E Paper ESP8266 Driver board deep sleep

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Insbesondere das Vorbereiten von Grafiken ist extrem Zeitraubend. Mit einem Testboard von Waveshare, dem sogenannten Universal e-Paper Raw Panel Driver Board, ESP8266 WiFi Wireless kann man den Aufwand auf ein paar Minuten reduzieren. Wie das funktioniert und alle technischen Features sind im Waveshare Wiki ausführlich erläutert Update: GxEPD and GxEPD2 work ok with the Waveshare e-Paper ESP8266 Driver Board and 7.5 b/w e-paper panel, if the board is supplied with stable 5V. The board has a series protection diode from 5V USB, and a series regulator for 3.3V. The USB voltage should be about 5.2V (USB3) to get 3.3V on the VCC pin Did you find a way to put the Driver Board into deep sleep? Kind regards. antworten. Klaus Eyssel. Ich möchte das E-Paper Display EDM100 mit einem ATMEGA8 Microcontroller ansteuern. Die Programmsprache soll AVR-Bascom sein Es sollen sowohl Zahlenwerte als auch Buchstaben angezeigt werden. Wer hat eine solche Schaltung und das entsprechende Programm dazu Dank im Vorraus. antworten. Michael. In deep sleep, my board was pulling 9.8mA (yes milli Amps). This will deplete a LIR2032 within 6h. So I came across the EzSBC board designed to use an LDO and not to power the serial chip if USB is not plugged in. This brought down the consumption to 90 uA in deep sleep inclusive the e-paper display. Unfortunately, I used the 4.2in waveshare display with level shifters on board which are not. updated wiring info and constructor parameters for the actual Waveshare e-Paper ESP8266 Driver Board; added some missing explicit initializers (nobody noticed as compilers usually initialize simple members) Version 1.2.11. added support for Waveshare 5.65 7-color e-paper display 600x448; the unknown controller of this display doesn't support partial update, as far as known; 7-color graphics.

e-Paper ESP8266 Driver Board; E-Paper ESP32 Driver Board; E-Paper NB-IoT GPRS HAT; Contents. 1 Introduction. 1.1 Video; 2 Interfaces; 3 Switch settings. 3.1 Display Config Switch; 3.2 Interface Config Switch; 3.3 Example for 7.5inch e-Paper Switch Settings; 4 How to use. 4.1 Working with Raspberry Pi. 4.1.1 Installing libraries required; 4.1.2 Hardware connection; 4.1.3 Expected result; 4.2. e-Paper ESP8266 Driver Board, on board ESP8266-12E/F module. Supports various WS SPI e-Paper raw panel ESP8266 does not work reliable with big BMP download (known ESP8266 package issue) Version 2.3.14. added GxEPD_SD_BitmapExample; Version 2.3.13. added no BUSY support to GxGDEP015OC1 for Heltec E-Paper 1.54 b/w without BUSY; set BUSY parameter to -1 for Heltec E-Paper 1.54 b/w without BUSY; Version 2.3.12. added GxGDEW0583T7 for 5.83 b/w. ESP32 E-Paper Thermometer: Dear friends welcome to another project video! Today, we are going to use this small e-paper display with the ESP32 board and build a simple thermometer! It is a very easy project to build. It won't take us more than 5 minutes so let's get started! This is a universal driver board for e-Paper raw panels, thanks to the WiFi connectivity, it is allowed to display image from PC/smart phone via WiFi conveniently. Furthermore, it can also be used for Android development, just like any other normal Android board. Onboard ESP8266, supports Arduino development;Comes with e-Paper driver (open source

