 |
| 1 Inch Wide Clip Suspenders (X-Back) - BRIGHT OLIVE |
| $9.99 |
| Olive green suspenders are a distinctive, but neutral toned, accessory and will go nicely with other neutral colors...[Read More] |
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| "DMWD Solid State Relay SSR-10DA SSR-25DA SSR-40DA 10A 25A 40A Actually 3-32V DC to 24-380V AC SSR 10DA 25DA 40DA SSR 40DA" |
| "DMWD Solid State Relay SSR-10DA SSR-25DA SSR-40DA 10A 25A 40A Actually 3-32V DC to 24-380V AC SSR 10DA 25DA 40DA SSR 40DA"
Price: 7.43 |
| "Jtron Arduino Pro Mini ATMEGA328P 5V / 16M Electronic Building Block Module - Blue" |
| "Arduino Mini Pro is a microcontroller board. It has 14 digital input / output pins (of which 6 can be used as PWM outputs), 8 analog inputs, one 16MHz resonator, one reset button, mounting hole pin head.Technical parameters:1. 14 digital input / output port RX, TX, D2 ~ D13,2. 8 analog inputs A0 ~ A73. 1 pairs TTL level serial port transceiver RX / TX4. 6 PWM ports, D3, D5, D6, D9, D10, D115. Using Atmel Atmega328P-AU MCU6. Support serial download7. Support for external 3.3V~12V DC power supply8. Support 9V battery9. 16MHz clock frequency GeneralBrandJtronQuantity1 pieceForm ColorDeep BlueMaterialPCB + PlasticSpecificationEnglish Manual / SpecNoDownload Link http://www.arduino.cc/Other FeaturesCertificationN/APacking List1 x Module2 x 12P pins 1 x 6P pin Package Weight:0.005kg (0.011lb)Package Size:8cm x 6cm x 0.6cm (3.15in x 2.36in x 0.24in)"
Price: 3.73 |
| "9.L293D Control Shield Motor Drive Expansion Board For Arduino Motor Shield" |
| "9.L293D Control Shield Motor Drive Expansion Board For Arduino Motor Shield"
Price: 2.81 |
| "CJMCU-711 HX711 Electronic Weighing Sensor 24-bit A/D Converter Module" |
| "CJMCU-711 HX711 Electronic Weighing Sensor 24-bit A/D Converter Module"
Price: 2.01 |
| "WS2812 8-Bit 5050 RGB LED Development Board With Full-color Drive Electronic Supplies" |
| "WS2812 8-Bit 5050 RGB LED Development Board With Full-color Drive Electronic Supplies"
Price: 2.61 |
| "2PCS DS18B20 Waterproof Stainless Steel Temperature Sensors Transducer" |
| "2PCS DS18B20 Waterproof Stainless Steel Temperature Sensors Transducer"
Price: 3.62 |
| "L298P 68 X 53mm Motor Shield Expansion Board For Arduino" |
| "L298P 68 X 53mm Motor Shield Expansion Board For Arduino"
Price: 5.52 |
| "Geekworm ESP32-WROVER ESP32 IPEX Antenna 4 MB SPI FLASH + 4 MB PSRAM WiFi-BT-BLE MCU Module" |
| "NOTE: This is a presale item, all the orders will be shipped out on April, 25th probably.Overview:1. ESP32 is a complete,small form factor(SFF)802.11 b/g/n/e/i(2.4GHz) WLAN plus BT4.2combo solution optimized for low-power,mobile consumer electronics,wearable and Internet of Things(IOT) devices.ESP32 integrates all WLAN and BT functionality in a single package to support a low cost,layout-friendly implementation while allowing flexibility for platform specific customization.2. ESP32 is a highly integrated solution with less than 10 external components.3. ESP32 integrates the transmit /receive RF functionality including the antenna switches,RF banal,power amplifier, low noise receive amplifier,filters,power management,and advanced calibration circuitries that allow the solution to dynamically adjust itself to adapt to external circuit inflections.4. The entire solution reduces Printed Circuit Board (PCB) area,time-to-market,and bill-of-material(BOM)costs while adding capabilities and processing power.the mass production of ESP32 does not require expensive and specialized Wi-Fi test equipment.5. ESP32âs ultra low power consumption radio architecture and proprietary power save technologies extend batter life in real-world applications,using the following features:a. Fine granularity clock-gatingb. Multiple low-power modesc. Dynamic voltage scaling For instance,in a low-power IoT sensor hub application scenario,ESP32 is woken up periodically and only when a specified condition is detected;low duty cycle is used to minimize the amount of energy that the chip expends.The output power of the power amplifier can also be adjusted,so that an optimal trade off between the communication range,data rate and power consumption is achieved.Basic Features:Wi-Fi802.11 b/g/n/e/I802.11 n (2.4Ghz), up to 150Mbps802.11 I security features: Per-authentication and TSN 802.11 e:Multiple queue management to fully utilize QoStraffic prioritization Wi-Fi Protected Access (WPA)/WPA2Wi-Fi Protected Setup(WPS) A- MPDU and A-MSDU aggregation Fragmentation and defragmentation SSL stacks with hardware acceleratorsAutomatic beacon monitoring / scanningInfrastructure BSS Station mode/ Soft AP modeWi-Fi Direct (P2P), P2P Discovery, P2P Group Owner mode and P2P Power ManagementUMA compliant and certifiedAntenna diversity and selectionWMM power save U-APSDBluetoothCMOS single-chip fully-integrated radio and basebandBluetooth Piconet and Scatter netBluetooth 4.2(BR/EDR/BLE)Adaptive Frequency Hopping(AFH)SMPClass-1 ,class-2 and class-34 transmitter without external power amplifier+10 dBm transmitting