For MacroMondays, a push fit socket for i2c io port expander chip

youtu.be/zxSTzSEiZ2c?si=k4ZUxNdsQHgo-I2C

Logic Level Converter 8 Channel SPI 8 Way 3.3V 5V I2C IIC 8-Bit Bi-Directional Converter

25mm x 15mm

mit DS3231 Realtime Clock und 64 Bit LED Display

mit DS3231 Realtime Clock und 64 Bit LED Display

Here's my latest project, an updated Arduino-powered exposure meter, this time using a TSL2591 lux sensor, which has a MUCH higher dynamic range (0.01-120,000lx).

 

It's about a third of the price of the equivalent Sekonic L308s, and has five (5!!!) additional stops of low light range (goes down to -5EV, haven't had sunny enough weather to test the higher range).

 

Brainpower: Adafruit Pro Trinket 3V

Display: Adafruit 128x32 I2C OLED

Light sensor: TSL2591

Battery: 1s1p 500mAh lithium polymer

 

Light measurement range: 0.01 - 135000 lux (EV -5.0 - EV18)

Sv Range: 6 - 51200, in full stops

Tv Range: 1/8000s - 999 minutes, in full stops

Av Range: f/1.0 - f/90 in third stops

 

Battery charging, programming done through Micro USB

 

Here's my latest project, an updated Arduino-powered exposure meter, this time using a TSL2591 lux sensor, which has a MUCH higher dynamic range (0.01-120,000lx).

 

It's about a third of the price of the equivalent Sekonic L308s, and has five (5!!!) additional stops of low light range (goes down to -5EV, haven't had sunny enough weather to test the higher range).

 

Brainpower: Adafruit Pro Trinket 3V

Display: Adafruit 128x32 I2C OLED

Light sensor: TSL2591

Battery: 1s1p 500mAh lithium polymer

 

Light measurement range: 0.01 - 135000 lux (EV -5.0 - EV18)

Sv Range: 6 - 51200, in full stops

Tv Range: 1/8000s - 999 minutes, in full stops

Av Range: f/1.0 - f/90 in third stops

 

Battery charging, programming done through Micro USB

 

The robots liked it so much last year, I've taken an extended group back to Barley (Pendleside, Lancashire) May Bank Holiday Model Engineering Show again this year.

 

These two enhanced Robie SR's are showing off their SP0256 "Narrator" speech chips:-

 

Hear them - www.flickr.com/photos/wcrpaul/41889422371/

 

These Robies can operate in "Autonomous" mode or by 2.4Ghz radio control. As well as ultrasound and electronic compasses they have built-in "RoboCams".

 

Their brains are 3 Arduino UNOs linked by I2C. The master processor UNO holds command sequences, and also reads output from the 2.4GHz RX modules, ultrasound units and compass. Slave 1 works the 7 segment display pairs (ultrasound feedback) with a 6-bit BCD data bus to each pair.

 

Slave 2 holds the speech dictionary (words constructed from allophone sound fragments) and drives the Mike Hawkins speech processor card.

Some of my robots went on a rare outing this weekend to guest/exhibit at Barley (Pendleside) Lancashire May Bank Holiday model engineering show.

 

Enhanced Omnibot shows off the new grippers on his power arms. His brain is a stack of 5 UNOs - 1 master and 4 slaves which control his servos, his synthesized voice (SPO256 "Narrator" using allophones), and his front panel matrix display.

“Claremont Road” has five Arduino UNO microcontrollers which control train movements along with PWM (servo adapted) points/turnouts, and signals according to pre-written programs or “sketches”. This is a completely different concept from DCC.

 

The master co-ordinating UNO gets feedback from the track through 14 enbedded infra-red proximity detectors,

 

Slaves 1-3 are UNO “train drivers”,

 

Slave 4 handles the display and lights. The orange display shows the current mode and commands being passed between the UNOs via a short-wire protocol known as I2C.

Enhanced Omnibot's UNO stack is on-line. Yes, he really does say "Systems... Activated... " on startup. Note how red+green+blue LED output can be mixed on the RGB 8x8 matrix panel, in this case giving white. The camera has also picked up the base unit's infra red emitters..

“Claremont Road” has five Arduino UNO microcontrollers which control train movements along with PWM (servo adapted) points/turnouts, and signals according to pre-written programs or “sketches”. This is a completely different concept from DCC.

