KOREKIYO TAKAHASHI 髙橋是清 (@karafutocojp) 's Twitter Profile
KOREKIYO TAKAHASHI 髙橋是清

@karafutocojp

a Marketing Research Analyst, a Cram School Instructor, and So Forth

市場調査員、塾講師等

ID: 1585782033066110976

calendar_today27-10-2022 23:55:05

87,87K Tweet

525 Followers

456 Following

diorama111 (@diorama1111) 's Twitter Profile Photo

#_carry 015 逆作用ピンセットにLEDをはさんでハンダ付けをしている様子です。ケーブルの太さは0.08mmです。

TICS (@tics_game) 's Twitter Profile Photo

Interesting, it seems there is another revision/version (?) imaged by someone else on sip: siliconpr0n.org/map/sis/sis85c…

TICS (@tics_game) 's Twitter Profile Photo

Nuvoton MS51FB9AE 8-bit MCU Multi-focus panorama at maximum optical resolution (60x/1.40 oil objective). ic.onidev.fr/map/nuvoton/MS…

Nuvoton MS51FB9AE 8-bit MCU
Multi-focus panorama at maximum optical resolution (60x/1.40 oil objective).
ic.onidev.fr/map/nuvoton/MS…
A. I. (Macro Photography)🔬 (@macroworld21) 's Twitter Profile Photo

Look what monstrosity we can have today from Analog devices for $14,51 ~800MHz to 1GHz DSP lol What excuses we have now if we compare it with the other 4k old one. I want to use those everywhere 😄

Look what monstrosity we can have today from Analog devices for  $14,51
~800MHz to 1GHz DSP lol
What excuses we have now if we compare it with the other 4k old one.
I want to use those everywhere 😄
Arduino (@arduino) 's Twitter Profile Photo

In this video, edison science corner goes hands-on with the new Arduino Nano R4. Watch as he takes a closer look at the board's features and how to get started: youtu.be/y3obEIoy1CU

In this video, <a href="/e_s_corner/">edison science corner</a> goes hands-on with the new Arduino Nano R4. Watch as he takes a closer look at the board's features and how to get started: youtu.be/y3obEIoy1CU
James Clark (@citcsmobile) 's Twitter Profile Photo

This guy is definitely worth a follow! He converts toy cars into remote control cars by building teensy tiny electronics to put in them! I *wish* my soldering was that good!

A. I. (Macro Photography)🔬 (@macroworld21) 's Twitter Profile Photo

The 32.768khz Clock quartz inside that 1mm x 3.8mm metal cylinder "Laser tuned on the left". Looks familiar with the last one I decapped but this is much extreme, 0.5mm x 2.7mm. Enjoy.

The 32.768khz Clock quartz inside that 1mm x 3.8mm metal cylinder  "Laser tuned on the left".
Looks familiar with the last one I decapped but this is much extreme, 0.5mm x 2.7mm.
Enjoy.