所订产品一般在 3个工作日 内送达新加坡,具体时间取决于收货地点。
订单金额满 S$60免运费发送至新加坡。 所有少于 S$60的订单将收取S$24的运费。
UPS、FedEx 或 DHL 运费预付: CPT(交货时支付关税、海关费用和当地税款)
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更多来自全授权合作伙伴的产品
下单后,从合作伙伴发货平均需要时间 1-3 天,也可能产生额外运费。可能另外收取运费。 实际发货时间请留意产品详情页、购物车和结账页面上的说明。
国际贸易结算方式:CPT(交货时支付关税、海关费用和适用 VAT/应付税金)
有关详情,请访问帮助和支持
Thermal imaging reveals how microcontrollers behave in deep sleep vs active mode. See why the ESP32 microWatt outperforms for battery-powered applications.
Exploring a vintage single digit seven segment display with an Arduino Nano Flip. Mapping segments and running counting and chase light modes for fun.
In this technical post, we explore the widely used CH340 IC from WCH, a popular USB-to-serial converter.
Making "The Clapper", a simple, fun, and quick project that gets you playing with the Nano right away.
This tutorial shows how to verify the frequency of the clock source on a microcontroller development board. The process is similar for a range of boards, but we will use the popular Nano. This is a good exercise to do as it helps the user get a more in-depth understanding of the Nano microcontroller development board.
This tutorial shows the steps to change bootloader (old and new) on the Nano development board using a custom shield and an Uno as the programmer.
A custom 24-hour single revolution clock made with an RTC and a stepper motor, controlled by the Nano Flip, all put together on the Proto-Half.
At the end of the project, you'll get a Nano that has a footprint of the Uno.
所订产品一般在 3个工作日 内送达新加坡,具体时间取决于收货地点。
订单金额满 S$60免运费发送至新加坡。 所有少于 S$60的订单将收取S$24的运费。
UPS、FedEx 或 DHL 运费预付: CPT(交货时支付关税、海关费用和当地税款)
针对合格机构和企业提供的信用帐户
电汇预付
![]()
![]()
![]()
![]()


更多来自全授权合作伙伴的产品
下单后,从合作伙伴发货平均需要时间 1-3 天,也可能产生额外运费。可能另外收取运费。 实际发货时间请留意产品详情页、购物车和结账页面上的说明。
国际贸易结算方式:CPT(交货时支付关税、海关费用和适用 VAT/应付税金)
有关详情,请访问帮助和支持
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