MICROCHIP TECHNOLOGY TC426CPA TC426 Series 1.5 A 18 Vmax Dual Low Side Inverting MOSFET Driver - PDIP-8 - 10 item(s)
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MICROCHIP TECHNOLOGY TC426CPA TC426 Series 1.5 A 18 Vmax Dual Low Side Inverting MOSFET Driver - PDIP-8 - 10 item(s)
Unlock high-performance switching with the TC426 Dual Low Side Inverting MOSFET Driver!
MICROCHIP TECHNOLOGY TC426CPA TC426 Series 1.5 A 18 Vmax Dual Low Side Inverting MOSFET Driver - PDIP-8 - 10 item(s)
Item #: 161327170

MICROCHIP TECHNOLOGY TC426CPA TC426 Series 1.5 A 18 Vmax Dual Low Side Inverting MOSFET Driver - PDIP-8 - 10 item(s)

Item #: 161327170

NAD 465

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Unlock high-performance switching with the TC426 Dual Low Side Inverting MOSFET Driver!
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What Stands Out

High Drive Current
Delivers a robust 1.5 A output current, ensuring effective control over MOSFETs for high-speed switching applications while maintaining efficiency.
Wide Voltage Range
Supports a maximum voltage of 18 V, providing versatility in a variety of circuit designs, enhancing compatibility with different components.
Dual Functionality
Includes dual low side inverting drivers, optimizing performance in space-constrained designs by allowing multiple MOSFETs to be driven efficiently from a single IC.

Product Details

Shop MICROCHIP TECHNOLOGY TC426CPA TC426 Series 1.5 A 18 Vmax Dual Low Side Inverting MOSFET Driver - PDIP-8 - 10 item(s) online at a best price in Namibia. B07347STHL
  • MosFetIGBTDriversConfiguration: Low Side
  • NumberofOutputs: Dual
  • PeakSurgeCurrent: 1.5 A
  • OutputImpedance: 6 Ω
  • SupplyVoltage1-Max(Vsup): 18 V

Product Technical Details

Item Weight‎0.01 ounces
Manufacturer‎MICROCHIP TECHNOLOGY
Item model number‎TC426CPA

Who Should Buy?

Suitable For
  • Switching Applications

    Ideal for users needing efficient switching of MOSFETs in various electronic devices and applications.

  • Compact Designs

    Perfect for engineers designing compact circuits, thanks to the PDIP-8 package that saves space.

  • Industrial Automation

    Suitable for professionals in industrial automation seeking reliable and robust MOSFET driving solutions.

Not Suitable For
  • High Voltage Systems

    Not suitable for applications requiring voltages higher than 18V due to its maximum rating.

  • Non-Inverting Needs

    Ineffective for projects requiring non-inverting drivers, as it is designed specifically for inverting applications.

  • Low-Power Circuits

    May not be ideal for low-power circuits where minimal power consumption is a priority.

Product Description

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is the purpose of the Microchip Technology TC426CPA MOSFET driver?

    Answer: The Microchip Technology TC426CPA MOSFET driver is designed to control low side inverting MOSFETs, providing efficient switching capabilities. It can drive loads up to 1.5 A and operates with a maximum voltage of 18 V. This capability makes it ideal for applications in motor drives, power management systems, and high-speed switching applications. By ensuring a strong drive signal, the TC426CPA helps in reducing switching losses, enhancing overall circuit performance.
  • Question: What are the typical applications for the TC426CPA driver?

    Answer: The TC426CPA is typically used in various applications including motor control, power supply circuits, and switching regulators. Its ability to drive power MOSFETs efficiently makes it essential in industrial automation, robotics, and HVAC systems, where precise control of high-current devices is necessary. The dual configuration allows drive capability for complex circuits, enhancing flexibility in design and functionality.
  • Question: Can the TC426CPA be used in high-frequency applications?

    Answer: Yes, the TC426CPA is suitable for high-frequency applications. Its design allows for fast switching speeds, making it ideal for use in switching power supplies, RF amplifiers, and resonant converters. This capability not only improves efficiency but also reduces heat generation, making it a preferred choice for advanced electronic designs.
  • Question: What are the key electrical characteristics of the TC426CPA?

    Answer: The TC426CPA features a drive current of 1.5 A and operates at a voltage range of up to 18 V. It offers low output saturation voltage, which ensures minimal power loss during operation. Additionally, its temperature range supports various operating conditions, making it robust enough for diverse applications. Understanding these characteristics is crucial for designing circuits that require efficient and reliable MOSFET control.
  • Question: How do I integrate the TC426CPA into my circuit design?

    Answer: To integrate the TC426CPA into your circuit, ensure that you connect the input signal correctly to the driver’s input pin, and connect the MOSFET's gate to the output pin of the driver. It is also essential to provide adequate power supply to the IC and implement necessary resistors in series or parallel as per your design requirements. Proper integration will promote reliable switching performances in your application.
  • Question: Is the TC426CPA suitable for automotive applications?

    Answer: Yes, the TC426CPA can be used in automotive applications given its robust performance and reliability in controlling MOSFETs. It is suitable for electric vehicle systems, motor control in power steering, and other automotive electronic functions. Its dual configuration aids in accommodating the complex demands of automotive systems where effective control is essential.
  • Question: What package type does the TC426CPA come in?

    Answer: The TC426CPA comes in a PDIP-8 package type, which is a dual in-line package with eight pins. This makes it easy to use in prototyping and breadboard applications, allowing for straightforward soldering onto PCB. The PDIP-8 package is favored for its simplicity in handling and compatibility with various circuit designs, ensuring convenient integration into your projects.
  • Question: What differentiates the TC426CPA from similar MOSFET drivers?

    Answer: The TC426CPA differentiates itself through its dual output capability and robust current driving capacity of 1.5 A, which is ideal for applications requiring strong and fast MOSFET switching. Compared to other MOSFET drivers, it also supports a wider voltage range of up to 18 V, making it more versatile for various power applications. This combination of features provides engineers with enhanced control options for efficient designs.
  • Question: What additional components are typically required when using the TC426CPA?

    Answer: When using the TC426CPA, you may need a few passive components such as pull-up resistors for the input signals and possibly gate resistors to optimize the switching performance. Bypass capacitors are also recommended for stabilizing the power supply to the driver. These components help ensure the effective operation of the driver and its associated MOSFETs in the circuit.
  • Question: Where can I buy the Microchip Technology TC426CPA in Namibia?

    Answer: You can purchase the Microchip Technology TC426CPA MOSFET driver from Ubuy in Namibia. Ubuy provides a variety of electronic components and is a reliable platform for sourcing specialized products like this MOSFET driver, ensuring you get the right components for your project or application.

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NAD 465

Order now and get it around Saturday, July 18

QTY:

Secured transactionsecured transaction

Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.

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Features & Benefits

  • Dual low side outputs for effective switching control.
  • Peak surge current capability of 1.5 A for robust performance.
  • Compatible with a supply voltage of up to 18 V for versatile applications.
  • Low output impedance of 6 Ω ensures efficient operation.
  • Designed for easy integration with MosFET and IGBT drivers.
  • Ideal for a range of electronic applications requiring reliable switching.