powerNZIF receiver with-90 dBm sensitivityUp-to 4 Mbps high speed UART HCISDIO/SPI HCILow power consumptionMinimum external componentCPU and MemoryXtensa?Dual-core32-bit LX6 microprocessors,up to 400 MIPS128 KB ROMQSPI Flash/SRAM,up to 4x 16 MBPower supply: 2.5V to 3.6V416 KB SRAM Clocks and Timers2 MHz to 40 MHz crystal oscillatorInternal 8 MHz oscillator with calibrationExternal 32kHz oscillator for RTC with calibrationInternal RC oscillator with calibrationTwo timer groups including 3x64-bit timer and 1x watchdog in each groupRTC timer with sub-second accuracyRTC watchdogAdvanced Features:Advanced Peripheral Interfaces12-bit SAR ADC up to 16 channels2x10-bit DA converters10x touch sensorsTemperature sensor4sSPI2xI2S2xI2C2xUART1 host(SD/eMMC/SDIO)1 slave(SDIO/SPI)Ethernet MAC interface with dedicated DMA and IEEE 1588 supportCAN 2.0IR(TX/RX)Motor PWMLED PWM up to 16 channelsSecurityIEEE 802.11 standard security features all supported,including WFA,WPA/WPA2 and WAPISecure bootFlash encrypt1014-bit OTP,up to 768-bit for customersCrytographic hardware acceleration:AES 128/192/256HASH(SHA-2)libraryRSARandom Number Generator ApplicationsGeneric low power- IOT sensor hub- IOT loggersAudio & Video- Internet music players- Audio headsets- Wi-Fi + Bluetooth audio streaming devices- Video Steaming from cameraWi-Fi + Bluetooth enabledOver The Top (OTT) devicesSmart devices Wi-Fi enabled Loggers toys - Proximity sensing toys - Speech recognition devices Home automation- Smart plugs- Smart lightingsIndustrial automation- Industrial wireless control- Mesh networkSecurity ID tagsSensor network- Wi-Fi location-aware devices- Wearable electronics- Baby monitorsHealth care- Proximity movement monitoring- Trigger devices- Temperature sensing loggersDevelopment SupportFirmware and SDK for fast on-chip ProgrammingOpen source tool chains based on GCCGeneralBrandGeekwormModelESP-WROOM-32Quantity1 setMaterialPCB+electric componentSpecificationChipsetXtensa® 32-bit LX6 microprocessorsEnglish Manual / SpecYesDownload Linkhttp://www.espressif.com/en/products/hardware/esp32/resourcesOther FeaturesCertificationCEDimensions & WeightDimensions0.98 in x 0.71 in x 0.12 in (2.5 cm x 1.8 cm x 0.3 cm)Weight0.07 oz (2 g)Packing List1 x ESP32 ModulePackage Weight:0.015kg (0.033lb)Package Size:12cm x 10cm x 0.5cm (4.72in x 3.94in x 0.20in)"
Price: 6.73 |
| "Geekworm ESP32 ESP-WROOM-32 Wi-Fi + Bluetooth Dual CPU Modules (5PCS)" |
| "NOTE: This is a presale item, all the orders will be shipped out on April, 25th probably.Overview:1. ESP32 is a complete,small form factor(SFF)802.11 b/g/n/e/i(2.4GHz) WLAN plus BT4.2combo solution optimized for low-power,mobile consumer electronics,wearable and Internet of Things(IOT) devices.ESP32 integrates all WLAN and BT functionality in a single package to support a low cost,layout-friendly implementation while allowing flexibility for platform specific customization.2. ESP32 is a highly integrated solution with less than 10 external components.3. ESP32 integrates the transmit /receive RF functionality including the antenna switches,RF banal,power amplifier, low noise receive amplifier,filters,power management,and advanced calibration circuitries that allow the solution to dynamically adjust itself to adapt to external circuit inflections.4. The entire solution reduces Printed Circuit Board (PCB) area,time-to-market,and bill-of-material(BOM)costs while adding capabilities and processing power.the mass production of ESP32 does not require expensive and specialized Wi-Fi test equipment.5. ESP32’s ultra low power consumption radio architecture and proprietary power save technologies extend batter life in real-world applications,using the following features:a. Fine granularity clock-gatingb. Multiple low-power modesc. Dynamic voltage scaling For instance,in a low-power IoT sensor hub application scenario,ESP32 is woken up periodically and only when a specified condition is detected;low duty cycle is used to minimize the amount of energy that the chip expends.The output power of the power amplifier can also be adjusted,so that an optimal trade off between the communication range,data rate and power consumption is achieved.Basic Features:Wi-Fi802.11 b/g/n/e/I802.11 n (2.4Ghz), up to 150Mbps802.11 I security features: Per-authentication and TSN 802.11 e:Multiple queue management to fully utilize QoStraffic prioritization Wi-Fi Protected Access (WPA)/WPA2Wi-Fi Protected Setup(WPS) A- MPDU and A-MSDU aggregation Fragmentation and defragmentation SSL stacks with hardware acceleratorsAutomatic beacon monitoring / scanningInfrastructure BSS Station mode/ Soft AP modeWi-Fi Direct (P2P), P2P Discovery, P2P Group Owner mode and P2P Power ManagementUMA compliant and certifiedAntenna diversity and selectionWMM power save U-APSDBluetoothCMOS single-chip fully-integrated radio and basebandBluetooth Piconet and Scatter netBluetooth 4.2(BR/EDR/BLE)Adaptive Frequency Hopping(AFH)SMPClass-1 ,class-2 and class-34 transmitter without external power amplifier+10 