufficient.
Q5. Is global shipping available?
Yes, available through www.xonelec.com with delivery to USA, India, Australia, Europe, and more.
Conclusion
The VN10LP MOSFETs by Diodes Incorporated provide reliable, compact, and low-power switching solutions for modern electronics. Whether you're designing battery-powered devices, sensor circuits, or control modules, these MOSFETs are efficient and easy to integrate into any project.
Buy now from Xon Electronics with global shipping across the USA, India, Australia, Europe, and other regions.