HY16F3910 HyTiny EVB Application Architecture Description ............. 9 4.2. HY16F3910 HyTiny EVB Circuit Diagram ................... 10 4.3. HY16F3910 HyTiny EVB and PC Connection Diagram ..............11 DESCRIPTION OF THE SOFTWARE TOOL ..................12 5.1. Andes V3.2.1 32-bit MCU IDE development environment ..............12 5.2.
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HY16F3910 Elementary Evaluation Kit HyTiny EVB User’s Manual Attention: 1. HYCON Technology Corp. reserves the right to change the content of this datasheet without further notice. For most up-to-date information, please constantly visit our website: http://www.hycontek.com 2. HYCON Technology Corp. is not responsible for problems caused by figures or application circuits narrated herein whose related industrial properties belong to third parties.
HyTiny Evaluation Board, hereinafter called the ‘HY16F3910 HyTiny EVB’) and Micro USB Cable (see Table 1-1). The PCB of HY16F3910 HyTiny EVB is very small (Size: 7x4.3 cm), but it contains a HY16F3910-N088 chip, and the chip is designed with a total of 88 pins output, which is convenient for engineers to test and develop;...
3-1) Figure 3-1 Note: When the PC is connected to the USB port of the HY16F3910 HyTiny EVB for the first time, it may encounter the problem of installing the USB driver. The following two methods can be used to install the CH340 USB driver: ...
4. All pin output design of HY16F3910-N088, convenient for program development and testing Description of the front side and back side illustrations of HY16F3910 HyTiny EVB: ● Description of the front side illustration U1 on the PCB is designed as 88-pin output. If you see the numbers 1 to 88 on J1 and J5, it represents the pin number of the HY16F3910-N088.
HY16F Mini Link or the burner to update the FW (bin file) through the EDM port. As long as the PC is connected with a Micro USB cable to the HY16F3910 HyTiny EVB, the rest are only software operations, which makes it much easier to develop programs and test applications.
Refer to the following Micro USB connection PC diagram (Figure 4-5), as long as the FW is developed in the IDE software and the bin file is generated, and then the HYCON Bootloader AP is opened, the bin file can be burned into the HY16F3910 chip to complete the FW update.
FW development and compilation of the HY16F3910; After installing the HYCON Bootloader software, FW update and application testing can be performed through the HYCON Bootloader.
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Figure 5-1 The three bin files generated by the Debug folder can be burned into the HY16F3910 chip through the HYCON Bootloader software. The contents of the following three bin files are explained: 1. App Bin File: This programmed code is generated by the user application program, programmed in the chip's App Flash ROM area, this code is necessary during the programming.
As shown in the figure below, the operation screen 1 that will pop up after executing HYCON Bootloader. Confirm that the USB of HY16F3910 HyTiny EVB is connected to the computer, then the port number should appear in the column of Com Num, select the correct IC Type and baudrate, press the OK button, it will automatically jump to the operation screen 2.
5.3. HY16F Writer Software This chapter is for demonstration only. The Bootloader status in the HY16F3910 HyTiny EVB provided by HYCON is already enabled, so the user does not need to connect the EDM Port to start the HY16F3910 Bootloader.
Andes V3.2.1 of HY16F3910 and HYCON Bootloader. The user only needs to compile the bin file in Andes V3.2.1, and then use the HYCON Bootloader software to burn the bin file into the HY16F3910 chip to complete the FW update, which is convenient for the user to do subsequent application testing.
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