dBm transmitting powerNZIF receiver with-90 dBm sensitivityUp-to 4 Mbps high speed UART HCISDIO/SPI HCILow power consumptionMinimum external componentCPU and MemoryXtensa?Dual-core32-bit LX6 microprocessors,up to 400 MIPS128 KB ROMQSPI Flash/SRAM,up to 4x 16 MBPower supply: 2.5V to 3.6V416 KB SRAM Clocks and Timers2 MHz to 40 MHz crystal oscillatorInternal 8 MHz oscillator with calibrationExternal 32kHz oscillator for RTC with calibrationInternal RC oscillator with calibrationTwo timer groups including 3x64-bit timer and 1x watchdog in each groupRTC timer with sub-second accuracyRTC watchdogAdvanced Features:Advanced Peripheral Interfaces12-bit SAR ADC up to 16 channels2x10-bit DA converters10x touch sensorsTemperature sensor4sSPI2xI2S2xI2C2xUART1 host(SD/eMMC/SDIO)1 slave(SDIO/SPI)Ethernet MAC interface with dedicated DMA and IEEE 1588 supportCAN 2.0IR(TX/RX)Motor PWMLED PWM up to 16 channelsSecurityIEEE 802.11 standard security features all supported,including WFA,WPA/WPA2 and WAPISecure bootFlash encrypt1014-bit OTP,up to 768-bit for customersCrytographic hardware acceleration:AES 128/192/256HASH(SHA-2)libraryRSARandom Number Generator ApplicationsGeneric low power- IOT sensor hub- IOT loggersAudio & Video- Internet music players- Audio headsets- Wi-Fi + Bluetooth audio streaming devices- Video Steaming from cameraWi-Fi + Bluetooth enabledOver The Top (OTT) devicesSmart devices Wi-Fi enabled Loggers toys - Proximity sensing toys - Speech recognition devices Home automation- Smart plugs- Smart lightingsIndustrial automation- Industrial wireless control- Mesh networkSecurity ID tagsSensor network- Wi-Fi location-aware devices- Wearable electronics- Baby monitorsHealth care- Proximity movement monitoring- Trigger devices- Temperature sensing loggersDevelopment SupportFirmware and SDK for fast on-chip ProgrammingOpen source tool chains based on GCCGeneralModelESP-WROOM-32Quantity5 piecesForm ColorDark blue (5PCS)MaterialPCB + electric componentSpecificationChipsetXtensa® 32-bit LX6 microprocessorsDownload Linkhttp://www.espressif.com/en/products/hardware/esp32/resourcesOther FeaturesCertificationCEPacking List:eSP32 ModulesPackage Weight:0.015kg (0.033lb)Package Size:12cm x 10cm x 0.5cm (4.72in x 3.94in x 0.20in)"
Price: 24.91 |
| "ESP32-WROVER ESP32 PCB Antenna 4 MB SPI FLASH + 8 MB PSRAM WiFi-BT-BLE MCU Module" |
| "[About NodeMCU]ESP32-WROVER is a powerful, generic WiFi-BT-BLE MCU module that targets a wide variety of applications,ranging from low-power sensor networks to the most demanding tasks, such as voice encoding, music streamingand MP3 decoding.This ESP32-WROVER Module uses an pcb antenna.[Overviews]ESP32-WROVER is a powerful, generic WiFi-BT-BLE MCU module that targets a wide variety of applications, ranging from low-power sensor networks to the most demanding tasks, such as voice encoding, music streaming and MP3 decoding. This module is provided in two versions: one with a PCB antenna, the other with an IPEX antenna. ESP32?WROVER features a 4 MB external SPI flash and an additional 8 MB SPI Pseudo static RAM (PSRAM). [Features]This chapter describes the modules and functions integrated in ESP32-WROVER.[CPU and Internal Memory]ESP32-D0WDQ6 contains two low-power Xtensa? 32-bit LX6 microprocessors. The internal memory includes:- 448 KB of ROM for booting and core functions.- 520 KB (8 KB RTC FAST Memory included) of on-chip SRAM for data and instruction.- 8 KB of SRAM in RTC, which is called RTC FAST Memory and can be used for data storage; it isaccessed by the main CPU during RTC Boot from the Deep-sleep mode.- 8 KB of SRAM in RTC, which is called RTC SLOW Memory and can be accessed by the co-processor duringthe Deep-sleep mode.- 1 kbit of eFuse, of which 256 bits are used for the system (MAC address and chip configuration) and theremaining 768 bits are reserved for customer applications, including Flash-Encryption and Chip-ID.[External Flash and SRAM]ESP32 supports up to four 16-MB of external QSPI flash and SRAM with hardware encryption based on AES to protect developersâ programs and data.ESP32 can access the external QSPI flash and SRAM through high-speed caches.Up to 16 MB of external flash are memory-mapped onto the CPU code space, supporting 8, 16 and 32-bitaccess. Code execution is supported.Up to 8 MB of external flash/SRAM are memory-mapped onto the CPU data space, supporting 8, 16 and32-bit access. Data-read is supported on the flash and SRAM. Data-write is supported on the SRAM.ESP32-WROVER integrates 4 MB of external SPI flash. The 4-MB SPI flash can be memory-mapped onto theCPU code space, supporting 8, 16 and 32-bit access. Code execution is supported.In addition to the 4 MB SPI flash, ESP32-WROVER also integrates 4 MB PSRAM for more memory space.[Crystal Oscillators]The ESP32 Wi-Fi/BT firmware can only support 40 MHz crystal oscillator for now.[RTC and Low-Power Management]With the use of advanced power management technologies, ESP32 can switch between different power modes (see Table as below).