 

The master co-ordinating UNO gets feedback from the track through 14 enbedded infra-red proximity detectors,

 

Slaves 1-3 are UNO “train drivers”,

 

Slave 4 handles the display and lights. The orange display shows the current mode and commands being passed between the UNOs via a short-wire protocol known as I2C.

The robots liked it so much last year, I've taken an extended group back to Barley (Pendleside, Lancashire) May Bank Holiday Model Engineering Show again this year.

 

These two enhanced 1980's Robie SR's are showing off their SP0256 "Narrator" speech chips. These Robies can operate in "Autonomous" mode or by 2.4Ghz radio control. As well as ultrasound and electronic compasses they have built-in "RoboCams".

 

Their brains are 3 Arduino UNOs linked by I2C. The master processor UNO holds command sequences, and also reads output from the 2.4GHz RX module, ultrasound units and compass. Slave 1 works the 7 segment display pairs (ultrasound feedback) with a 6-bit BCD data bus to each pair.

 

Slave 2 holds the speech dictionary (words constructed from allophone sound fragments) and drives the Mike Hawkins speech processor card.

Lens 4x.

Water staal genomen uit kleine waterpool aan de zijkant van de Mandel rivier. Stilstaand water, aan de rand tussen de groene planten.

Picture frame 4.8 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

Some of my robots went on a rare outing this weekend to guest/exhibit at Barley (Pendleside) Lancashire May Bank Holiday model engineering show.

 

Enhanced Omnibot shows off the new grippers on his power arms. His brain is a stack of 5 UNOs - 1 master and 4 slaves which control his servos, his synthesized voice (SPO256 "Narrator" using allophones), and his front panel matrix display.

Another fine day in the art garden. Today, we got the X-Ray Skull to play its sound through our 'pataphysical bus, powered by Arduino via i2C. Major breakthrough for us. Creative chaos is starting to make way for a bit more orderas we prepare to get this project out the door in one semi-coherent piece. :) Learn more on pataphysics.us

Building a 4 digit nixie display for some IoT experiments ;)

  

Overall plan:

 

Allow this to run local 'apps' and also listen to announcements (broadcasts over serial or xbee) and if configured as such, interpret the announcements and render the relevant parts to the display; in this case, 4 digits of pure numeric and possibly a single RGB status element.

  

Tech details:

 

Using arduino nano v3 (rear, with usb), 2 philips pcf8574 i2c port expanders (to bcd drive the nixies), some russian equiv 74141 bcd to decimal drivers, and some US sourced nixie tubes, same series that heathkit often used in their frequency counter kits. there is a commercial/ebay dc/dc converter module (in hot-glue) for the 170v needed for the nixies. the other tall module is a reasonable decent realtime clock (RTC) module, ds3231, commonly found on ebay and even amazon for $10 or less. its identical (even in using the same i2c addr) to the ds1307.

  

Lens 4x.

Water staal genomen uit kleine waterpool aan de zijkant van de Mandel rivier. Stilstaand water, aan de rand tussen de groene planten.

Picture frame 2.3 mm.

De onderste zwarte ring aan het pootje is een opname fout wegens een kleine luchtbel. Ik denk dat er 12 nakomelingen klaar zitten...

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

Beestje was veel te groot, nu de staart weergegeven. De totale lengte was 12mm, mijn 4X lens kan maar 5.3mm opnemen.

 

Lens 4x.

Water staal genomen uit kleine waterpool aan de zijkant van de Mandel rivier. Stilstaand water, aan de rand tussen de groene planten.

Picture frame 5.3 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

Another fine day in the art garden. Today, we got the X-Ray Skull to play its sound through our 'pataphysical bus, powered by Arduino via i2C. Major breakthrough for us. Creative chaos is starting to make way for a bit more orderas we prepare to get this project out the door in one semi-coherent piece. :) Learn more on pataphysics.us

Using an arduino to drive this.

 

I wrote this calendar code so that it works on a small cpu like the arduino. After looking at the BSD unix 'cal' utility, I decided it was easier to start from scratch than to port that big app over.

 

For $10, its hard to go wrong. The device is 'sort of' i2c; just use the u8glib library:

 

code.google.com/p/u8glib/

 

and for THIS device, you have to set this as the constructor in C++:

 

U8GLIB_SH1106_128X64(U8G_I2C_OPT_NONE);

 

(its an sh1106 device).

