1 |
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Show voter details
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moderate
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App\Entity\Entry {#2360
+user: App\Entity\User {#264 …}
+magazine: Proxies\__CG__\App\Entity\Magazine {#2377 …}
+image: null
+domain: Proxies\__CG__\App\Entity\Domain {#2467 …}
+slug: "Another-successful-Honeywell-T6-install"
+title: "Another successful Honeywell T6 install"
+url: "https://lemmy.ca/pictrs/image/725edbe9-9d87-4169-a62e-d47efaab6872.jpeg"
+body: """
\n
\n
> Here we go. The setup was pretty trivial. The setup for the Zooz GPIO Z-Wave adapter for Yellow was trivial. Adding the T6 was trivial too. I had to install 2x Z-Wave smart plugs to extend the network from where the Yellow is to where the thermostat is. I used Leviton Z-Wave smart plugs. Finally I added the automation I wanted this whole thing for. Seems to work ™\n
> \n
> The only downside I can see so far is that the T6 doesn’t support multi-speed fan (G1/G2/G3 wiring) so I had to choose one of the speeds while wiring and I can’t use the rest. From what I can tell Ecobee seems to be able to use G1/2/3 but I’m not ready to give up on the ethernet-independent operation T6 and Z-Wave allow to have multiple fan speeds.\n
> \n
> Does anyone know if there’s a (non-retail) variant of the T6 that supports multi-speed fan?\n
\n
I needed some thermostat automation done and I stumbled upon [this thread.](https://community.home-assistant.io/t/which-thermostat-is-most-home-assistant-friendly-ecobee/632022) I just attempted this and it went about as smoothly as I can imagine. If you’re also in need of an offline solution, the Z-Wave version of the Honeywell T6 seems to do the job.\n
\n
#homeassistant #zwave #thermostat #homeautomation
"""
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+notifications: Doctrine\ORM\PersistentCollection {#2378 …}
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date: 2024-04-09 02:50:27.0 +02:00
}
+createdAt: DateTimeImmutable @1704597769 {#2370
date: 2024-01-07 04:22:49.0 +01:00
}
} |
|
Show voter details
|
3 |
DENIED
|
edit
|
App\Entity\Entry {#2360
+user: App\Entity\User {#264 …}
+magazine: Proxies\__CG__\App\Entity\Magazine {#2377 …}
+image: null
+domain: Proxies\__CG__\App\Entity\Domain {#2467 …}
+slug: "Another-successful-Honeywell-T6-install"
+title: "Another successful Honeywell T6 install"
+url: "https://lemmy.ca/pictrs/image/725edbe9-9d87-4169-a62e-d47efaab6872.jpeg"
+body: """
\n
\n
> Here we go. The setup was pretty trivial. The setup for the Zooz GPIO Z-Wave adapter for Yellow was trivial. Adding the T6 was trivial too. I had to install 2x Z-Wave smart plugs to extend the network from where the Yellow is to where the thermostat is. I used Leviton Z-Wave smart plugs. Finally I added the automation I wanted this whole thing for. Seems to work ™\n
> \n
> The only downside I can see so far is that the T6 doesn’t support multi-speed fan (G1/G2/G3 wiring) so I had to choose one of the speeds while wiring and I can’t use the rest. From what I can tell Ecobee seems to be able to use G1/2/3 but I’m not ready to give up on the ethernet-independent operation T6 and Z-Wave allow to have multiple fan speeds.\n
> \n
> Does anyone know if there’s a (non-retail) variant of the T6 that supports multi-speed fan?\n
\n
I needed some thermostat automation done and I stumbled upon [this thread.](https://community.home-assistant.io/t/which-thermostat-is-most-home-assistant-friendly-ecobee/632022) I just attempted this and it went about as smoothly as I can imagine. If you’re also in need of an offline solution, the Z-Wave version of the Honeywell T6 seems to do the job.\n
\n
#homeassistant #zwave #thermostat #homeautomation
"""
+type: "image"
+lang: "en"
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+hasEmbed: true
+commentCount: 32
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date: 2024-06-25 02:46:04.0 +02:00
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+reports: Doctrine\ORM\PersistentCollection {#2386 …}
