- Out-of-Stock
Usually the task of the clock is to show the current time as accurately as possible. It is best that - using the clockmaker's term - the clock's walk is as accurate as possible, because the clock is supposed to show us the time, not us by correcting the indications. But even if the clock is accurate, it still needs correction due to summer time, winter time, and when it has a built-in calendar, leap years should be considered. A popular method of time synchronization is the use of the DCF77 receiver. It is a proven system, but it is susceptible to interference, and the view of a DCF receiver with a large ferrite antenna is reminiscent of an old radio receiver and is rather discouraging today. This clock is based on a much more modern solution, as a time standard using the GPS system, so you can say that it has "cosmic accuracy".
The system, although it is designed for permanent cooperation with a GPS receiver (eg: MARS600-MINI), can also work as a regular clock synchronized with quartz.
The clock is ideal for installation in various public places: railway stations waiting rooms, public buildings, schools.
Project AVT 5522 EP 09/15
Attention! The set does not include a GPS receiver
Manufacturer AVT SPV Sp. z o.o. Leszczynowa 11 03-197 Warszawa Poland zamowienia@avt.pl
Responsible person AVT SPV Sp. z o.o. Leszczynowa 11 03-197 Warszawa Poland zamowienia@avt.pl
Neodymium rectangular magnet with dimensions of 3x3mm a and a height of 3 mm.
No product available!
Neodymium rectangular magnet with dimensions of 4x4mm a and a height of 4 mm.
No product available!
Neodymium rectangular magnet with dimensions of 5x5mm a and a height of 5 mm.
No product available!
Neodymium rectangular magnet with dimensions of 7x5mm a and a height of 2 mm.
No product available!
Module with the RP2040 microcontroller with two ARM Cortex-M0 + cores operating at 133 MHz, 256 kB RAM and 30 GPIO. The board also has 2 MB of external QSPI flash memory. Module can be programmed in C/C++ or microPython. Raspberry Pi Pico
No product available!
Development board with ESP32 module (WiFi + Bluetooth) in the set with the OV2640 camera. Equipped with a 40-pin connector compatible with Raspberry Pi HAT. Waveshare ESP32 One Kit
No product available!
AI accelerator with a USB connector based on the Intel Movidius Myriad X Vision Processing Unit 4GB. It can work with Ubuntu 16.04, Windows 10, Rasbian and others. in use with OpenVINO. Intel NCSM2485.DK
No product available!
RGB LED matrix display with a resolution of 128x64 (8192 LED). modPan128x64
No product available!
A stereoscopic microscope with LED backlight, equipped with a trinocular head with an entrance to the camera. It has a wide stand for the test items. KOPPACE KP-7045T-B3
No product available!
Module with 10 DoF IMU ICM20948 sensor (accelerometer, gyroscope and magnetometer) and LPS22HB (barometer). Communication via the I2C interface. Waveshare Pico-10DOF-IMU
No product available!
Female terminal block, 8-pin. 3.5 mm pitch. Height 15.6 mm. GOLTEN 15EGTK-3.5-08P-14-00AH
No product available!
Male terminal block, straight, 8-pin. 3.5 mm pitch. Height 9.2 mm. GOLTEN 15EGTVC-3.5-08P-14-00AH
No product available!
Test kit with 6 Pogo Pin spring probes designed to work with boards with an ISP connector. It enables the programming of the set without the need to solder the pins. SparkFun KIT-11591
No product available!
Module with MOSFET RFP30N06LE transistor with N channel. Equipped with two screw connections. For assembly. SparkFun COM-12959
No product available!
Power supply module with an input voltage from 6 to 12 V and a configurable output voltage of 3.3 V or 5 V. It has holes with a 2.54 mm pitch. Perfect for use with a breadboard. SparkFun PRT-13032
No product available!
Module with jack connector (TRS) and balanced line transmitter THAT 1646. Offers low distortion and high attenuation. SparkFun BOB-14002
No product available!
Printed circuit board and programmed clock system with a 20mm display set by means of GPS. AVT5522 / 1 A +