Schmartboard|ez QFP, 32 - 100 Pins 0.5mm Pitch, 2" X 2" Grid (202-0011-01)

The 202-0011-01 supports up to 100 pins of QFP, TQFP and PQFP package ICs with a 0.5mm pitch.  

It also supports 20 pieces of 0603 package, and some through hole passive components.

This product utilizes the "EZ" technology to assure fast, easy, and flawless hand soldering.

The GND (ground) busses (upper left/right corner) on the front of the board are electrically connected to each other and to a single ground plane on the back.

The back of the board is a copper GND plane.  There is a ground plane pad for each IC pin designed to accommodate 0603 footprint for easy installation of a decoupling capacitor or other part.

The SchmartBoard EZ QFP-32 to QFP-100 Pins board is designed to simplify prototyping and integration of Quad Flat Package (QFP) components, supporting pin counts from QFP-32 to QFP-100. Featuring a 0.5mm pitch and a 2” x 2” grid, this board provides a reliable and easy-to-use solution for working with high-density surface-mount components. Whether you're a hobbyist or professional engineer, SchmartBoard makes it easy to handle even the most complex QFP packages.

Key Features:

• Supports QFP-32 to QFP-100 Pins: This versatile board accommodates QFP packages ranging from QFP-32 to QFP-100, giving you flexibility in selecting components for your designs.
• 0.5mm Pitch: The 0.5mm pitch is ideal for small-pitch QFP components, making this board perfect for working with microcontrollers, ICs, system-on-chips (SoCs), and other high-density devices.
• EZ Technology for Effortless Soldering: SchmartBoard’s patented EZ Technology takes the complexity out of surface-mount soldering. With this technology, even fine-pitch QFP components can be easily soldered, without the need for specialized equipment or advanced techniques.
• 2” x 2” Grid Layout: The 2” x 2” grid allows for organized component placement and efficient use of space. It’s perfect for creating prototypes, simplifying the process of assembling complex circuits.
• Versatile Applications: Ideal for a wide range of applications including consumer electronics, automotive systems, telecommunications, medical devices, industrial electronics, and more.
• Durable and Reliable: Constructed with high-quality materials, this board is designed for repeated use, offering long-lasting reliability and excellent performance over multiple prototyping cycles.

The SchmartBoard EZ QFP-32 to QFP-100 Pins board with a 0.5mm pitch is perfect for simplifying the integration of QFP components in your designs. Whether you are testing a new circuit, building a custom design, or working on a high-performance system, this board streamlines the prototyping process and helps you move from concept to creation faster.

Make your prototyping easier, faster, and more reliable with SchmartBoard EZ Technology.

Once upon a time it was easy to prototype a circuit by hand soldering components on to a prototyping board, using wire wrap techniques or a breadboard.  Today, our advanced electronics require the use of small and tight pitched components.  It’s made it almost impossible to prototype.  Schmartboard, and only Schmartboard, has solved this conundrum. Never before has it been so easy to hand solder surface mount components.  Only Schmartboard has a patented technology that makes this possible.  "Schmartboard|ez" makes it easy to solder SOIC, QFP, QFN and other component packages with  pitches as small as .4mm.

Schmartboard's also connect together.  Schmartboard allows you to wire up multiple Schmartboards and then mechanically connect them via our "SchmartBridges".  Schmartboard’s "Electronic Circuit Building Block" patented technology makes it easier to create and trouble-shoot your circuit.  Rather than trouble-shooting an issue on a large and complicated messy circuit, why not build and test smaller circuit blocks and then connect them together to form your larger final circuit.  This saves time and money and is only available from Schmartboard.

Would you prefer that we solder the parts for you?  Click Here for details!

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Detailed Diagram

Mechanical Specifications

PCB Material Specifications

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