Board index; ESP8266 Forum; Hardware Specific; e-paper. Use this forum to chat about hardware specific topics for the ESP8266 (peripherals, memory, clocks, JTAG, programming) Previous; 8 posts; Page 2 of 2; 1,. // Second configure the right SPI Ports (under if defined ESP8266): GxIO_Class io(SPI, /*CS=D8*/ SS, /*DC=D3*/ 4, /*RST=D4*/ 5); // selected after Waveshare Loader example-code. There is the epd.h file with defines the right SPI ports on the wvaeshare e-paper driver board GxEPD_Class display(io, /*RST=D4*/ 5, /*BUSY=D0*/ 16); // selected after Waveshare Loader example-code That´s all. - ESP32: AZDelivery ESP32 NodeMCU Module Wlan Wifi Development Board mit CP2102 (Nachfolgermodell zum ESP8266). ca. 15 Euro. - epaper: Waveshare 7.5 Inch E-Paper Display HAT Module Kit 640x384 Resolution 3.3v E-ink Electronic Paper Screen with Embedded Controller. ca. 60 Euro. - Bilder-Rahme In that brief ESP8266 deep sleep primer I called to mind that on the hardware side the precondition is to wire GPIO16 to RST. Then we saw that the deep sleep interval in the SDK is now an 64-bit unsigned integer - a potentially really large number of microseconds. I was able to demonstrate that the effective max deep sleep for ESP8266 is around 3.5h hours which is a significant improvement. E-Paper ESP8266 Driver Board x1; E-Paper Adapter x1; 24 Pin FFC x1; Hinweis: Das E-Paper-Panel auf den Fotos ist nicht im Lieferumfang enthalten. Entsprechende Raw-Panels finden Sie unter dem Zubehör. Links Wiki Weitere Artikel von Waveshare Zubehör 7 Ähnliche Artikel Kunden kauften auch Kunden haben sich ebenfalls angesehen. Zubehör 7. 212x104, 2.13 E-Ink raw display panel yellow/black.

Driver Boards - Driver Boards

Deep Sleep. Ein ESP32-Board braucht im aktiven Zustand schon einige mA, im Schnitt etwa 150 bis 260 mA. Im aktiven Modus inklusive aller Komponenten wie WiFi und Bluetooth können das sogar bis zu. This is to show you how to get started with a ESP8266, model ESP-07 (flashing firmware, writing code) and test deep sleep mode. The first thing to do is to wire your ESP to power (VCC), ground, RX/TX of PC Serial and the required GPIOs: +3.3 volts to Vcc; ground; TxD on the board to RxD on the adapter; RxD on the board to TxD on the adapte ESP8266 can be put into deep sleep mode with a software instruction. But, in order for it to automatically wake up from sleep mode after a certain interval, the XPD (D0 in D1 Mini board) pin must be tied to the ESP8266's reset line as shown in the circuit diagram above. The DHT22 circuit is built on a perf board in the form of a D1 Mini. The ESP8266 doesn't have enough memory to buffer a frame, so I bought an ESP32 for it. I can already compile NodeMCU from source for it from the dev branch of the github repository and it runs. With WiFi activated it needs about 110 mA at 3.3 V. In deep-sleep mode I measured about 5 μA. The LTC3106 needs 2 μA quiescent current Recently I was browsing AliExpress looking for ESP8266-related products when I spotted a bunch of epaper offerings, and I was surprised to see that they've become reasonably affordable. ePaper displays, comprising of the display itself and a small supporting driver are available in sizes from 1 to 4, with a reasonable price limiting you to 800x600 pixels in size. I bought one on a whim, and.

ESP8266 Deep Sleep with Arduino IDE (NodeMCU) Random

Depending on the type of display they can then maintain the image while the connect micro controller goes back to sleep. Connecting this display required a bit of creative thinking. At first I thought that the ESP8266 wouldn't have enough pins to connect the display. I decided to strip some aspects and I'm honestly not 100% sure what the side effects are. The board comes with a temperature. Without this LED, board would draw only about 80uA when in deep sleep. Just rip it out with a knife or desolder it you like to do things right. After this is done, deep sleep can be entered (when using Arduino) using: ESP.deepSleep([sleep_time_in_seconds] * 1000000); After defined period of time, ESP8266 will reboot itself and do setup phase Cheap Demo Board, Buy Quality Computer & Office Directly from China Suppliers:Waveshare Universal e Paper Driver Board ESP8266 WiFi Wireless, supports various Waveshare SPI e Paper raw panels Enjoy Free Shipping Worldwide! Limited Time Sale Easy Return

