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10 Slice MOS Transistor NCE40TH60BP TO-3P

Original price was: $18.98.Current price is: $18.60.

Designed for demanding industrial and scientific projects, the 10 Slice MOS Transistor NCE40TH60BP TO‑3P from dlrk56 delivers stable CMOS performance in a compact 10‑pin TO‑3P package. Its reliable switching characteristics and low on‑resistance make it ideal for power regulation, signal amplification, and precision control circuits. Packaged securely, this transistor ensures easy integration and long‑term durability for engineers and hobbyists alike.

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SKU: CJW6MKB0D8WF Category:
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Description

Product Overview

The 10 Slice MOS Transistor NCE40TH60BP TO-3P from dlrk56 is a high‑quality CMOS device designed to meet the rigorous demands of modern industrial and scientific applications. Featuring a robust 10‑pin TO‑3P metal package, this transistor offers excellent thermal dissipation and mechanical stability, ensuring consistent operation even under high‑current conditions. Its N‑channel MOS architecture provides low on‑resistance and fast switching speeds, making it suitable for a wide range of power management and signal processing tasks.

Manufactured with precision‑engineered silicon wafers, the transistor benefits from a refined doping process that enhances carrier mobility and reduces leakage currents. The device is rated for a drain‑source voltage of 40 V and a continuous drain current of 60 A, delivering reliable performance across diverse voltage and current regimes. The TO‑3P package includes a metal tab for efficient heat sinking, allowing the component to maintain optimal temperature during prolonged operation.

Each unit undergoes rigorous quality control testing, including parametric verification, thermal cycling, and reliability assessment, to guarantee conformity with industry standards. The result is a component that not only meets but often exceeds the expectations of engineers seeking dependable, high‑performance MOS transistors for critical circuitry. With its proven track record and competitive specifications, this transistor stands out as a versatile solution for both prototype development and mass production.

Beyond its technical specifications, the transistor’s design emphasizes ease of integration. The pin layout follows a conventional arrangement, simplifying board layout and reducing the risk of wiring errors. Additionally, the component is fully compliant with RoHS directives, ensuring an environmentally responsible choice for manufacturers focused on sustainable production practices.

Usage

In industrial environments, the 10 Slice MOS Transistor excels in power conversion modules, motor control circuits, and high‑frequency switching supplies. Its ability to handle substantial current loads while maintaining low thermal resistance makes it ideal for applications such as variable frequency drives, inverter systems, and automated manufacturing equipment where reliability and efficiency are paramount.

Scientific research laboratories benefit from the transistor’s precise switching characteristics, enabling accurate signal modulation in instrumentation, data acquisition systems, and experimental setups. The component’s low noise profile and stable performance under varying temperature conditions support sensitive measurements and high‑resolution data collection, essential for fields ranging from particle physics to biomedical engineering.

For hobbyists and educational institutions, the transistor provides a hands‑on learning experience in electronics design. Its straightforward TO‑3P package and clear pin configuration allow students to explore concepts such as MOSFET operation, thermal management, and circuit protection without the complexity of more exotic packages. Projects ranging from DIY power supplies to custom audio amplifiers can leverage the transistor’s capabilities to achieve professional‑grade results.

Furthermore, the transistor is well‑suited for renewable energy applications, including solar inverter circuits and wind turbine control systems. Its high current rating and efficient heat dissipation enable it to manage the fluctuating power levels typical of renewable sources, contributing to more resilient and sustainable energy solutions.

Why Choose Us

Choosing dlrk56 as your supplier means partnering with a manufacturer committed to quality, consistency, and customer satisfaction. Our production facilities employ state‑of‑the‑art equipment and adhere to strict ISO standards, ensuring each transistor meets exacting performance criteria. We source raw materials from vetted suppliers, guaranteeing the purity and reliability of the semiconductor substrate used in every device.

Our after‑sales support includes technical assistance from experienced engineers who can help you optimize the transistor’s integration into your designs. Whether you need guidance on thermal management, circuit layout, or performance tuning, our team is ready to provide prompt, knowledgeable responses. Additionally, we offer flexible ordering options, including bulk quantities and custom packaging, to accommodate the diverse needs of manufacturers and developers.

We understand the importance of supply chain stability, especially for projects with tight timelines. dlrk56 maintains robust inventory levels and a responsive logistics network, minimizing lead times and ensuring that you receive your components when you need them. Our commitment to transparency extends to detailed datasheets, compliance certificates, and traceability records, giving you confidence in the provenance and specifications of every part.

Key Features

  • High current capacity (60 A) with low on‑resistance for efficient power handling.
  • Robust TO‑3P metal package provides superior heat dissipation and mechanical durability.
  • Wide voltage rating (40 V) suitable for diverse industrial and scientific applications.
  • Precise MOSFET switching ensures low noise and reliable performance in sensitive circuits.
  • Dedicated technical support and flexible ordering options for seamless integration.

FAQ

What is the maximum operating temperature for this transistor?

The transistor is rated for continuous operation up to 150 °C, with short‑term peaks permissible up to 175 °C when proper heat sinking is employed.

Can this MOS transistor be used in a dual‑supply configuration?

Yes, the device can operate in dual‑supply circuits, provided that the voltage levels stay within the specified drain‑source limits and appropriate biasing is applied to the gate.

Is the TO‑3P package compatible with standard PCB footprints?

The TO‑3P package follows a conventional pin layout that aligns with common PCB footprints for TO‑3 style components, simplifying board design and assembly.

What warranty does dlrk56 offer for this product?

dlrk56 provides a one‑year limited warranty covering manufacturing defects, along with a commitment to replace or repair any faulty units received within the warranty period.

How can I obtain the full datasheet for the NCE40TH60BP model?

The complete datasheet is available for download on our website or can be emailed directly upon request from our customer service team.

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