Connects to your analog scope in X-Y mode using BNC cables or probes (1x, 10x) | |
Uses the Atmel AVR Atmega328p with 32KB flashmemory | |
On board 5V power regulator for use with user provided wall adapter (8-15V DC center positive) | |
Power plug (5.5mm outside diameter) included | |
On-board Real-Time Clock with 32.768kHz crystal and battery backup: this clock won’t lose time! | |
Digital to Analog converter with built-in OpAmp (AD7302): no probes required. | |
On-board true RS-232 level converter for the serial port | |
Professionally made dual sided 3″ x 3″ PCB (with solder masks and silkscreen) |
|
Optional external 5V Power | |
BNC connectors on PCB: use standard BNC cables | |
DB9 connector on PCB: use a standard RS-232 cable. | |
On-Off switch on PCB | |
Two tactile switches on PCB | |
Intensity Control Output, both positive and negative going |
|
Footprint on PCB for optional USB interface | |
Header to select power from USB interface | |
Header for External Clock Signal (GPS 1 Pulse Per Second, Rubidium Oscillator etc.) | |
Headers provide easy access to TTL level Serial Port | |
Extensive FAQ document available on this website |
Select different applications/modes from the on-screen menu: Clock, Terminal, Function Generator, Calibration Screen, Demo and Boot. | |
User control with 2 push button switches, including auto-repeat operation | |
150-250 Hz refresh rate (dependent on the selected clock face mode) | |
Set Time and Date using the on-board button switches. | |
Set clock options and modes with On Screen Menu using the push button switches | |
Roman Numerals Clock Display Option | |
New Clock face: Digital Display Mode now supported (Menu-Dial:Dig) with moving dial dot | |
Binary Clock Display option, together with Hexadecimal numeric Display (Bi-Hex clock) | |
Fractional Seconds display option showing time in 1/100 of a second increments. | |
The AVR Oscilloscope Clock supports a total of 37 different display combinations, many more when including the “Day of the Week” Display Option | |
The Terminal application now supports Persistent Vector Graphics, allowing you to run a games like Asteroids on another computer (PC or AVR based) and use the AVR Clock board as the display device (communication using the Serial Connection). | |
Help Screen, selected by a short S2 push | |
Simple Alarm Clock built-in. Use Menu to turn the Alarm on/off (Menu-Alarm:On). Use the On Screen Change Mode option to set the Alarm Time. | |
On board LED option to show the time in Morse Code (Menu-Led:Morse). | |
Day of the Week display on the screen (Menu-Name:Day) | |
Optionally add your own name to the Clock Display | |
Automatic Daylight Saving Time correction for the years 2008-2014 for the USA and the EU | |
Automatic Screen Repositioning to prevent screen Burn-in; control Burn-In protection frequency from 1 to 9 minutes, or turn the feature off. |
|
Display Calibration mode |
|
Multiple PPS (pulse per Second) options | |
Software correctable Time Accuracy | |
Play modes to have some fun with the clock. | |
Clean Reset of the EEProm Configuration Data option | |
Select from Multiple Baud Rates for the Serial Interface on the Menu, now including the 250,000 baud value | |
Automatic Time and Date setting when connected to the NMEA Serial output from a GPS device; turning GPS mode on now remembers the current Serial Port speed setting and restores that value when turning GPS mode off | |
The Function Generator has been sped up by 1 cycle, allowing for higher frequency waveforms. | |
Use the IOCTL serial command to select unusual options. | |
Firmware pre-programmed and upgradeable through the Serial Interface using the built-in boot-loader. | |
On board very small boot-loader, less than 512 words, leaving 31KB code space available | |
Boot-loader is STK500V1 compatible and uses avrdude to upload firmware (see WinAVR) |
For more detail: Dutchtronix AVR Oscilloscope Clock using Atmega328 microcontroller