There are other microcontrollers capable of driving an eink display that consume a lot less power out-of-the-box. Eg: atmega328 (~5 μA deep sleep, ~10mA running) If you want wifi, then ESP is probably a good and cheap fit. A wemos d1 in deep sleep doesn't consume _that_ much power (~80 μA), unfortunately it does draw a lot when booting (~200mA). reply. konschubert 5 hours ago. Yes, I need. ESP8266WiFi library has been developed basing on ESP8266 SDK, Some ESP-specific APIs related to deep sleep, RTC and flash memories are available in the ESP object. ESP.deepSleep(microseconds, mode) will put the chip into deep sleep. mode is one of WAKE_RF_DEFAULT, WAKE_RFCAL, WAKE_NO_RFCAL, WAKE_RF_DISABLED. (GPIO16 needs to be tied to RST to wake from deepSleep.) The chip can sleep for at. In the esp8266 case it represents fixing a bug that puts the microcontroller into modem-sleep instead of light-sleep about half the time. These two lines show what might be achievable if Espressif fixed these issues. Comparing the esp32 light-sleep and deep-sleep cases shows a cross-over around an interval of 60 seconds. This means that use-cases that only require a wake-up every minute or longer should use deep-sleep as expected, but use-cases where the microcontroller needs to. the RST pin, toggling the DTR pin works as well. Putting the ESP8266 into deep sleep is one such application. Selecting the Antenna The Thing's default WiFi antenna is a PCB trace antenna based on this TI app note. It's cost-effective and actually works really well

In deep sleep (node.dsleep(xxx,nnn)) it is about 0.1 mA. During wake up the power usage goes bat-crazy, so keep your deep sleeps far between to counter wakeup drains. For deep sleep you must connect RST to GPIO16 + Pullup with 10K or else the module will not wake up. For ESP-V7 you can leave the GPIO0 and GPIO2 floating Power-/Sleep-Modes. Der Stromverbrauch des ESP8266 ist abhängig von vielen Faktoren, er lässt sich aber durch geschickte Programmierung durchaus deutlich senken. So ist es nicht notwendig, dass das WIFI-Modem oder der Mikrocontroller ständig läuft, um z.B. eine WLAN-Türklingel zu realisieren. Im Deep-Sleep würde der ESP8266 dann nur wenige µA verbrauchen, bis er über einen Timer.

Recently, we organized the first Losant Input/Output event; we helped a group of teenage girls create devices to monitor temperature and humidity in the Cincinnati Museum Center to help protect the exhibits. For this project, we used the ESP8266 NodeMCU and a DHT22 temperature and humidity sensor.. The DHT22 is a very low-cost sensor Waveshare e-paper displays with SPI. Arduino Forum > Using Arduino > Displays (Moderator: PerryBebbington) > 5V->300k->A0, D0->0.1k->RST(deep sleep wakeup) BUSY wired to MISO to free D2 for 2-wire SHT31 2.9inch example: BUSY->D2, RST->D4, DC->D3, CS->D8(SS), CLK->D5(SCK), DIN->D7(MOSI), GND->GND, 3.3V->3.3V . No personal message please; any question may be useful for other users. Use code.

ESP8266, Deep Sleep mode test, wake up with a PIR motion

  1. For this example I chose to use the lowest power consumption sleep mode, power-down sleep. In this mode almost all components of the processor are disabled and only an external interrupt, two-wire interface signal, or watchdog timer can wake the processor. Because I need the hardware to wake from sleep after a period of time, I use the watchdog timer to wake from power-down sleep
  2. Für ein normales ESP-01 (ESP8266) Modul wählen wir unter dem Hauptmenüpunkt Werkzeuge unter dem Abschnitt Board den Eintrag Generic ESP8266 Module aus. Vorbereitung. Nun stecken wir unser ESP-01 WiFi Modul zusammen mit dem Widerstand zwischen GPIO0 und GND auf unseren USB -Programmer - (die Antenne des kleinen ESP-01 Moduls muss in Richtung USB-Port zeigen.
  3. 1x 9.7inch e-Paper Display panel /w HAT NOTE: Already have this one. This is the most ambitious one and I haven't fully wrapped my head around it. Idea is to have battery powered ESP8266 that periodically wakes up from deep sleep to download an image file and update the ePaper display with the image, then go to sleep again. Need to do more.
  4. In this paper, the interface between the ESP8266 Wi-Fi module and arduino MCU is studied for monitoring system application. The confirmation of Wi-Fi data transmission success using Serial Monitor was done. Through experimental studies, we believe that the ESP8266 Wi-Fi module is very useful for monitoring system application. 5 (C) Global Journal Of Engineering Science And Researches [Oh, 4(1.
  5. MOD-WIDI-ESP8266-DEV is development board with the famous ESP8266EX WIFI IC. Our module comes with 2MB (16Mb) of SPI flash memory, and all GPIO resources are available for breadboarding. The I2C and SPI interfaces are also available. It is easy to implement the module in your existing designs - you might even solder it diretly on other PCBs as it has no components on the bottom side. The.
  6. ESP8266 WiFi Module. Note: This page contains information on using an ESP8266 module with an Espruino board. If you want to run the Espruino Firmware directly on an ESP8266 board, see this page instead. Do you want a board that already has WiFi? Check out Espruino WiFi - it has an ESP8266, plus a separate processor for Espruino with loads of RAM and CPU power
  7. The left button is used to put the ESP8266 into flash mode for updating the firmware, the right button is used to reset the device, effectively pulling it out of deep sleep to refresh the content on the screen, and the center button is wired to a GPIO pin that isn't used. You would only be able to use the single button for input. I don't see any other GPIO pins exposed, so it'd be tough to add.

