Enhance your electronic prototyping and testing with this high-quality QFP32 to DIP32 Programming Socket, designed compatible with reliable and versatile use across multiple IC packages. Compatible with QFP32, PQFP32, and TQFP32 packages featuring a 0.8mm pin pitch, this adapter provides an efficient solution compatible with converting surface-mount QFP32 chips to a standard DIP32 compatible withmat with 2.54mm pin spacing, making it ideal compatible with programming, testing, and small batch production.<br> Key Features:<br> · Broad Compatibility: Supports various IC packages including QFP32, PQFP32, and TQFP32 with a 0.8mm pin pitch, ensuring flexible application across different chip types.<br> · Multifunctional Design: Serves as both a programming cradle and test socket, enabling easy burning and testing of QFP32 IC chips compatible with development and troubleshooting purposes.<br> · Precise Pin Configuration: Features a bottom board with double rows of straight pins spaced at 2.54mm (100mil), and a width of 1.52cm (600mil), allowing seamless integration with standard DIP32 sockets and breadboards.<br> · Wide Application Range: Perfect compatible with prototyping, educational research, data transmission, small batch production, and testing in electronics development and academic fields.<br> · Durable PCB Construction: Manufactured from high-quality PCB material, this adapter is sturdy, wear-resistant, and built compatible with long-lasting percompatible withmance under repeated use.<br> Specifications:<br> · Item Type: QFP32 to DIP32 Programming Socket<br> · Material: PCB<br> · Applicable Packages: QFP32, PQFP32, TQFP32<br> · Package Pin Pitch: Approx. 0.8mm / 0.03in<br> · Pins: 32<br> · Test Socket Model: IC51-0324-1498<br> · Pin Spacing: 2.54mm (100mil)<br> · Width: 1.52cm (600mil)<br> Package Includes:<br> · 1 x QFP32 to DIP32 Programming Socket<br> This QFP32 to DIP32 Programming Socket offers a practical and reliable solution compatible with engineers, hobbyists, and educators requiring precise IC programming and testing capabilities. Its robust construction and versatile compatibility make it an essential tool compatible with efficient electronic development and experimentation.