よくパッケージ、良い状態で受け取ったとリーズナブルな配達時間(19カレンダー日から注文)。 プッシュスイッチが正しく接続されていないため、配線は少し奇妙ですが、簡単に修正できます。 一度それが終わったらうまく機能します。

Well packaged, received in good condition and reasonable delivery time (19 calendar days from order). The wiring is a bit strange because the push switch is not connected correctly, but it's an easy mod to fix it. It works well once that's done.

よくパッケージ、良い状態で受け取ったとリーズナブルな配達時間(19カレンダー日から注文)。 プッシュスイッチが正しく接続されていないため、配線は少し奇妙ですが、簡単に修正できます。 一度それが終わったらうまく機能します。

Good condition arrived in safe and all parts is ok! Good value/quality ratio. Thank you! :)

Good condition arrived in safe and all parts is ok! Good value/quality ratio. Thank you! :)

Good condition arrived in safe and all parts is ok! Good value/quality ratio. Thank you! :)

The encoder is OK, but the switch is NOT brought out to any pins, which means soldering, no matter what you do. Since the 'C' pin is directly connected to the GND pin, you can cut the trace on the back between the two pins, and wire one side of the switch to the old GND pin, and then wire the other side of the switch to either 'C' (the new GND pin) or to VCC. Normally you'll want the switch to GND as most micros have internal pull-up resistors, and it's less to wire in later. I've added a schematic of the debounce filtering on the photos below for your convenience. If you still have too much bounce, you might want to add up to .1uF caps on top of the existing 22nF capacitors. You may not need it. Since the description doesn't mention it, the encoder has 20 detents / positions per 360 revolution. I can't do a PREVIEW, so hopefully the photo comes through readable.

The encoder is OK, but the switch is NOT brought out to any pins, which means soldering, no matter what you do. Since the 'C' pin is directly connected to the GND pin, you can cut the trace on the back between the two pins, and wire one side of the switch to the old GND pin, and then wire the other side of the switch to either 'C' (the new GND pin) or to VCC. Normally you'll want the switch to GND as most micros have internal pull-up resistors, and it's less to wire in later. I've added a schematic of the debounce filtering on the photos below for your convenience. If you still have too much bounce, you might want to add up to .1uF caps on top of the existing 22nF capacitors. You may not need it. Since the description doesn't mention it, the encoder has 20 detents / positions per 360 revolution. I can't do a PREVIEW, so hopefully the photo comes through readable.

The encoder is OK, but the switch is NOT brought out to any pins, which means soldering, no matter what you do. Since the 'C' pin is directly connected to the GND pin, you can cut the trace on the back between the two pins, and wire one side of the switch to the old GND pin, and then wire the other side of the switch to either 'C' (the new GND pin) or to VCC. Normally you'll want the switch to GND as most micros have internal pull-up resistors, and it's less to wire in later. I've added a schematic of the debounce filtering on the photos below for your convenience. If you still have too much bounce, you might want to add up to .1uF caps on top of the existing 22nF capacitors. You may not need it. Since the description doesn't mention it, the encoder has 20 detents / positions per 360 revolution. I can't do a PREVIEW, so hopefully the photo comes through readable.

この商品にとても満足しています!

Very happy with this item!

この商品にとても満足しています!

正確に、または私が意図したもの

exactamente o que pretendia

正確に、または私が意図したもの

説明通り。妥当な時間に到着。

As described. Arrived in reasonable time.

説明通り。妥当な時間に到着。

了解

ok

了解

了解

OK

了解

Arduinoで使いやすい優れたコンポーネント。

Excellent component, easy to use with Arduino.

Arduinoで使いやすい優れたコンポーネント。

間違いない

Can't go wrong with these

間違いない