Making the ESP8266 Low-Powered With Deep Sleep

Basics: How to connect and flash the ESP8266. WARNING: Some devices as the Sonoff basic have their own power supply on board. DO NOT USE THIS POWER SUPPLY FOR FLASHING! Mains Voltage is dangerous for you and your computer! Always use a separate power supply. What hardware do i need? You obviously need a device with ESP8266. This can be a device with built-in ESP like the Sonoff basic. Feb 25, 2017 - ESP8266 WiFi Temperature and Humidity to cloud logger with minimum amount of components and long lasting battery life. Deep sleeps between readings

Generic ESP8266 Module¶. These modules come in different form factors and pinouts. See the page at ESP8266 community wiki for more info: ESP8266 Module Family. Usually these modules have no bootstapping resistors on board, insufficient decoupling capacitors, no voltage regulator, no reset circuit, and no USB-serial adapter Der ESP8266 als ESP-01 Breakout-Board. Natürlich können auch andere Ausführungen genutzt werden, populär ist beispielsweise das Development-Kit von NodeMCU, welches schon eine eigene USB-zu-Seriell-Schnittstelle mitbringt und neben den 5V per USB keine weitere Spannungsversorgung benötigt. Außerdem hat dieses Dev-Board einen Reset-Knopf und einen Knopf für GPIO0, welcher zum Flashen.

The ESP8266 has become practically the 555 chip of WiFi connected microcontrollers. Traditionally, you'd buy one on a little breakout board with some pins and a few connectors, and then wire by esp8266_abc Sat Jan 09, 2021 1:16 pm: Compiler Chat Discuss here different C compiler set ups, and compiling executables for the ESP8266: 425 Topics 3178 Posts by eriksl Fri Nov 27, 2020 3:41 pm: Documentation Post links and attach files for documentation here, also chat about these docs freely: 151 Topic

Creating a paper-mail to email gateway. I used notifications in combination with Deep Sleep to create a system that notifies me when I have new paper mail in my actual mailbox: Hardware. Core: A bare esp-12-f. Not a development board, so it has no voltage regulator and no usb-to-serial interface that draws current while sleeping. Casing: Google for Waterproof Clear Cover Plastic Electronic Box. Deep sleep mode is very common in projects that do data-logging at specific intervals and idle between measurements. In order to take advantage of this mode when using esp8266 arduino compatible module, ESP-01 standard, you need to make a little workaround and connect REST pin with the GPIO16 pin (which is not available in default 6 six pins). Here is an example how to do it After doing this. Der ESP8266 NodeMCU ist ein kleiner Mikrocontroller, welcher GPIOs hat und darüber sich per WLAN mit dem Internet verbinden kann. Dies und der geringe Preis macht ihn gegenüber bspw. Arduinos sehr interessant. In kommenden Tutorials wollen wir die günstigen ESP8266 Module nutzen, um Daten per Wifi Verbindung an den Raspberry Pi zu senden, welcher als [ ESP is ready for deep sleep function. HW pin 16 tied to RST providing wake up. External IO0 for programming boot mode. Example: node.dsleep(5000000, 4) --deep sleep 5 seconds, ultra low power consuption. Check all functions available here: NodeMCU API webpage. Program board from Arduino IDE: Install latest Arduino IDE from the Arduino website