 

This is the unit I bought on amazon:

 

www.amazon.com/Huhushop-TM-Serial-Display-Arduino/dp/B00J...

 

The arduino code I wrote takes the month, day and year and uses some open-source date calculation code to find out when the first day of the month is as well as the number of days in that month. Given that, I print, in a for-loop, the days with the right amount of horizontal spacing, until the last day of the month is printed.

 

Note that this is a graphic lcd so you have to be well aware of the (x,y) offsets due to font sizes.

 

This photo does not really do this display justice. The background is very dark (as OLEDs are) and the text is turquoise, not exactly blue.

 

Its size is comparable to a wrist watch (the displayable size). This is a small display, not something you can use for distance viewing, but for on-desk use or on some test equipment where you are sitting close by, its ok.

 

more progress. the ds1307 clock module is connected and working over i2c. the gps module (top/right) is not yet connected.

 

one digit is fully connected and working. it now has to be replicated 5 more times ;)

#maudlinmodellers 10 Feb 2019 testing the #ledlights #leds #diy #electronics #customlighting #specialeffects for the #mpcmodels #starwars #hansolo #millenniumfalcon #scalemodel #modelkits testing over 50 lights at the same time. White, red, and RGB. Using #raspberrypi #pythonprogramming #gpio #i2c #mcp23017 #wiringpi #prototyping #breadboarding #geek #forscience #softwareengineer #hardwareengineer with @polerix in #moncton #newbrunswickcanada

This is the stero cross-view version.

 

Deze mier werd gevonden in de Mandel rivier, die zwaar vervuild is. Ik heb het uit het slijk gehaald en ze was nog levend!. Na een reiniging met zuiver water kwam het beestje even op krachten. Maar na een tijdje blijk ze toch de geest gegeven te hebben. Je ziet duidelijk de zware sporen van de vervuiling.

 

Foto voor het reinigen:

www.flickr.com/photos/fotoopa_hs/48544460831/

 

Lens 4x.

Picture frame 5.3 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

SterreoPhoto Maker 5.10.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

  

SML Pro Blog: Bug Labs = Mindstorms for Super-Geeks

 

BUG is a collection of easy-to-use, open source hardware modules, each capable of producing one or more Web services. These modules snap together physically and the services connect together logically to enable users to easily build, program and share innovative devices and applications. With BUG, we don't define the final products - you do.

—Bug Labs: Products

 

Technical Specifications

+ ARM1136JF-S-based microprocessor

+ 1 USB 2.0 HS host interface/4 hub port connections

+ 1 USB OTG HS interface

+ 4 UART serial links

+ 4 channel SPI interface

+ I2C (400 kbits) interface/4 channels

+ I2S interface/2 channels

+ Smart LCD interface

+ Camera sensor interface

+ Micro memory card interface

+ MPEG4 hardware encoding/decoding

+ Hardware graphic acceleration

+ 10/100 Ethernet MAC

+ 802.11b/g

+ Base unit LCD module interface

+ Base unit onboard memory (FLASH/DDR SDRAM)

+ JTAG/ICE support

+ Serial debug port

+ Power system

+ AC operation

+ Battery operation/up to 4 external batteries

+ Fast battery charging/simultaneous of internal and external batteries

+ Smart power management support

+ Battery-backed real-time clock

+ Audio out via onboard piezo speaker

 

Pretty cool. Check it out!

 

SML Thank You

I would like to thank Alex Rainert (Google / SML Wiki) for sending this over :)

  

This is an 8-bit I/O expander built by NXP Semiconductor.

 

The data sheet has this to say about it:

 

"The devices consist of eight quasi-bidirectional ports, 100 kHz I^2C-bus interface, three hardware address inputs and interrupt output operating between 2.5 V and 6 V."

 

Camera: SONY A6000

Number of Images: 24

Panorama Y Axis: 6 Images

Panorama X Axis: 4 Images

ISO: 100

Shutter Speed: 1"

Overlap: 50%

Microscope Objective: 10X

Microscope Eyepiece: DSLR Mount

Grid Used: 4x4 (Panning Movement Aid)

Capture Motion: Serpentine

Stitching Software: Microsoft ICE

Stitching Projection Mode: Planar Motion

Image Type: PNG

Image Quality: 100%

Kleine kever.

105 shots @25 um.

