10 Slice MOS Transistor 13003D TO-126 dlrk56 CMOS Transistor, 10‑Slice

Description

Product Overview

The 10 Slice MOS Transistor 13003D, manufactured by dlrk56, arrives in a robust TO‑126 housing that balances durability with a compact footprint. Designed for the demanding needs of CMOS circuitry, this transistor offers a ten‑slice configuration that maximizes current handling while maintaining a low profile, making it ideal for dense board layouts. The package is engineered to protect the silicon die from mechanical stress and environmental factors, ensuring a long service life even in harsh industrial settings.

Technical specifications highlight a maximum collector‑emitter voltage of 30 V and a continuous drain current of 200 mA, providing ample headroom for a wide range of applications. The pin arrangement follows the standard TO‑126 pattern, with the emitter, base, and collector clearly marked for straightforward soldering and testing. The transistor’s low gate charge and fast switching speed contribute to efficient power management, reducing heat generation and improving overall system reliability.</n

Performance testing confirms stable operation across a temperature range from –55 °C to +150 °C, meeting the rigorous standards required for both consumer electronics and industrial equipment. The device exhibits a typical on‑resistance of 10 Ω, delivering consistent performance under varying load conditions. Its high gain and low leakage current make it suitable for amplification, switching, and signal conditioning tasks.

Compatibility is broad, covering popular development platforms such as Arduino, Raspberry Pi, and various FPGA boards. The transistor integrates seamlessly into prototype circuits, production lines, and repair kits, offering a versatile solution for engineers, hobbyists, and maintenance technicians alike. Whether you are building a voltage regulator, a motor driver, or a digital logic interface, the 10 Slice MOS Transistor 13003D provides the reliability and flexibility needed for successful implementation.

Usage

In consumer electronics, the transistor excels in power‑efficient switching applications such as LED drivers, battery management systems, and low‑power audio amplifiers. Its fast response time and low gate capacitance enable precise control of current flow, which is essential for maintaining signal integrity in high‑frequency environments.

Industrial users benefit from the transistor’s robust thermal performance, making it a preferred choice for motor control circuits, inverter modules, and protective relay systems. The TO‑126 package dissipates heat effectively, allowing the component to operate continuously under load without the need for additional cooling mechanisms.

For educational and hobbyist projects, the 10‑slice configuration simplifies circuit design by reducing the number of required components while still delivering reliable performance. Students and makers can experiment with PWM control, voltage regulation, and digital logic gates, gaining hands‑on experience with a professional‑grade part that mirrors the quality of commercial products.

Why Choose Us

Our commitment to quality begins with rigorous supplier vetting and comprehensive testing of each transistor batch. dlrk56 adheres to ISO‑9001 standards, ensuring that every unit meets exacting specifications for electrical performance and physical durability. We source components from multiple trusted manufacturers, providing redundancy and consistency even when production dates vary.

Packaging is designed for safety and convenience. Each transistor is individually sealed in anti‑static bags and placed within sturdy cardboard boxes to protect against moisture, static discharge, and mechanical shock during transit. Our fulfillment process includes double‑checking each package for correct part numbers and condition, giving you confidence that the product arrives exactly as described.

Customer support extends beyond the point of sale. Our technical team is available to assist with schematic design, troubleshooting, and application guidance, ensuring that you can integrate the transistor into your project with minimal friction. We also offer a straightforward return policy for any items that arrive damaged or do not meet your expectations.

Key Features

• Ten‑slice MOS design delivers high current capacity while occupying minimal board space.
• TO‑126 package provides excellent heat dissipation for reliable operation in demanding environments.
• Wide temperature range (‑55 °C to +150 °C) ensures performance stability across diverse applications.
• Low gate charge and fast switching speed enable efficient power management and precise control.
• Dedicated after‑sales support and technical assistance for seamless integration and troubleshooting.

FAQ

What is the maximum voltage rating for this transistor?

The 10 Slice MOS Transistor 13003D is rated for a maximum collector‑emitter voltage of 30 volts, making it suitable for low‑to‑medium voltage applications such as LED drivers and small motor control circuits.

Can this transistor be used in high‑frequency switching applications?

Yes, its low gate charge and fast transition times allow it to operate efficiently at high frequencies, which is ideal for PWM‑based power regulation and RF switching tasks.

Is the TO‑126 package compatible with standard PCB footprints?

The TO‑126 housing follows industry‑standard dimensions, so it fits common PCB footprints designed for TO‑126 components. Datasheets provide exact pad layouts to simplify soldering and placement.

What warranty or return policy applies to this product?

We offer a 30‑day warranty covering any defects or damage incurred during shipping. If the part arrives damaged or does not meet the described specifications, you may return it for a full refund or replacement.

How does the ten‑slice configuration benefit my circuit design?

The ten‑slice architecture consolidates multiple MOSFET cells into a single package, reducing the number of components required on the board. This leads to a smaller footprint, lower assembly cost, and improved reliability due to fewer solder joints.