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Pin Timer スクリーンショット
About Pin Timer
This is a tool to help electronics hobbyists easily select component values for the ubiquitous 555 Timer chip.
You simply enter the frequency (or alternatively the delay period) that you want your 555 timer chip to run at - and an initial timing capacitor value - then the 555 Timer Tool calculates a list of the best combinations of other components that meet your requirements.
As a convenience, you can also use touch gestures to snap component values up or down to the next preferred value. To do that just stroke the values displayed on the circuit diagram. Stroke upward to adjust upwards, or stroke down to adjust downwards.
The preferred value range that values are snapped to is selected by choosing "Preferences" from the options menu.
For example, suppose you wanted a 555 timer to oscillate at 440 Hz (the A above middle C on the piano keyboard) then just:
- click the f (frequency) button on the circuit diagram, enter 440 then press the OK button
- click the C1 button on the circuit diagram, enter 47, then press the nF button, then press the OK button.
The 555 Timer Tool calculates combinations close to 440 Hz and updates the values on the circuit diagram with the closest combination.
How do you know to key in 47 nF as the initial value for C1? ...well, you don't - but you have to start somewhere and 47 nF is middle of the road!
You simply enter the frequency (or alternatively the delay period) that you want your 555 timer chip to run at - and an initial timing capacitor value - then the 555 Timer Tool calculates a list of the best combinations of other components that meet your requirements.
As a convenience, you can also use touch gestures to snap component values up or down to the next preferred value. To do that just stroke the values displayed on the circuit diagram. Stroke upward to adjust upwards, or stroke down to adjust downwards.
The preferred value range that values are snapped to is selected by choosing "Preferences" from the options menu.
For example, suppose you wanted a 555 timer to oscillate at 440 Hz (the A above middle C on the piano keyboard) then just:
- click the f (frequency) button on the circuit diagram, enter 440 then press the OK button
- click the C1 button on the circuit diagram, enter 47, then press the nF button, then press the OK button.
The 555 Timer Tool calculates combinations close to 440 Hz and updates the values on the circuit diagram with the closest combination.
How do you know to key in 47 nF as the initial value for C1? ...well, you don't - but you have to start somewhere and 47 nF is middle of the road!
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最新バージョン 2.0 の更新情報
Last updated on 2023年08月15日
旧バージョン
Cosmetics UI Change
Added more handy content
Added formula irrespective context
Performance Improvement
Added more handy content
Added formula irrespective context
Performance Improvement
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Version History
2.0
2023年08月15日
Cosmetics UI Change
Added more handy content
Added formula irrespective context
Performance Improvement
Added more handy content
Added formula irrespective context
Performance Improvement
1.1
2020年05月10日
Cosmetics UI Change
Added more handy content
Added formula irrespective context
Performance Improvement
Added more handy content
Added formula irrespective context
Performance Improvement
1.0
2017年03月22日
Pin Timer 価格
今日:
¥1,500
最低価格:
¥1,500
最高価格:
¥1,600
Pin Timer FAQ
ここをクリック!地理的に制限されているアプリのダウンロード方法をご参考ください。
次のリストをチェックして、Pin Timerの最低システム要件をご確認ください。
iPhone
iOS 12.0以降が必要です。
iPad
iPadOS 12.0以降が必要です。
iPod touch
iOS 12.0以降が必要です。
Pin Timerは次の言語がサポートされています。 英語