+favourites: Doctrine\ORM\PersistentCollection {#2385 …}
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date: 2024-04-09 02:50:27.0 +02:00
}
+createdAt: DateTimeImmutable @1704597769 {#2370
date: 2024-01-07 04:22:49.0 +01:00
}
} |
|
Show voter details
|
4 |
DENIED
|
moderate
|
App\Entity\Entry {#2360
+user: App\Entity\User {#264 …}
+magazine: Proxies\__CG__\App\Entity\Magazine {#2377 …}
+image: null
+domain: Proxies\__CG__\App\Entity\Domain {#2467 …}
+slug: "Another-successful-Honeywell-T6-install"
+title: "Another successful Honeywell T6 install"
+url: "https://lemmy.ca/pictrs/image/725edbe9-9d87-4169-a62e-d47efaab6872.jpeg"
+body: """
\n
\n
> Here we go. The setup was pretty trivial. The setup for the Zooz GPIO Z-Wave adapter for Yellow was trivial. Adding the T6 was trivial too. I had to install 2x Z-Wave smart plugs to extend the network from where the Yellow is to where the thermostat is. I used Leviton Z-Wave smart plugs. Finally I added the automation I wanted this whole thing for. Seems to work ™\n
> \n
> The only downside I can see so far is that the T6 doesn’t support multi-speed fan (G1/G2/G3 wiring) so I had to choose one of the speeds while wiring and I can’t use the rest. From what I can tell Ecobee seems to be able to use G1/2/3 but I’m not ready to give up on the ethernet-independent operation T6 and Z-Wave allow to have multiple fan speeds.\n
> \n
> Does anyone know if there’s a (non-retail) variant of the T6 that supports multi-speed fan?\n
\n
I needed some thermostat automation done and I stumbled upon [this thread.](https://community.home-assistant.io/t/which-thermostat-is-most-home-assistant-friendly-ecobee/632022) I just attempted this and it went about as smoothly as I can imagine. If you’re also in need of an offline solution, the Z-Wave version of the Honeywell T6 seems to do the job.\n
\n
#homeassistant #zwave #thermostat #homeautomation
"""
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}
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date: 2024-01-07 04:22:49.0 +01:00
}
} |
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Show voter details
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5 |
DENIED
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moderate
|
App\Entity\Entry {#1562
+user: App\Entity\User {#264 …}
+magazine: Proxies\__CG__\App\Entity\Magazine {#1719 …}
+image: Proxies\__CG__\App\Entity\Image {#1724 …}
+domain: Proxies\__CG__\App\Entity\Domain {#1630 …}
+slug: "SOLVED-A-pull-up-resistor-increases-the-low-side-of-a"
+title: "[SOLVED] A pull-up resistor increases the low side of a signal, how can I counteract it?"
+url: "https://electronics.stackexchange.com/q/670924/107963"
+body: """
Solution\n
--------\n
\n
Using an open drain buffer like the `74LVC1G07` did the trick. Note that this part only works for inputs with a pull-up resistor. There are other parts from the same lineup that can work with any input.\n
\n
Problem\n
-------\n
\n
> I have an ebike computer that has two inputs that accept square wave signals. The range is 0-5V. One of the inputs has no pull-up/down resistors on it. When I hook up a device producing signal, the signal is detected correctly. Both highs and lows are detected correctly. The other input has a built-in pull-up resistor. When I hook the same signal to it, only the high side is detected. Measuring the voltage of the low side, it's a bit higher than when hooked to the other input and I'm guessing it isn't crossing the low threshold the computer expects in order to register the low.\n
\n
> Am I right in thinking that the pull-up resistor is increasing the lows?\n
\n
> Is it possible to counteract the internal pull-up resistor by hooking a pull-down resistor to the input?\n
\n
> I'm a software guy with decent soldering skills and minimal knowledge in electronics so please answer like I'm not the brightest electronic bulb on the tree.\n
\n
> Thank you in advance!\n
\n
Cross-posting my question from StackExchange.