[Power modes]- Active mode: The chip radio is powered on. The chip can receive, transmit, or listen.- Modem-sleep mode: The CPU is operational and the clock is configurable. The Wi-Fi/Bluetooth basebandand radio are disabled.- Light-sleep mode: The CPU is paused. The RTC memory and RTC peripherals, as well as the ULPco-processor are running. Any wake-up events (MAC, host, RTC timer, or external interrupts) will wake up the chip.- Deep-sleep mode: Only the RTC memory and RTC peripherals are powered on. Wi-Fi and Bluetooth connection data are stored in the RTC memory. The ULP co-processor can work.- Hibernation mode: The internal 8-MHz oscillator and ULP co-processor are disabled. The RTC recoverymemory is powered down. Only one RTC timer on the slow clock and some RTC GPIOs are active. The RTC timer or the RTC GPIOs can wake up the chip from the Hibernation mode.[Sleep Patterns]Association sleep pattern: The power mode switches between the Active mode, Modem- and Lightsleep mode during this sleep pattern. The CPU, Wi-Fi, Bluetooth, and radio are woken up at predetermined intervals to keep Wi-Fi/BT connections alive.ULP sensor-monitored pattern: The main CPU is in the Deep-sleep mode. The ULP co-processor takes sensor measurements and wakes up the main system, based on the data collected from sensors.GeneralBrandGeekwormModelESP32-WROVER IPEXQuantity1 pieceMaterialPCB+electric componentSpecificationChipsetXtensa® 32-bit LX6 microprocessorsEnglish Manual / SpecNoDownload Linkhttp://www.raspberrypiwiki.com/index.php/ESP32-WROVER_ModuleOther FeaturesCertificationCEDimensions & WeightDimensions1.18 in x 0.71 in x 0.12 in (3 cm x 1.8 cm x 0.3 cm)Weight0.11 oz (3 g)Packing List1 x ESP32-WROVER ModulePackage Weight:0.015kg (0.033lb)Package Size:12cm x 10cm x 0.5cm (4.72in x 3.94in x 0.20in)"
Price: 7.81 |
| "5V Digital Mobilize Multi-function Time Delay Relay Module" |
| "Features:This product have power-on trigger delay and cycle time delay, high /low level trigger delay and self-lock functions,with digital display and accurate delay, 18 features optional, it can connect to maximum 220V 10A AC load or 30V 10A DC , is widely used for smart home automation, product life testing, electronic design and application, and so on. Products have three voltage 5V, 12V, 24V versions available, 1-999 seconds and 1-999 minutes select delay time, you need to select the appropriate voltage versions you want.Relay load capacity: AC 220V 10A or DC 30V 10A5V static current: 45mA maximum power consumption: 130mAFunctions:Function 1 (timing disconnect): The relay is closed when power on, After the end of the delay time,relay disconnect (it will keep disconnect when the module is powering ), Relay time can be 1-999 seconds (or 1-999 minutes), when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 2 (timing connect): The relay is open when power on, After the end of the delay time, relay connect (it will keep connect when the module is powering ), Relay time can be 1-999 seconds (or 1-999 minutes), when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 3 (timing connect and then disconnect): The relay is closed when power on, relay connect time (T1) can be adjustable in 1 -999 seconds (or 1-999 minutes). After the end of the delay time,it disconnect, disconnect time (T2) can be 1 -999 seconds (or 1-999 minutes), when T2 pass,the relay will remain connect, when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 4 (timing disconnect and then connect): The relay is disconnect when power on, relay disconnect time (T1) can be adjustable in 1 -999 seconds (or 1-999 minutes).After the end of the delay time,it connect, connect time (T2) can be 1 -999 seconds (or 1-999 minutes), when T2 pass,the relay will remain disconnect, when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Cycle timer parts:Function 5 (infinite loop timing mode 1): The relay is closed when power on, relay-on time T1, T1 pass,it disconnect, disconnect time T2. T2 pass, it will back to T1 and cycle. when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 6 (infinite loop timing mode 2): The relay is open when power on, disconnect time T1, T1 pass,it connect, connect time T2. T2 pass, it will back to T1 and cycle. when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 7 (Finite cyclic timer mode 1): The relay is closed when power on, relay-on time T1, T1 pass,it disconnect, disconnect time T2. T2 pass, it will back to T1 and connect, number of cycles can be set 1-999 times, when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 8 (Finite cyclic timer mode 2): The relay is open when power on, disconnect time T1, T1 pass,it connect, connect time T2. T2 pass, it will back to T1 and disconnect,Number of cycles can be set 1-999 times, when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 9 ( trigger disconnect timing 1): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay connect for T (can be 1 -999 seconds or 1-999 minutes), T pass,relay disconnect. Then waiting for the next trigger, give IN interface