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TalkTalk Sagemcom F@ST (Fast) 5364 Wi-Fi Hub

OEM Bootlog

HELO
CPU0
PMCM

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Sensor	Voltage	Addresss	T acc	RH acc
SHTC1	1.62v-2.98v	0x70	±0.3°C	±3%
SHTC3	1.62-3.6v		±0.2°C	±2%
SHT20	2.1-3.6v	0x40/41	±0.3°C	±3%
SHT21	2.1-3.6v	0x40/41	±0.3°C	±2%
SHT25	2.1-3.6v	0x40/41	±0.2°C	±1.8%
SHT30	2.15-5.5v	0x44	±0.2°C	±2%
SHT31	2.15-5.5v		±0.2°C	±2%
SHT35	2.15-5.5v		±0.1°C	±1.5%

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Sensor	T/H/P?	H Accuracy	H Resolution	T Resolution	T Accuracy	Protocol
AHT10
AHT21	t+h	.024RH	+-2RH	0.01C	+-0.3C
AHT20	t+h	0.024RH	+-2RH	0.01C	+-0.3C
AM2320	t+h	0.1RH	+-3RH	0.1C	+-0.5C	i2c
BME280	t+h+p	0.008RH	+-3RH	0.01C	+-0.5C	i2c
BME680	t+p+h	0.008RH	+-3RH	0.01C	+-0.5C	i2c
BMP085	t+p			0.1C	+-0.5C	i2c
BMP180	t+p				+-0.5C	i2c

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	S2	S3	C2	C3	C6	ESP32	ESP8266
Announcement Date	2019, September	2020, December		2020, November	2021, April	2016, September	2014, August
Main Processor	Xtensa single-core LX7	Xtensa LX7 dual-core	RISC-V single-core	RISC-V single-core	RISC-V single-core	Xtensa LX6 single/dual-core	Tensilica L106
Clock Freq (up to)	240 MHz	240 MHz	120 MHz	160 MHz	160 MHz	160/240 MHz	160MHz
Co-processor	ULP (R

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Global Direct Line Saver
YunExpress Registered Priority General
Distributor: HERMES / EVRI

International Registered Mail
4PX
Distributor: Royal Mail
Note: Package arrived with no seller name or even country of origin printed on the label. Only a return address for one of 4PX's UK warehouses.
Customs: Spent 20 mins in customs at Heathrow, arrived with no visible markings or any other sign customs even looked at the package.

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Changes to data items from OpenTherm v2.2 to v2.3b

9,"REMOTE ROOM SETPOINT",READ,F8.8,-40,127,"0,00",Yes
Remote room setp now has range -40..127 instead of previous 1..30 (and 0 being no override)

33,"EXHAUST TEMPERATURE",READ,S16,-40,127,20,Yes
New range -40..127 instead of -40..500

50,"OTC HC-RATIO BOUNDS",READ,S8,0,40,0,S8,0,40,0,Yes
58,"OTC HEATCURVE RATIO",READ,F8.8,0,40,"0,00",Yes

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Name	Standard	Annex info
Full-rate ADSl	G.992.1	A (above POTS), B (above ISDN), C (same cable), J, L, M. The annexes in this specification seem to be the same for all G.992.x standards.
	G.992.2 Annex H	This standard does exist, for what purpose I do not know.
G.lite	G.992.2
ADSL2	G.992.3	See full list on Wikipedia. Relevant annexes are A, B, I, J, L, M.	Wikipedia
ADSL2+	G.992.5	Only ever seen A, B, M and J
---
VDSL	G.993.1	Annex A (plan 998), Annex B (plan 997), Annex C (rare, only used in Sweden). These seem to be different to the annexes set by G.992.1 and related ADSL standards.
VDSL2	G.993.2	Annex A is the bandplan for North America, B for Europe and C for Japan. Not sure why these are different to VDSL1 standard.

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<img src="{{label_tools.qr_code(sample_id)}}" />
<span class='label'>
    {{ sample_name }} <br />
    Telford Makerspace <br />
    {{ label_tools.now() }}
</span>

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# Maintainer: Kyle Keen <keenerd@gmail.com>
# Contributor: Thomas Aldrian <dev.aldrian@gmail.com>

pkgbase=kicad-library
pkgname=('kicad-library' 'kicad-library-3d')
pkgver=6.0.0
pkgrel=1
pkgdesc="Kicad component and footprint libraries"
arch=('any')
url="https://kicad.github.io/"

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Stepper driver current

Can be adjusted manually with Vref, or digitally (for marlin in Configuration_adv.h.

Calculating

Imax -> Maximum current per phase. This is often the value on the motor datasheets.

Irms -> Root mean square current, or average current.