In this paper we addressed the challenges of reducing the cost of accessing the cloud platforms. We present the construction of ESP8266 with the Arduino or microcontroller are attached to get the. NodeMCU ESP8266¶ The NodeMCU board is fully supported by ESPHome. Simply select ESP8266 when the ESPHome wizard asks you for your platform and nodemcuv2 as the board type. Note. Most NodeMCU that can be purchased now are version 2 or upwards. If you're using an original v1 board, set the board type to nodemcu. # Example configuration entry esphome: name: livingroom platform: ESP8266 board. This energy-efficient construction in three modes: active mode, sleep mode and deep sleep mode type. When ESP8266 using high-end power management technology and logic systems to reduce non-essential functions of the power conversion regulate sleep patterns and work modes, in sleep mode, it consumes less than the current 12uA, is connected, it consumes less power to 1.0mW (DTIM = 3) or 0.5mW. The ESP8266 has a single analog input, with an input range of 0 - 1.0V. If you supply 3.3V, for example, you will damage the chip. Some boards like the NodeMCU have an on-board resistive voltage divider, to get an easier 0 - 3.3V range. You could also just use a trimpot as a voltage divider But, if you'd like, you can skip Lua and go direct to using the Arduino IDE. Once you download the ESP8266 core, you can treat it just like a microcontroller+WiFi board, no other processors needed (https://adafru.it/inB)! Each order comes with one assembled and tested HUZZAH ESP8266 breakout board, and a stick of 0.1 header that you can solder on and plug the breakout into a breadboard. A.

This tutorial was tested on a DFRobot's ESP8266 FireBeetle board. Introduction. In this tutorial we will check how to perform a software restart on the ESP8266 using the Arduino core. To illustrate the functionality, we will create a simple program that decrements a counter each second and restarts the ESP8266 when it reaches zero. If you are looking for a simular tutorial for the Arduino. Update 10/14/19: Seller support is great and is replacing my board. I ordered this to create a wireless temperature sensor for my home. It worked great when I got it, plug and play after driver install. Sensor worked without problem. Bridged gpio16 to allow deep sleep to correctly reset, worked great. Charged 18650 nicely, cuts off at 3.7V as I. ESP8266 and ESP32 OLED driver for SSD1306 displays: I2C display driver for SSD1306 OLED displays connected to ESP8266, ESP32, Mbed-OS: ESP8266Audio: Audio file and I2S sound playing routines. esp8266-google-home-notifier: Send notifications to Google Home from esp8266/32. esp8266-google-tts: generate the link to speech mp3 on esp8266/32.

Bei den ESP8266 Modulen scheint es teilweise Unterschiede bei der zu verwendenden Baudrate zu geben. Bei den vorliegenden Modulen war eine Kommunikation bei 9600 Baud möglich. Sollte das nicht funktionieren kann auch 115200 Baud probiert werden. Für die Kommunikation kann zum Beispiel der Serial-Monitor aus der Arduino IDE verwendet werden. Ist die richtige Baudrate eingestellt, sollte. There are several ESP8266 boards available, usually numbered ESP-01 through ESP-12. Check the pins of the actual board you order with the information from your source as the rapid development of these products has led to confusion and duplication of board identification numbers. The prices vary from around $2 for a simple ESP-01 to $15 for a complete board with USB to serial and 3.3 volt. The client device such as ESP8266 connects to the server using the User Datagram Protocol (UDP) on port 123. A client then transmits a request packet to a NTP server. In response to this request the NTP server sends a time stamp packet. A time stamp packet contains multiple information like UNIX timestamp, accuracy, delay or timezone. A client can then parse out current date & time values. Esp8266 blog. Learn how to compile, how to work with the wireless chip esp8266. ESP-01 ESP-03, ESP-07, ESP-12, ESP201 all are here. Sunday, July 23, 2017 . 18650 Li-Ion battery powered Wemos D1 with Wemos Battery Shield - DONE 48 days achieved >>> For the version with a solar panel attached see this post <<< Wemos has developed a series of shields for the Wemos D1 : DHT Shield; Battery Shield.

Created by Espressif Systems, ESP32 is a low-cost, low-power system on a chip (SoC) series with Wi-Fi & dual-mode Bluetooth capabilities! The ESP32 family includes the chips ESP32-D0WDQ6 (and ESP32-D0WD), ESP32-D2WD, ESP32-S0WD, and the system in package (SiP) ESP32-PICO-D4.At its heart, there's a dual-core or single-core Tensilica Xtensa LX6 microprocessor with a clock rate of up to 240 MHz void gpio_deep_sleep_hold_en (void) ¶ Enable all digital gpio pad hold function during Deep-sleep. When the chip is in Deep-sleep mode, all digital gpio will hold the state before sleep, and when the chip is woken up, the status of digital gpio will not be held. Note that the pad hold feature only works when the chip is in Deep-sleep mode.