a signal is invalid when it is in trigger delay;Function 10 ( trigger connect timing 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay keep disconnect for T (can be 1 -999 seconds or 1-999 minutes), T pass,relay connect(it will always connect if the power is there ). Then waiting for the next trigger, give IN interface a signal is invalid when it is in trigger delay;Function 11 ( trigger disconnect timing 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay connect for T (can be 1 -999 seconds or 1-999 minutes), T pass,relay disconnect. Then waiting for the next trigger, give IN interface a signal is valid when it is in trigger delay;Function 12 ( trigger connect timing 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay keep disconnect for T (can be 1 -999 seconds or 1-999 minutes), T pass,relay connect(it will always connect if the power is there ). Then waiting for the next trigger, give IN interface a signal is valid when it is in trigger delay;Function 13 (trigger disconnect and then connect timing mode 1): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay keep disconnect for T1(can be 1 -999 seconds or 1-999 minutes), T1 pass,relay connect for T2, T2 pass, The relay will remain disconnected.Then waiting for the next trigger, give IN interface a signal is invalid when it is in trigger delay;Function 14 (trigger connect and then disconnect timing mode 1): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay connect for T1(can be 1 -999 seconds or 1-999 minutes), T1 pass,relay disconnect for T2, T2 pass, The relay will remain connect.Then waiting for the next trigger, give IN interface a signal is invalid when it is in trigger delay;Function 15 (trigger disconnect and then connect timing mode 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay keep disconnect for T1(can be 1 -999 seconds or 1-999 minutes), T1 pass,relay connect for T2, T2 pass, The relay will remain disconnected.Then waiting for the next trigger, give IN interface a signal is valid when it is in trigger delay;Function 16 (trigger connect and then disconnect timing mode 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay connect for T1(can be 1 -999 seconds or 1-999 minutes), T1 pass,relay disconnect for T2, T2 pass, The relay will remain connect.Then waiting for the next trigger, give IN interface a signal is valid when it is in trigger delay;Function 17 (relay self-lock function): When IN the interface is triggered (high/low level trigger, external switch trigger), relay on, give a signal again, relay disconnect;Features 18 (trigger relay function): when IN the interface is triggered (high/low level trigger, external switch triggers), relay on, signal disappear, relay disconnected.Descriptions:1.Please feed corresponding DC voltage to DC voltage termination , wrong or reverse power will damage it;2. Please set up product function firstly, use FS button to select 1-18 functions;3. After selecting the function, double-click the FS button will display 't', then adjust the time , using ""8 Sel' button and ""0-9 Sel' two buttons to adjust the time , ""8 Sel"" button to select which characters to adjust , ""0-9 Sel"" adjust the value ;4. For double- time adjustment, after selecting the function, and then double-click the FS button ,it will appears t1,double -click the FS button,it will appears t2, use 8 Sel 0-9 Sel two buttons to adjust time, then double-click again,it will need to set the ""n"" for cycle number;5. Seconds delay time 1-999 seconds and 1-999 minutes can be select by long press FS button,it will show A representative of the range is 1-999 seconds ,b for 1-999 minutes;6. Function 17 and 18 do not need to adjust the time ,for these two function , the trigger signal to trigger interface can direct control relay;7. Trigger selection: When the middle pin is connect to the L -side (jumper) ,it is low level trigger , a switch between IN terminal and DC- termination can also be used for triggering , the jumper is connected to the middle and H , It is the high level trigger, a switch between IN terminal and DC+ termination can also be used for triggering;GeneralModelN/AQuantity1PieceForm Color5V-RelayMaterialPCB + Electronic ComponentsSpecificationEnglish Manual / SpecNoPacking List1 * Relay ModulePackage Weight:0.027kg (0.060lb)Package Size:8cm x 4cm x 3cm (3.15in x 1.57in x 1.18in)"
Price: 8.75 |
| "Digital Mobilize Multi-function Time Delay Relay Module" |
