STM32 Programming Adapter Test Socket for LQFP64 QFP64 QFP Package 0.5mm Pitch =STM32-QFP64

Product Description

Yamaichi IC Test & Burn-in Socket with a simple board, specifically designed for STM32 microcontroller in QFP64(0.5mm pitch) package

Features

20-pin JTAG/SWD port and/or 4-pin USART1 interface for programming/testing
External crystal can be connected via on board socket for system clock
Onboard 32.768K crystal oscillator
Two LED indicators for testing, which are connected to the I/O pins via jumpers
All the MCU pins are accessible on expansion connectors
- pin header pitch: 2.54mm(100mil)

Supported Devices

STM32 microcontroller in QFP64(0.5mm pitch) package with compatible pinouts:

STM32L1xxR series (STM32L151R8, STM32L152RB, etc.)
STM32F0xxR series (STM32F051RC, STM32F051RB, etc.)
STM32F1xxR series (STM32F103RC, STM32F100RB, etc.)
STM32F2xxR series (STM32F207RC, STM32F215RB, etc.)
STM32F3xxR series (STM32F303R8, STM32F373RB, etc.)
STM32F4xxR series (STM32F407RC, STM32F415RB, etc.)

Config the onboard “Device selection jumpers” according to the device to be programmed.

Outline and Dimensions

Unit: mm

Photos

JTAG/SWD port
- for programming/debugging/testing
- compatible with ST-LINK / J-LINK / ULINK2 / STX-RLINK
USART1 port
- supports ISP and/or serial port debugging
LED indicators
- for quick testing
Pin headers connected to MCU pins
- clearly labeled with onboard marks
- easy for testing and further expansion
Boot mode configuration
- configuring the BOOT0 and BOOT1 via jumpers
3.3V onboard regulator
- AMS1117-3.3
5V power input
- DC jack or 2-pin header
External crystal socket
- insert crystal to the holes on two sides, leave alone the middle hole
Power indicator
Device selection jumpers
- short the upper headers for STM32F1xx / STM32L1xx / STM32F05x / STM32F3xx
- short the lower headers for STM32F2xx / STM32F4xx
LED jumpers
- short the jumpers to connect LEDs to MCU I/O pins for testing
- open the jumpers to disconnect
32.768K crystal (on bottom side)
- for internal RTC with calibration

JTAG/SWD Connector Layout

The STM32-QFP64 houses JTAG/SWD headers for connecting a programmer. The connector layout is shown in the figure 1 below.

Figure 1. JTAG/SWD connector layout

Boot Mode Configuration

Depending on the used pin configuration, the Flash memory, system memory or SRAM is selected as the boot space, as shown in Table 1 below.

Downloads

Development resources:schematic, etc.
Wiki: www.waveshare.com/wiki/STM32-QFP64

Package Contains

STM32-QFP64 × 1
USB power cable × 1

1 2

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Seller Service	On-time DeliveryIf you do not receive your purchase within 60 days, you can ask for a full refund before order completion (when you click "Confirm Order Received" or exceed confirmation timeframe).

Return Policy

If the product you receive is not as described or low quality, the seller promises that you may return it before order completion (when you click "Confirm Order Received" or exceed confirmation timeframe) and receive a full refund. The return shipping fee will be paid by you. Or, you can choose to keep the product and agree the refund amount directly with the seller.

N.B.: If the seller provides the "Longer Protection" service on this product, you may ask for refund up to 15 days after order completion.

Seller Service

On-time DeliveryIf you do not receive your purchase within 60 days, you can ask for a full refund before order completion (when you click "Confirm Order Received" or exceed confirmation timeframe).