ESP8266 weather station with e-paper display Embedded La

Main ESP32 Dual MCU 24M ESP32 Classical Wifi, BLE 520K RAM 4M Flash Low power consumption, deep-sleep mode 10uA Wireless max speed 150Mbps @ 11n HT40 Use ESP32-WROVER module, external 32Mbit PSRAM Other Resources on Board On board MPU6050, retrieve user posture On Board WM8978 Decoder Good sound quality 48K, 32bit, dual channel 0.5W speake 08.11.2017 - WLAN Impulszähler für flow Sensor oder Stromzähler mit Impulsausgang S0 . Überwachung von Wasserverbrauch , Stromverbrauch per Web und Internet

Universal e-Paper Driver Board with WiFi SoC ESP8266

ESP8266 fungiert als kleiner Webserver oder auch Webclient, der schaltet, steuert oder überträgt Messdaten. Als Erstes habe ich vor, eine WLAN-Steckdose (IP-Steckdose, Funkschalter per WLAN) zu bauen. ESP8266 Wlan Modul als Server ermöglicht ein weltweites Steuern und Schalten über das Handy, Tablet und jeden PC mit Internetanschluss. ESP8266 Wlan Modul kann als Webclient Daten, zu. Above you can see my circuit schematic. Based on my previous ESP8266-01 experience I have: VCC and CH_PD pulled up with 4k6 or 10k resistors; GPIO0 and GPIO2 pulled up with 4k6 or 10k resistors; tact buttons in order to be able to flash the mcu with the same board; GPIO16 connected to RST in order to wakeup from deep sleep Aug 12, 2018 - Explore Rick Bruderick's board ESP8266 and Hc05 Bluetooth on Pinterest. See more ideas about arduino, arduino projects, electronics projects Esp8266 & Esp32 Webserver mit responsiven dynamischen Webseiten im LittleFS oder Spiffs. 2020-12-29. Esp8266 und Esp32 Programmierung mit Arduino IDE. Tab Information Einblenden Gerade bei größeren Programmen wird es schnell unübersichtlich. Viele einzelne Funktionen werden zu einem Ganzen vereint, und am Ende scrollt man ewig. Daher bietet es sich an, den Sketch in mehrere Bestandteile.

Als Ersatz für einen Kindle (d.h. als eBook-Reader) ist ein Display mit gerade mal 640x384 Pixeln Auflösung nicht ausreichend. Unter 800x600 kann man kaum eine Textseite in lesbarer Form darstellen, es sei denn, man wählt eine sehr große Schrift, dann aber sieht man statt einer Textseite nur ein, zwei Sätze Earlier we have explained Deep-sleep mode in ESP8266 for Power Saving.Today we will learn about Arduino Sleep Modes and demonstrate power consumption by using Ammeter. An Arduino Sleep mode is also referred as Arduino Power Save mode or Arduino Standby Mode.. Arduino Sleep Modes. Sleep Modes allow the user to stop or turn off the unused modules in the Microcontroller which significantly reduce. Shared by mcer12 on Thingiverse: This is a case for Temper - open source ESP8266 temperature sensor I made. Temper has a 13×7 pixel display, 30~40uA deep sleep consumption, TP4054 for c APIs related to deep sleep and watchdog timer are available in the ESP object, only available in Alpha version. ESP.deepSleep(microseconds, mode) will put the chip into deep sleep. mode is one of WAKE_RF_DEFAULT, WAKE_RFCAL, WAKE_NO_RFCAL, WAKE_RF_DISABLED. (GPIO16 needs to be tied to RST to wake from deepSleep.) ESP.restart() restarts the CPU. ESP.getFreeHeap() returns the free heap size. ESP. On line 30 we set the set of sleep mode we want. In our case it goes and shuts down everything it can. On line 31 we turn off the LED, and on line 32 we wait a second to give the board the time to turn the led off. Next we actually put the Arduino to sleep with the sleep_cpu() function. The code halts here until the interrupt is called

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