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

ViewNX-i ver. 1.2.1

Zerene stacking.

Nikon Capture NX 2.

SterreoPhoto Maker 5.10.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

Cross-view version.

Lens 4x.

Water staal genomen uit de Zavelput in Beveren-Leie. Stilstaand water.

Picture frame 2.6 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

The two units now stay in touch with each other, so that if one has a change from a local user-interface 'knob turn' (etc), it will inform the others and they can update their locally stored values. Similarly, if you go to a different 'box' and use its controls, the value is pushed to the device and any other listeners can 'steal' this value-update message and sync themselves to the current value, as well (for free).

 

I've built the code on the remote so that screen updates (which are relatively slow) happen on a timed basis, and the incoming serial commands (that report value changes) are always processed and the serial buffer quickly cleared. By detaching the update routines like that, its much harder to turn the knob faster than the screen can redraw; the end result is that things feel and look snappy and responsive.

 

Background: This is an arduino DIY project that uses a white OLED graphic display, an xbee zigbee packet radio, adafruit li-poly battery and Qi charging coil and my C++ code. It controls lots of things (and lots more planned, but here its controlling an analog preamp (with the big led red display on the black panel). The knob on that panel is a rotary encoder and it acts as the volume control if you are right at the unit; but if you are away (sitting elsewhere, perhaps) you will want to have remote control over the volume, and for that, I designed and built a very fancy and flexible 'IoT influenced' unit ;)

 

Parts notes: the plastic transistor-looking thing hanging out on the left is a temperature sensor, ds18b20 (used to get local temperature, to feed that info into a central thermostat). Switch on top/right is a hard on/off power switch (battery optimization is not done yet so I actually do turn the unit on/off as I need.) Top usb port is for powering and charging the remote (no data thru this port). There is a li-poly battery pack on the very bottom layer and a Qi recharger coil between the battery and the final plastic case layer. The Qi wireless recharging works well and I'm happy with it, so far. Display is OLED 128x64 i2c and is very trendy in the arduino community, right now. The buttons are mouser-sourced angle and flat tactile switches; very nice and not expensive. Xbee module is on a sparkfun (red) breakout board since the xbee uses non-standard (not .1) pin spacing; this is actually an extra cost to using xbee and can raise cost by $12 if you use this actual header. A custom pcb would solve this, putting all things shown here on one pcb.

Another fine day in the art garden. Today, we got the X-Ray Skull to play its sound through our 'pataphysical bus, powered by Arduino via i2C. Major breakthrough for us. Creative chaos is starting to make way for a bit more orderas we prepare to get this project out the door in one semi-coherent piece. :) Learn more on pataphysics.us

Having good fun with this prototype ;) Here, its charging via a new Qi charger I got on amazon, yesterday. Charging stand was $40, which I think is overpriced even for the 'sale' price, but its a 3-coil unit and I like how it holds its user-set tilt angle. Give it micro-usb 5v for powering the base.

 

The Qi card I'm using (from adafruit) happens to align fairly well with this charging base. I'll see how well it does, over time. Battery is a 3.7v lipoly also from adafruit. it fits into an opening in the back of the laser-cut chassis.

 

The remote control is my own design, using my own C++ code written for the Arduino controller (atmel atmega328) platform. I'm using an xbee as a packet radio interface to the systems I'm remote-controlling. I designed a user protocol similar to the NMEA/GPS ascii checksummed stream. More on that, later.

 

The OLED display is a white display, using i2c and 5v (just 4 wires). The u8glib on arduino works great with this.

 

The systems I'm controlling are also my own design and build: a digitally controlled analog preamp (for my stereo system) and a digital audio (spdif) switch, also for my stereo. I can control other devices, as well, such as the linux MPD music playback system (its built to be client/server, so my remote acts as a proper client to mpd). To do this, you connect a matching (same PAN-ID) xbee to your linux mpd host, run a python serial control daemon (that I will submit to github once its fully working) and that will bridge this remote into your linux system. Actually, from there, it can access other things. More on that, later, as well ;)

 

Chassis is laser-cut at Tech Shop. Its built from layers of 1/8" acrylic. Its a prototype and I hope to have a more ergonomic less 'brick-like' remote control chassis at some point. For now, this works, it lets me develop software for it and its actually quite usable.