"""
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date: 2023-06-18 17:27:58.0 +02:00
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} |
|
Show voter details
|
7 |
DENIED
|
edit
|
App\Entity\Entry {#1562
+user: App\Entity\User {#264 …}
+magazine: Proxies\__CG__\App\Entity\Magazine {#1719 …}
+image: Proxies\__CG__\App\Entity\Image {#1724 …}
+domain: Proxies\__CG__\App\Entity\Domain {#1630 …}
+slug: "SOLVED-A-pull-up-resistor-increases-the-low-side-of-a"
+title: "[SOLVED] A pull-up resistor increases the low side of a signal, how can I counteract it?"
+url: "https://electronics.stackexchange.com/q/670924/107963"
+body: """
Solution\n
--------\n
\n
Using an open drain buffer like the `74LVC1G07` did the trick. Note that this part only works for inputs with a pull-up resistor. There are other parts from the same lineup that can work with any input.\n
\n
Problem\n
-------\n
\n
> I have an ebike computer that has two inputs that accept square wave signals. The range is 0-5V. One of the inputs has no pull-up/down resistors on it. When I hook up a device producing signal, the signal is detected correctly. Both highs and lows are detected correctly. The other input has a built-in pull-up resistor. When I hook the same signal to it, only the high side is detected. Measuring the voltage of the low side, it's a bit higher than when hooked to the other input and I'm guessing it isn't crossing the low threshold the computer expects in order to register the low.\n
\n
> Am I right in thinking that the pull-up resistor is increasing the lows?\n
\n
> Is it possible to counteract the internal pull-up resistor by hooking a pull-down resistor to the input?\n
\n
> I'm a software guy with decent soldering skills and minimal knowledge in electronics so please answer like I'm not the brightest electronic bulb on the tree.\n
\n
> Thank you in advance!\n
\n
Cross-posting my question from StackExchange.
"""
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date: 2023-06-21 17:59:31.0 +02:00
}
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date: 2023-06-18 17:27:58.0 +02:00
}
} |
|
Show voter details
|
8 |
DENIED
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moderate
|
App\Entity\Entry {#1562
+user: App\Entity\User {#264 …}
+magazine: Proxies\__CG__\App\Entity\Magazine {#1719 …}
+image: Proxies\__CG__\App\Entity\Image {#1724 …}
+domain: Proxies\__CG__\App\Entity\Domain {#1630 …}
+slug: "SOLVED-A-pull-up-resistor-increases-the-low-side-of-a"
+title: "[SOLVED] A pull-up resistor increases the low side of a signal, how can I counteract it?"
+url: "https://electronics.stackexchange.com/q/670924/107963"
+body: """
Solution\n
--------\n
\n
Using an open drain buffer like the `74LVC1G07` did the trick. Note that this part only works for inputs with a pull-up resistor. There are other parts from the same lineup that can work with any input.\n
\n
Problem\n
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> I have an ebike computer that has two inputs that accept square wave signals. The range is 0-5V. One of the inputs has no pull-up/down resistors on it. When I hook up a device producing signal, the signal is detected correctly. Both highs and lows are detected correctly. The other input has a built-in pull-up resistor. When I hook the same signal to it, only the high side is detected. Measuring the voltage of the low side, it's a bit higher than when hooked to the other input and I'm guessing it isn't crossing the low threshold the computer expects in order to register the low.\n
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> Am I right in thinking that the pull-up resistor is increasing the lows?\n
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> Is it possible to counteract the internal pull-up resistor by hooking a pull-down resistor to the input?\n
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> I'm a software guy with decent soldering skills and minimal knowledge in electronics so please answer like I'm not the brightest electronic bulb on the tree.\n
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> Thank you in advance!\n
\n
Cross-posting my question from StackExchange.
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