10 Slice MOS Transistor C4064 2SC4064 TO-220F dlrk56 CMOS, Packaged

Description

Product Overview

The 10 Slice MOS Transistor C4064 2SC4064 is engineered to meet the rigorous demands of modern industrial and scientific equipment. Housed in a TO-220F metal case, this component provides excellent heat dissipation, allowing it to sustain high current loads without performance degradation. The transistor belongs to the CMOS family, offering low power consumption and fast switching speeds that are essential for precision control circuits. Its pin configuration follows the standard layout, simplifying integration into existing designs and reducing the risk of wiring errors. The device is manufactured by dlrk56, a reputable supplier known for consistent quality and reliable supply chain management. With a first‑availability date of June 10, 2024, the part is current and supported by up‑to‑date documentation, ensuring engineers have access to the latest specifications and application notes. This transistor is not discontinued, making it a dependable choice for long‑term projects and maintenance inventories.

Technical Specifications

Key electrical parameters include a maximum drain‑source voltage of 30 V, a continuous drain current of 1.5 A, and a typical on‑resistance of 2 Ω at 5 V gate bias. The device operates over a temperature range of –55 °C to +150 °C, suitable for harsh environments found in automotive, aerospace, and heavy‑industry applications. Its switching time is measured in nanoseconds, providing the rapid response needed for high‑frequency pulse width modulation (PWM) and digital logic interfacing. The TO‑220F package offers a lead‑frame that can be soldered directly onto printed circuit boards (PCBs) or mounted on heat‑sink assemblies for enhanced thermal performance. Electrical characteristics are compliant with JEDEC standards, guaranteeing interoperability with other CMOS components and facilitating system‑level design integration.

Usage

This transistor excels in a variety of real‑world scenarios. In power conversion modules, it acts as a switch for DC‑DC converters, enabling efficient voltage regulation while minimizing losses. In signal processing chains, the MOSFET’s low gate charge reduces propagation delay, making it ideal for high‑speed data acquisition and communication interfaces. The component is also well‑suited for motor control circuits, where its robust thermal handling allows it to drive inductive loads without overheating. Engineers designing sensor interfaces appreciate the device’s low leakage current, which helps preserve battery life in remote or portable systems. Because the transistor is packaged in a durable metal case, it can be deployed in environments with vibration, dust, and moisture, such as manufacturing automation equipment and outdoor monitoring stations.

Installation Guide

Proper installation begins with verifying the PCB footprint matches the TO‑220F lead arrangement. Apply a thin, even layer of solder paste to the pads, then place the transistor using a precision pick‑and‑place tool or manually align the leads. Reflow soldering should be performed at a peak temperature of 260 °C for 30 seconds to ensure a solid metallurgical bond without damaging the semiconductor die. After soldering, inspect the joints under a microscope to confirm there are no solder bridges or cold joints. For applications requiring additional cooling, attach a compatible heat sink using a thermally conductive adhesive or mechanical fastener, ensuring the heat sink makes full contact with the metal tab. Finally, perform a continuity test to verify correct polarity and absence of short circuits before powering the circuit.

Why Choose Us

Choosing dlrk56 as your source for the 10 Slice MOS Transistor C4064 2SC4064 brings several distinct advantages. First, each unit undergoes rigorous quality control testing, including parametric verification and burn‑in procedures, to guarantee that it meets or exceeds the specified performance envelope. Second, our packaging is designed for protection during transit; components are sealed in anti‑static bags and cushioned within sturdy boxes to prevent mechanical damage. Third, we provide comprehensive technical support, offering assistance with schematic review, layout optimization, and troubleshooting throughout the product lifecycle. Our inventory management system ensures rapid fulfillment, reducing lead times for critical projects. Additionally, we maintain detailed traceability records, allowing you to verify the manufacturing batch and date of each component, which is essential for compliance in regulated industries.

Performance Benefits

The transistor’s low on‑resistance translates directly into reduced power dissipation, which improves overall system efficiency and lowers operating temperatures. This efficiency gain is especially valuable in battery‑powered devices, where every milliwatt saved extends operational life. The fast switching capability enables precise control of pulse‑width modulation schemes, resulting in smoother motor operation and finer resolution in analog‑to‑digital conversion processes. Moreover, the wide temperature range ensures reliable performance in both cryogenic and high‑heat environments, eliminating the need for additional temperature compensation circuitry. The device’s inherent robustness also contributes to longer mean time between failures (MTBF), decreasing maintenance costs and downtime for critical infrastructure. By integrating this MOSFET, designers can achieve a balance of performance, reliability, and cost‑effectiveness that meets the stringent demands of modern electronic systems.

Key Features

• Durable TO‑220F package provides excellent heat dissipation for high‑current applications
• Low on‑resistance reduces power loss and improves overall system efficiency
• Fast nanosecond switching speeds enable precise control in high‑frequency circuits
• Wide operating temperature range (‑55 °C to +150 °C) ensures reliable performance in harsh environments
• Comes with dedicated technical support and after‑sales service for seamless integration

FAQ

What is the maximum voltage this transistor can handle?

The device is rated for a maximum drain‑source voltage of 30 V, making it suitable for most low‑to‑medium voltage applications in industrial control and power conversion.

Can this MOSFET be used in automotive applications?

Yes, its temperature rating up to +150 °C and robust TO‑220F packaging allow it to operate reliably in automotive environments, including engine control units and sensor interfaces.

Is there a recommended heat sink for this component?

While the TO‑220F case provides inherent thermal management, for high‑current scenarios a heat sink with a thermal resistance of 5 °C/W or lower is recommended to maintain optimal junction temperatures.

How do I verify the authenticity of the part?

Each shipment includes a batch traceability report that lists the manufacturing date, lot number, and test results, enabling you to confirm the component’s origin and compliance with specifications.

What warranty does dlrk56 offer for this transistor?

dlrk56 provides a 12‑month limited warranty covering defects in materials and workmanship, along with access to technical support for troubleshooting and design assistance.