 

The arrows, in volume control mode, allow a 2-speed method where the up/down moves in large volume control jumps and the left/right move in smaller steps. This lets you zero-in on the right volume setting with more control and speed. I've been using this concept for over 5 years and am pretty convinced that its the most usable volume control idea that anyone has, commercial or DIY.

 

In non-volume control mode, the arrows do other things; based on the 'page' that you are on (a page may map to a device you are controlling or even a virtual device, which is some conceptual grouping of things, like a mash-up, all appearing on the same page or screen). The blue button cycles between pages and the green button will likely (not decided yet) cycle in sub-modes within the page.

  

Gevonden in de Mandel, heel vervuild water. Toch leefde het beestje nog. Ik heb het eerst moeten uitfilteren uit de bezinking. Er was anders heel weinig leven in het water. De Mandel is sterk vervuild met riool water en afval.

 

Lens 4x.

Picture frame 5.3 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

The Ikea DIODER light comes with 4 RGB light bars. MaxM has easily driven 8 of these light bars. That's 56 RGB LEDs! (or 168 individual LEDs)

 

The DIODER wiring is V+,G,B,R, not V+,R,G,B, so you'll need to swizzle the wires to get proper color.

Worm.

Lens 4x.

Water staal genomen bij ons thuis uit onze waterfontein.

Picture frame 5.3 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

Another fine day in the art garden. Today, we got the X-Ray Skull to play its sound through our 'pataphysical bus, powered by Arduino via i2C. Major breakthrough for us. Creative chaos is starting to make way for a bit more orderas we prepare to get this project out the door in one semi-coherent piece. :) Learn more on pataphysics.us

Another fine day in the art garden. Today, we got the X-Ray Skull to play its sound through our 'pataphysical bus, powered by Arduino via i2C. Major breakthrough for us. Creative chaos is starting to make way for a bit more orderas we prepare to get this project out the door in one semi-coherent piece. :) Learn more on pataphysics.us

A 'short' project; convert a lipo charger into an arduino controlled system with a nicer display and 16bit a/d converters for voltage and current monitoring. Lots of useful features and open source, when its done.

 

The old school (literally; its probably over 40 years old, that 1k carbon) resistor thing is there to set the module's i2c address. They use an interesting way of using 1 wire to select from more than just 2 i2c addrs. you can tie the line to high, low or a SIGNAL line on the chip and it will know which one, even if the data changes (being on a signal line). Weird! But pretty cool idea. So, using a junker resistor, I selected addr 0x48. (Its usually a good idea to tie config lines to high or low thru a resistor instead of a direct connection. On some lines, they may want to output a level (for a short while) and if you hard-tied it to Vcc or gnd, that could be a 'fight').

 

This A/D module has 4 inputs (a0..a3) and you can use them in single ended mode or as pairs of differential (which is how I'm using it, here). In diff mode, I don't have to be ground-referenced; I can measure the battery voltage 'directly' from its + and - terminals. Same with current, I can use a 0.1ohm resistor as my sensor and put my diff-pair of wires across that resistor to measure 10x the actual current value, in Amps. The current measurement has to be differential since you are not doing a ground-referenced measurement at all!

 

The a/d module is easy to find, its $10 on amazon/etc.

 

The charger engine, itself, is an adafruit micro lipo board. The important part that makes this all work is the fact that the charger 'speed' (or Amps setting) is set by a single resistor and it works fine if you use a digital pot (spi or i2c; mine is spi since that's what I had on-hand) and a cpu to control it. A lookup table maps the current/amp value to the 0..255 pot value I have to set in software. With a 10k pot, you can go from less than 100mA to over 700mA of charge range, enough to cover almost all of my RC hobby batteries ;)

Lens 4x.

Water staal genomen uit kleine waterpool aan de zijkant van de Mandel rivier. Stilstaand water, aan de rand tussen de groene planten.

Picture frame 1.4 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

Worm.

Als je deze worm ziet bewegen onder de Bino voelt het wat angstwekkend aan. Deze beestjes bewegen zich vrij vlot in het water tussen de andere waterdiertjes. Ik had hier geluk dat bij de plaatsing op het preparaat glaasje de worm een meer opgerolde vorm aannam. In het water lijken ze veel langer en zijn niet opgerold. Er zat nog een tweede worm in mijn verzamel container die was iets langer. Ik schat zo ongeveer 10mm, deze is rond de 8mm lang.

 

Lens 4x.

