Routines for FUTABA VFD displays for ARDUINO. Currently supported VFD's: + M162SD13AA (16x2 characters display, synchronous Serial Interface) supports graymode + M12BY02AAB (12 character alpha num display,SPI) + P9002A01A (128x64 pixel display, SPI) + serial interface only and memory based mode (much faster but eats tons of SRAM) + graymode and BW mode supported the same routines you might find for mbeds platform LPC1726 too.
Futaba Vfd Catalog
The M162SD12AA should work too. Most routines I have also for ATTiny23, STM32F, TMS320D26020, ATMEL Xmega-a1 (contact me).
Viewing Area Dimensions 186.8 x 16.4mm Viewing Area Height 16.4mm Viewing Area Width 186.8mm Character Matrix 2 Rows by 40 Characters Character Set ASCII Display Colours Green Interface Type Parallel, Serial Character Rows 2 Characters per Row 40 Character Width 3.5mm Character Height 5mm External Dimensions 43 x 240 x 27mm External Width 240mm External Height 43mm External Depth 27mm Supply Current 1000mA Minimum Supply Voltage 4.5V dc Maximum Supply Voltage 5.5V dc Supply Voltage Range 4.5 → 5.5 V dc. The product detailed below complies with the specifications published by RS Components. Where applicable it provides assurance that electrostatic discharge sensitive devices have been handled and packed under conditions that meet the administrative and technical requirements of the ANSI/ESD S and BS EN 61340-5-1:2007 Electrostatic Control Standards. 206-9073 Description Futaba M402SD07GS Vacuum Fluorescent Display 2 Rows x 40 Char. ASCII Parallel/Serial I/F 5mm Char Height Manufacturer/Brand: Futaba Mfr.
Have a look at Not exactly what I was looking for, I think. Was actually trying to figure out connections & communication. By going off of which the NA204SD02 uses the same documentation as the NA202SD16, I think I've got most of it done correctly. Being new to the hardware side of things, I'm not sure if I have the SPI setup correctly. Here is what I have: SPI.Configuration vfdInterface = new SPI.Configuration (Cpu.Pin.GPIONONE, false, 0, 0, true, true, 500, SPI.SPImodule.SPI1); // elsewhere in code strobe.Write(false); spiInt.Write(dataBuffer); strobe.Write(true); I guess I'm confused on the clock stuff.
Futaba Vfd Circuit
In the documentation, it appears the clock's logic pulses with the data - is that something that's automatic with SPI? How do I determine the frequency? Pengertian kepuasan kerja. To be honest, I'm not even sure if this thing still works. I wish I had the machine I pulled it out to test it. I think I'm wasting my time.
Futaba Vfd Enclosure
Two days so far - but it's fun (kinda.) Any suggestions on a cheap LCD that's easy to work with? (In case I 1) can't get this figured out, or 2) it is indeed dead.).
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