| "Features:This product have power-on trigger delay and cycle time delay, high /low level trigger delay and self-lock functions,with digital display and accurate delay, 18 features optional, it can connect to maximum 220V 10A AC load or 30V 10A DC , is widely used for smart home automation, product life testing, electronic design and application, and so on. Products have three voltage 5V, 12V, 24V versions available, 1-999 seconds and 1-999 minutes select delay time, you need to select the appropriate voltage versions you want.Relay load capacity: AC 220V 10A or DC 30V 10A5V static current: 45mA maximum power consumption: 130mAFunctions:Function 1 (timing disconnect): The relay is closed when power on, After the end of the delay time,relay disconnect (it will keep disconnect when the module is powering ), Relay time can be 1-999 seconds (or 1-999 minutes), when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 2 (timing connect): The relay is open when power on, After the end of the delay time, relay connect (it will keep connect when the module is powering ), Relay time can be 1-999 seconds (or 1-999 minutes), when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 3 (timing connect and then disconnect): The relay is closed when power on, relay connect time (T1) can be adjustable in 1 -999 seconds (or 1-999 minutes). After the end of the delay time,it disconnect, disconnect time (T2) can be 1 -999 seconds (or 1-999 minutes), when T2 pass,the relay will remain connect, when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 4 (timing disconnect and then connect): The relay is disconnect when power on, relay disconnect time (T1) can be adjustable in 1 -999 seconds (or 1-999 minutes).After the end of the delay time,it connect, connect time (T2) can be 1 -999 seconds (or 1-999 minutes), when T2 pass,the relay will remain disconnect, when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Cycle timer parts:Function 5 (infinite loop timing mode 1): The relay is closed when power on, relay-on time T1, T1 pass,it disconnect, disconnect time T2. T2 pass, it will back to T1 and cycle. when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 6 (infinite loop timing mode 2): The relay is open when power on, disconnect time T1, T1 pass,it connect, connect time T2. T2 pass, it will back to T1 and cycle. when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 7 (Finite cyclic timer mode 1): The relay is closed when power on, relay-on time T1, T1 pass,it disconnect, disconnect time T2. T2 pass, it will back to T1 and connect, number of cycles can be set 1-999 times, when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 8 (Finite cyclic timer mode 2): The relay is open when power on, disconnect time T1, T1 pass,it connect, connect time T2. T2 pass, it will back to T1 and disconnect,Number of cycles can be set 1-999 times, when reconnect to the power or give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), it can be interrupted and repeat above function;Function 9 ( trigger disconnect timing 1): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay connect for T (can be 1 -999 seconds or 1-999 minutes), T pass,relay disconnect. Then waiting for the next trigger, give IN interface a signal is invalid when it is in trigger delay;Function 10 ( trigger connect timing 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay keep disconnect for T (can be 1 -999 seconds or 1-999 minutes), T pass,relay connect(it will always connect if the power is there ). Then waiting for the next trigger, give IN interface a signal is invalid when it is in trigger delay;Function 11 ( trigger disconnect timing 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay connect for T (can be 1 -999 seconds or 1-999 minutes), T pass,relay disconnect. Then waiting for the next trigger, give IN interface a signal is valid when it is in trigger delay;Function 12 ( trigger connect timing 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay keep disconnect for T (can be 1 -999 seconds or 1-999 minutes), T pass,relay connect(it will always connect if the power is there ). Then waiting for the next trigger, give IN interface a signal is valid when it is in trigger delay;Function 13 (trigger disconnect and then connect timing mode 1): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay keep disconnect for T1(can be 1 -999 seconds or 1-999 minutes), T1 pass,relay connect for T2, T2 pass, The relay will remain disconnected.Then waiting for the next trigger, give IN interface a signal is invalid when it is in trigger delay;Function 14 (trigger connect and then disconnect timing mode 1): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay connect for T1(can be 1 -999 seconds or 1-999 minutes), T1 pass,relay disconnect for T2, T2 pass, The relay will remain connect.Then waiting for the next trigger, give IN interface a signal is invalid when it is in trigger delay;Function 15 (trigger disconnect and then connect timing mode 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay keep disconnect for T1(can be 1 -999 seconds or 1-999 minutes), T1 pass,relay connect for T2, T2 pass, The relay will remain disconnected.Then waiting for the next trigger, give IN interface a signal is valid when it is in trigger delay;Function 16 (trigger connect and then disconnect timing mode 2): When power up,relay is open,when give IN interface a triggered signal (support high/low level triggered, or additional switch button triggered), relay connect for T1(can be 1 -999 seconds or 1-999 minutes), T1 pass,relay disconnect for T2, T2 pass, The relay will remain