Measuring Tools

The Diamex LED Tube Clock ESP Kit has a WLAN interface, with which the current highly accurate time can be retrieved directly from the Internet via the home router. In addition, a battery-buffered real-time clock is built in, which takes over when no WLAN is available. The WLAN access data are configured via the LED-Basic development environment (from version 15.3.0). The Diamex LED Tube Clock ESP Kit can be operated worldwide, the time zone can be chosen arbitrarily. The winter/summer time changeover is done automatically. Specifications 8-digit, bright 7-segment display Real-time clock including mounting bracket for a CR2012 battery Time setting via PC, WLAN or directly at the clock 4 buttons Beeper (sound output) Micro USB port for power supply, basic data, bios update and terminal output Board size: approx. 130 x 75 mm

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EXA-Prog in housing EXA-Prog represents the new generation of ISP programmers, which are not limited to one specific microcontroller type, but support several different controller architectures and programming interfaces. Laser-cut plexiglass housing. Two built-in status LEDs signal the current state of the programmer. Features Function selection via DIP switch Signal level switchable, 3.3 V, 5 V Integrated high voltage generator for UPDI programming Automatic bit-rate adjustment in AVR-ISP mode Clock generator for AVR controller with fuse oscillator Button to reset the connected microcontroller 10-pin standard ISP connector Optional accessories: 10-pin to 6-pin adapter, ESP01 adapter Mini-USB connector for power supply and connection to PC Firmware can be updated via USB Windows PC tool for testing the signal levels at the programming port. Current consumption without microcontroller connected: approx. 30 mA Signal level at programming connector: 5 V (USB voltage) or 3.3 V Power supply for the external circuit: max. 300 mA (3.3 V), max. 500 mA (5 V) UPDI high voltage: approx. 12.3 V Weight: approx. 25 g Adapter 10-pin to 6-pin IS P and 6-pin UPDI The optimal solution for in-system programming (ISP) of AVR controllers. There are two different standards for the AVR-ISP interface, 6-pin and 10-pin. With this adapter kit, you can exchange the programming lines between both standards. For programming AVR-UPDI a 6-pin connector is also needed. This adapter supports 10-pin to 6-pin for AVR-ISP programming and 10-pin to 6-pin for AVR-UPDI programming. ESP adapter No buttons or switches are needed to activate the ESP bootloader. When ESPTOOL is used, the bootloader is automatically activated and the firmware is started after programming is complete. If another program is used that does not take over this control itself, the bootloader of the ESP can also be activated by a long press on the RESET button of the EXA-PROG and the firmware can be started by a short press after programming. AVR swivel lever High-quality module with swivel lever zero force socket for almost all AVR controllers in DIL package. No own board is required. DIL controllers are easy and fast to program. Can also be used for series production. The 10-pin ISP standard connector from Atmel is used. Additionally, pin 3 is designed as a clock connector if the controller is set to an external clock. 5x 10-pin ISP well connectors for AVR controller in DIL package Compatible with all signal levels Pin 3 for the clock generator High quality swing lever socket (zero force socket) for variable 4-18 mm pin spacing Included EXA-Prog in housing Adapter 10-pin to 6-pin ISP and 6-pin UPDI ESP adapter AVR swivel lever Mini-USB cable 10-pin connection cable 6-pin connection cable 6-pin jumper cable, male-female 6-pin jumper cable, female-female

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Up to 2048 digital PWM LEDs can be comfortably managed and easily controlled by the Diamex LED Player M. Equipped with eight channels, small and even larger projects for party lighting, video boards or professional lighting installations can be implemented quickly. Live videos on a panel surface are possible as well as stored sequences, light moods or effect installations for small and large lighting performances. Applications such as party lighting, home cinema installations, pool lighting, garden and home lighting, moving stores or sophisticated LED lighting solutions indoors or outdoors - all no longer a problem. With the Diamex LED Player M the imagination has no limits. At the same time, the module is small, compact and highly configurable. Via USB, Windows pads or notebooks and PCs can be used as feed players. Free software like JINX! or gLEDiator are perfectly suited for home and professional applications. These sequences can also be stored as a file on a simple mini-SD card and inserted into the Diamex LED Player M, turning the module into a stand-alone light jockey. Simply put, it's a real powerhouse equipped with state-of-the-art Cortex M4 microcontroller technology, a real highlight for professionals and amateurs alike, which can handle a wide variety of strips and matrices and is also future-proof via online firmware update. Specifications LED panel programs like JINX or GLEDIATOR can send their data directly to the Diamex LED Player M via the USB port. Maximum capacity: 512 LEDs per channel, 2048 LEDs in total. Different LED protocols are supported, both for LEDs with only one asynchronous data line (single wire) and LEDs with synchronous DATA and TAKT lines (dual wire). LEDs, Stripes, Panels of the following types are supported: WS2811/12 (compatible UCS1903, PL9823), APA106, WS2821 (DMX), WS2801, APA102, LPD8803/06. Mini-USB 2.0 port for virtual COM port (player for JINX, GLEDIATOR etc.), configuration and updates via bootloader. 2 buttons for sequence control. Screw terminals for LED data outputs and power supply. Fully configurable via PC-Tool: Protocol for PC data, LED protocol, number of connected strips or panels, arrangement of colours in the data stream, length of strips, size of panels and arrangement of LEDs on panels, mirroring, timing parameters of protocols. MicroSD card slot for playing files in TPM2 format even without a PC. SD cards can be read and written directly from a PC as a virtual drive. Status LEDs for system and SD card. Controlled by powerful 32-bit Cortex-M4 microcontroller Board size: 71 x 31mm

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