[어보브반도체(주)]

Demo boards are designed to help customers to implement functions at the level of cusotmer's set.
Circuit, PCB and Example Code provided with the Demo Boards help users easily start Target Product development and reduce design risk.

Type	Category	Product Name	Description
Demo Boards	DEMO	DEMO-AT3108-U-KEY-A	AT3108 Touch Key Demo Board supports users to develop applications that can use 8 channels Touch Key. The AT3108 Touch Key Demo Board is available in two modes: - In Stand Alone mode, it operates according to the preset settings, and displays the Touch Results using LEDs. - In PC Connection mode, it allows users to set the Touch Channel through I2C communication, and real-time debug is possible while data is being checked on the Touch Channel.
Demo Boards	DEMO	DEMO-AT3212-U-KEY-A	AT3212 Touch Key Demo Board supports users to develop applications that can use 12 channels Touch Key. The AT3212 Touch Key Demo Board is available in two modes: - In Stand Alone mode, it operates according to the preset settings, and displays the Touch Results using LEDs. - In PC Connection mode, it allows users to set the Touch Channel through I2C communication, and real-time debug is possible while data is being checked on the Touch Channel.
Demo Boards	DEMO	DM96R717/739RL	A96R717/739RL Demo Board supports users to develop applications required for A96R717/739 MCU. This Demo Board is based on A96R717/A96R739 MCU, and includes IR LED, Push Button, Variable Resistor for ADC, Display LCD, and Buzzer. For debugging, a separate E-OCD II is required.
Demo Boards	DEMO	DM96R725CL	A96R725CL Demo Board supports users to develop applications required for A96R725 series MCUs. This Demo Board is based on A96R725 MCU, and includes IR LED, Push Button, Variable Resistor for ADC, Display LCD, and Buzzer. For debugging, a separate E-OCD II is required.
Demo Boards	DEMO	EVB-A31L214-MLN LOW POWER DEMO BOARD	The A31L214 Low Power demo board helps users develop low-power applications using the A31L214 series. The A31L214 Low Power demo board is available in two modes: Stand Alone and PC connection mode. In Stand Alone mode, you can enter various operation modes using the function keys and check the relevant current consumption through the ammeter. In PC connection mode, the amount of current consumed by the MCU can be viewed in a real-time graph in the GUI environment.