Water staal genomen bij ons thuis uit onze waterfontein.

Picture frame 5.3 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

Tijd om ons aan te passen tussen de software en hardware kant. Velen gebruiken software met micro controllers, anderen hardware. Met de hardware zijn er slechts een kleine deel hobby gebruikers die ook de FPGA gebruiken. Deze module de DE0-Nano soc geeft je beide werelden in een geheel. Ze kunnen afzonderlijk werken maar ook samen. Zo kun je de high speed events naar de FPGA brengen, de rest op Linux niveau met de software. Deze module bezit de mogelijkheid om beide uit te wisselen. Voor deze relatief lage prijs, minder dan €120 heb je alle mogelijkheden. Alle nodige toolkits om verder te ontwikkelen zijn via gratis versies mogelijk. Zowel voor de FPGA als voor de Linux kernel en programming. Alle documentatie is via online direct beschikbaar.

Langs de hardware kant heb je naast de 88 vrije I/O pinnen ook de mogelijkheid voor de arduino interface.

Langs de HPS zijde is via een micro SD kaartje een kant en klare Lunix kernel bijgeleverd. Veder bevat de hardware alle nodige extra hardware voor USB, Wlan, en heeft ook toegang naar de FPGA. Alle kabels zijn bijgeleverd om direct met je PC te communiceren.

Levertijd was net iets minder dan 3 dagen.

 

Specs:

◼ FPGA

- Altera Cyclone® V SE 5CSEMA4U23C6N device

- Serial configuration device – EPCS

- USB-Blaster II onboard for programming; JTAG Mode

- 2 push-buttons

- 4 slide switches

- 8 green user LEDs

- Three 50MHz clock sources from the clock generator

- Two 40-pin expansion header

- One Arduino expansion header (Uno R3 compatibility), can connect with Arduino shields.

- One 10-pin Analog input expansion header. (shared with Arduino Analog input)

- A/D converter, 4-wire SPI interface with FPGA

 

◼ HPS (Hard Processor System)

- 925MHz Dual-core ARM Cortex-A9 processor

- 1GB DDR3 SDRAM (32-bit data bus)

- 1 Gigabit Ethernet PHY with RJ45 connector

- port USB OTG, USB Micro-AB connector

- Micro SD card socket

- Accelerometer (I2C interface + interrupt)

- UART to USB, USB Mini-B connector

- Warm reset button and cold reset button

- One user button and one user LED

- LTC 2x7 expansion header

Final assembly of the DE0-nano soc board for the fischertechnik control unit. Different connections can be provided via separate side plates. Because of this I have a more more flexible assembly. The TXT controller is connected via I2C. On the backside are already 4x SPI connectors and the I2C connector.

 

The LCD 4x20 char display is already on the first part of the top plate.On the second part are a few more keys, the IR detector and 2 rotary encoders. The small front plate already has 4x BNC connectors for the pico scope and 4 pot meters for analog settings.

Dit type had ik al maar deze was precies wat groter. Enfin groot is een groot woord met slechts 2.3mm. Ik dacht vroeger daar eitjes in te zien maar dat is niet juist. Is eerder het voedsel dat ze opnemen.

 

Lens 4x.

Water staal genomen uit kleine waterpool aan de zijkant van de Mandel rivier. Stilstaand water, aan de rand tussen de groene planten.

Picture frame 2.6 mm.

 

Converted Nikon micro-scope with stepper motor.

Nikon D7100 camera.

AF-S NIKKOR 70-200mm 1:4G ED lens + low cost Generic 4X lens.

 

Software:

RoboPro Fischertechnik.

Control My Nikon.

Zerene stacking.

Nikon Capture NX 2.

 

Hardware:

FPGA controller as I2C device conntected to the TXT Controller.

Home made flash 4 cob leds max 500W peak.

 

#maudlinmodellers 15 Jan 2019: working on rewiring and designing a circuit to control more LEDs using expansion HAT. Running 4 LEDs per expansion pin. There will be over 50 lights in the end. #starwars #hansolo #millenniumfalcon #raspberrypi #arduino #gpio i2c expansion HAT #specialeffects #makersgonnamake with @polerix

 

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Arduino weather station and clock based on Arduino UNO, BME280, DS3231, white 8x8 dot matrix display

 

See my page on: www.youtube.com/channel/UCbIomyFKzBiLHqEb2xv9GHQ