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DA14580 wakeup interrupt software design

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Dialog Smartbond Bluetooth Low Energy – Software

Hello Dialog Support team,
I would like to use interrupt from GPIO_PORT_2/GPIO_PIN_4 to control DA14580 sleep and wakeup. The detail as following:
If GPIO_PORT_2/GPIO_PIN_4 become logic 1, an interrupt will be trigered and wake up system from sleep mode. Use wkupct_enable_irq() to define this interrupt.
If GPIO_PORT_2/GPIO_PIN_4 become logic 0, another interrupt will be triggered and let system go into sleep mode. Use GPIO_EnableIRQ() to define this interrupt.

sdk3.0 sdk5.0

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Dialog Smartbond Bluetooth Low Energy – Hardware (device & reference designs) // Dialog “Smartbond”系列低功耗蓝牙—硬件(蓝牙芯片及参考设计)

hi，dialog

有没有哪份文件说明了，sdk5.0在3.0的版本上升级的地方，不同点在哪里？、

谢谢

Connection is unstable using JTAG with my custom board.

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Dialog Smartbond Bluetooth Low Energy – Hardware (device & reference designs)

Hi,

my connection is unstable using JTAG with my custom board.

first I can detect my board, but when i go into the toolbox, and download the booter firmware, it goes wrong.

Log shows below:

Design a circuit using a single GreenPAK CMIC to convert PWM to PPM

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Announcements

Check out the app note below to learn how to create an 8 Cannel PWM signals to Pulse Position Modulation (PPM) signal Converter using GreenPAK CMIC SLG46120:

//www.wsdof.com/AN-CM-266

DA14580量產時,產測一上電,機率性不穩定問題.

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Dialog Smartbond Bluetooth Low Energy – Hardware (device & reference designs) // Dialog “Smartbond”系列低功耗蓝牙—硬件(蓝牙芯片及参考设计)

Dear Dialog,
我司在DA14580量產時,產測時發現,模塊在上電時,會有機率性的程序不工作,但在重新上電後,行為又正常,
請問針對這部份是否有何建議??
是一上電,晶振還沒穩定所致,還是一上電,電源問題所致,或是軟件問題所致.??
在請Dialog幫忙回覆

謝謝.

OTP定制数据读

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Dialog Smartbond Bluetooth Low Energy – Software

I'm trying to read OTP memory with the following code:
int cnt = 100000;
SetBits16(CLK_AMBA_REG, OTP_ENABLE, 1); // enable OTP clock
while ((GetWord16(ANA_STATUS_REG) & LDO_OTP_OK) != LDO_OTP_OK && cnt--)
// set OTP in read mode
SetWord32(OTPC_MODE_REG, 0x1);
uint8_t *otp_major = (uint8_t *)0x47F54;
uint8_t *otp_minor = (uint8_t *)0x47F58;
memcpy(&user_beacon_config.major_ALT_val1, otp_major, 2);
memcpy(&user_beacon_config.minor_ALT_val2, otp_minor, 2);

DA9070/73, Dialog Semiconductor Introduces First Fully-Integrated Nanopower PMICs for Low-Power IoT Applications

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PMIC, Audio and Haptics Announcements

Today’s ‘always-on’ IoT devices such as fitness trackers, smartwatches and smart home products are expected to spend less time tethered to a charger, but expanding feature sets present new challenges to battery life. With board area already at a premium for engineers, new power management solutions are increasingly favored over increasing battery capacity.