connect.Then waiting for the next trigger, give IN interface a signal is valid when it is in trigger delay;Function 17 (relay self-lock function): When IN the interface is triggered (high/low level trigger, external switch trigger), relay on, give a signal again, relay disconnect;Features 18 (trigger relay function): when IN the interface is triggered (high/low level trigger, external switch triggers), relay on, signal disappear, relay disconnected.Descriptions:1.Please feed corresponding DC voltage to DC voltage termination , wrong or reverse power will damage it;2. Please set up product function firstly, use FS button to select 1-18 functions;3. After selecting the function, double-click the FS button will display 't', then adjust the time , using ""8 Sel' button and ""0-9 Sel' two buttons to adjust the time , ""8 Sel"" button to select which characters to adjust , ""0-9 Sel"" adjust the value ;4. For double- time adjustment, after selecting the function, and then double-click the FS button ,it will appears t1,double -click the FS button,it will appears t2, use 8 Sel 0-9 Sel two buttons to adjust time, then double-click again,it will need to set the ""n"" for cycle number;5. Seconds delay time 1-999 seconds and 1-999 minutes can be select by long press FS button,it will show A representative of the range is 1-999 seconds ,b for 1-999 minutes;6. Function 17 and 18 do not need to adjust the time ,for these two function , the trigger signal to trigger interface can direct control relay;7. Trigger selection: When the middle pin is connect to the L -side (jumper) ,it is low level trigger , a switch between IN terminal and DC- termination can also be used for triggering , the jumper is connected to the middle and H , It is the high level trigger, a switch between IN terminal and DC+ termination can also be used for triggering;GeneralModelN/AQuantity1PieceForm Color12V-RelayMaterialPCB + Electronic ComponentsSpecificationEnglish Manual / SpecNoPacking List1 * Relay ModulePackage Weight:0.027kg (0.060lb)Package Size:8cm x 4cm x 3cm (3.15in x 1.57in x 1.18in)"
Price: 7.26 |
| "NodeMcu Lua ESP8266 Wi-Fi Development Board - Black" |
| "WINDOWS driver USB to serial CH341 / CH340 installation packageSupport WINDOWS 98 / ME / 2000 / XP / Server 2003 / VISTA / Server 2008 / Win7 / Win8 / Win8.1 32 Bit / 64 and MACThrough Microsoft's digital signature authenticationIn the computer end of the USB device emulation as a standard serial devices Serial COMIt contains the serial number and identification CH34X monitoring CH34X equipment swap library.Feature:Wireless 802.11 b / g / n standardSupport STA / AP / STA + AP three operating modesBuilt-in TCP / IP protocol stack to support multiple TCP Client connections (5 MAX)D0 ~ D8, SD1 ~ SD3: used as GPIO, PWM, IIC, etc., port driver capability 15mAAD0: 1 channel ADC Power input: 4.5V~9V (10VMAX), USB-poweredCurrent: continuous transmission: â70mA (200mA MAX), Standby:"
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| "NodeMCU, is an open source networking platform. It uses Lua scripting language programming.Allows developers to deal with the underlying hardware in a manner similar to For Arduino.So that software developers can easily operate hardware devices.It suitable for sku: 436861, like picture below.GeneralModelN/AQuantity1PieceForm ColorBlack(Base Board)MaterialPCB + Electric ComponentSpecificationEnglish Manual / SpecNoPacking List1 * NodeMcu Base BoardPackage Weight:0.011kg (0.024lb)Package Size:11cm x 7cm x 1.5cm (4.33in x 2.76in x 0.59in)"
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| "NodeMcu Lua ESP8266 Wi-Fi Development Board" |
| "Overview:ESP8266 is a highly integrated chip designed for the needs of a new connected world. It offers a complete and self-contained Wi-Fi networking solution, allowing it to either host the application or to offload all Wi-Fi networking functions from another application processor. [ESP8266 NodeMCU LUA Development Board]Features:WINDOWS driver USB to serial CH341 / CH340 installation package.Support WINDOWS 98 / ME / 2000 / XP / Server 2003 / VISTA / Server 2008 / Win7 / Win8 / Win8.1 32 Bit / 64 and MAC.Through Microsoft's digital signature authenticationIn the computer end of the USB device emulation as a standard serial devices.Serial COMIt contains the serial number and identification CH34X monitoring CH34X equipment swap library.Wireless 802.11 b / g / n standardSupport STA / AP / STA + AP three operating modesBuilt-in TCP / IP protocol stack to support multiple TCP Client connections (5 MAX)D0 ~ D8, SD1 ~ SD3: used as GPIO, PWM, IIC, etc., port driver capability 15mA AD0: 1 channelADC Power input: 4.5V~9V (10VMAX), USB-poweredCurrent: continuous transmission: â70mA (200mA MAX), Standby: Preferences and copy the URL below to get the ESP board manager extensions: arduino.esp8266.com/stable/package_esp8266com_index.json4. Go to Tools > Board > Board Manager> Type ""esp8266"" and download the Community esp8266 and install.5. Set up your chip as:Tools -> Board -> NodeMCU 1.0 (ESP-12E Module)Tools -> Flash Size -> 4M (3M SPIFFS)Tools -> CPU Frequency -> 80 MhzTools -> Upload Speed -> 921600Tools-->Port--> (whatever it is)6. Download and run the 32 bit flasher exe at Github(Search for nodemcu/nodemcu-flasher/tree/master/ at Github)github.com/nodemcu/nodemcu-flasher/tree/master/Win32/Release Or download and run the 64 bit flasher exe at: github.com/nodemcu/nodemcu-flasher/tree/master/Win64/Release7. In Arduino IDE, look for the old fashioned Blink program. Load, compile and upload.8. Go to FILE> EXAMPLES> ESP8266> BLINK, it will start blinking.[ESP8266 NodeMCU LUA Development Board]Color:blackSize:60x60x12mmApplication:V3 ESP-12E GeneralBrandGeekwormModelBase Board + ESP8266 NodeMCU LUAQuantity1 setForm ColorBase Board + ESP8266 NodeMCU LUAMaterialPCB + Electric ComponentSpecificationChipsetESP8266English Manual / SpecNoDownload Linkhttp://www.raspberrypiwiki.com/index.php/NodeMcu_ESP8266Packing List1 x ESP8266 NodeMCU LUA Development Board1 x ESP8266 NoteMcu Base BoardPackage Weight:0.011kg (0.024lb)Package Size:11cm x 7cm x 1.5cm (4.33in x 2.76in x 0.59in)"
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| "The LED light is Red and Blue;Features:Size: 81 mm x 81 mm x 1.6 mmMaterials: FR4 military levelOperating voltage: DC5VPlease refer to sku: XXX for the matching case; Function:Alarm clock: You can set the alarm for the length of time, and the musicThe whole point timekeeping: You can set the whole point of timekeeping, and the musicTemperature: Two mode of centigrade and fahrenheit, you can also adjust the temperature if it' s wrong.Light-control: The brightness comes down when the sunlights get dark. It has 5 light-control level. You can set it as you like.Digital Tube: Time, Temperature, Date shown in circle.There are 7 kinds of music you can set:1. ""D""""D""""D""""D"" ( Default alarm tone )2. Broadcast timekeeping ( The whole point timekeeping default ringtone )3. Jasmine ( Chinese music )4. For Elise5. Canon6. Give a little Time to Your Love ( Richard Clayderman)7. BBK ( Chinese music )GeneralModelN/AQuantity1 setMaterialElectric ComponentSpecificationEnglish Manual / SpecNoDownload Linkwww.raspberrypiwiki.com/index.php/Rotation_LED_Electronic_ClockPacking List1 * Button Battery (BT1) 1 * Battery Holder 1 * Electrolytic Capacitor (C1) 2 * Monolithic Capacitor (C2, C3) 2 * Ceramic Capacitor (C4, C5) 60 * LED 3MM (D1D60) 1 * Digital Tube (DS1) 1 * Buzzer (LS1) 1 * Transistor (Q1) 8 * 1/6W Resistors(R1, R2, R3, R4, R5, R6, R7, R8) 6 * 1/6W Resistors (R9, R10, R11, R13, R14, R15) 1 * 1/6W Resistance (RL1) 1 * 1/6W Resistance (RT1) 2 * 6*6*14 Buttons (S1S2) 1 * SCM (U1) 1 * 28 PIN IC Seat 1 * Clock Chip (DIP8) 1 * 8 PIN IC Seat 1 * USB Seat (USB1) 1 * Crystal Oscillator (Y1) 4 * Blot & Nuts (sets) 1 * MINI USB Power Cable (Cable length:63.5cm) 1 * PCB BoardPackage Weight:0.068kg (0.150lb)Package Size:12cm x 9cm x 3cm (4.72in x 3.54in x 1.18in)"
Price: 10.07 |
| "Acrylic Case for Upgrade Version LED Rotation Electronic Clock Kit" |
| "The LED light is Red and Blue;Features:Size: 81 mm x 81 mm x 1.6 mmMaterials: FR4 military levelOperating voltage: DC5VPlease refer to sku: XXX for the matching case; Function:Alarm clock: You can set the alarm for the length of time, and the musicThe whole point timekeeping: You can set the whole point of timekeeping, and the musicTemperature: Two mode of centigrade and fahrenheit, you can also adjust the temperature if it' s wrong.Light-control: The brightness comes down when the sunlights get dark. It has 5 light-control level. You can set it as you like.Digital Tube: Time, Temperature, Date shown in circle.There are 7 kinds of music you can set:1. ""D""""D""""D""""D"" ( Default alarm tone )2. Broadcast timekeeping ( The whole point timekeeping default ringtone )3. Jasmine ( Chinese music )4. For Elise5. Canon6. Give a little Time to Your Love ( Richard Clayderman)7. BBK ( Chinese music )GeneralModelN/AQuantity1 setMaterialElectric ComponentSpecificationEnglish Manual / SpecNoDownload Linkwww.raspberrypiwiki.com/index.php/Rotation_LED_Electronic_ClockPacking List1 * Button Battery (BT1) 1 * Battery Holder 1 * Electrolytic Capacitor (C1) 2 * Monolithic Capacitor (C2, C3) 2 * Ceramic Capacitor (C4, C5) 60 * LED 3MM (D1D60) 1 * Digital Tube (DS1) 1 * Buzzer (LS1) 1 * Transistor (Q1) 8 * 1/6W Resistors(R1, R2, R3, R4, R5, R6, R7, R8) 6 * 1/6W Resistors (R9, R10, R11, R13, R14, R15) 1 * 1/6W Resistance (RL1) 1 * 1/6W Resistance (RT1) 2 * 6*6*14 Buttons (S1S2) 1 * SCM (U1) 1 * 28 PIN IC Seat 1 * Clock Chip (DIP8) 1 * 8 PIN IC Seat 1 * USB Seat (USB1) 1 * Crystal Oscillator (Y1) 4 * Blot & Nuts (sets) 1 * MINI USB Power Cable (Cable length:63.5cm) 1 * PCB BoardPackage Weight:0.068kg (0.150lb)Package Size:12cm x 9cm x 3cm (4.72in x 3.54in x 1.18in)"
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| "20A 12V/24V Auto Solar Charge Controller PWM With LCD Dual USB 5V Output Solar Cell Panel Regulator"
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