Difference between revisions of "ATORCH J7-c"

From sigrok
Jump to navigation Jump to search
(re-order page content for consistency with other device pages)
Line 1: Line 1:
The '''ATORCH J7-c''' is a USB load meter which can measure various properties for USB devices including their voltage, current, power, resistance, capacity, temperature, data line voltage, and charging mode. Communicates to the host by means of serial over bluetooth.
{{Infobox energy meter
{{Infobox energy meter
| image              = [[File:ATORCH_J7-c.jpg|180px]]
| image              = [[File:ATORCH_J7-c.jpg|180px]]
Line 9: Line 11:
}}
}}


== What is it? ==
== Hardware ==


The ATORCH J7-c is a USB load meter which can measure various properties for USB devices including their voltage, amperage, wattage, resistance, capacity, temperature, data line voltage, and charging mode.
It features the following connectors :  
It features the following connectors :  
* USB-A male ( USB 2.0 only )
* USB-A male ( USB 2.0 only )
Line 19: Line 20:
* USB-microB female
* USB-microB female


== Protocol ==
A '''CH573F MCU''' is responsible for performing all the measurements and managing the user interface.


The device communicates through serial-over-Bluetooth (RFCOMM), appearing under the UC96_SPP name, and BLE, under the UC96_BLE name.
A small SOIC-8 IC (marking BP0D608-68A2) handles the Bluetooth communication (both RFCOMM and BLE).
The manufacturer provides an app named "E_Test" for Android and iOS, but no protocol documentation, although it appears that the protocol has been fully reverse-engineered [https://github.com/syssi/esphome-atorch-dl24/blob/main/docs/protocol-design.md].
The same protocol is used both on the BLE and Bluetooth link.
 
== Hardware ==


A CH573F MCU is responsible for performing all the measurements and managing the user interface.
== Pictures ==
 
A small SOIC-8 IC ( marking BP0D608-68A2) handles the Bluetooth communication ( both RFCOMM and BLE ).
 
== Board pictures ==


<gallery>
<gallery>
Line 37: Line 30:
File:ATORCH J7-c Board Back.jpg | Bottom side of the board
File:ATORCH J7-c Board Back.jpg | Bottom side of the board
</gallery>
</gallery>
== Protocol ==
The device communicates through serial-over-Bluetooth (RFCOMM), appearing under the UC96_SPP name, and BLE, under the UC96_BLE name.
The same protocol is used both on the BLE and Bluetooth link.
The manufacturer provides an app named "E_Test" for Android and iOS, but no protocol documentation, although it appears that the protocol has been fully reverse-engineered [https://github.com/syssi/esphome-atorch-dl24/blob/main/docs/protocol-design.md].


== Links ==
== Links ==


* [http://atorch.aliexpress.com/ Aliexpress store]
* vendor software in the [http://atorch.aliexpress.com/ Aliexpress store]
* [https://github.com/syssi/esphome-atorch-dl24/blob/main/docs/protocol-design.md protocol-design]
* github syssi esphome-atorch-dl24 [https://github.com/syssi/esphome-atorch-dl24/blob/main/docs/protocol-design.md protocol-design] text document


[[Category:Device]]
[[Category:Device]]
[[Category:Energy meter]]
[[Category:Energy meter]]
[[Category:Planned]]
[[Category:Planned]]

Revision as of 08:15, 11 February 2023

The ATORCH J7-c is a USB load meter which can measure various properties for USB devices including their voltage, current, power, resistance, capacity, temperature, data line voltage, and charging mode. Communicates to the host by means of serial over bluetooth.

ATORCH J7-c
ATORCH J7-c.jpg
Status planned
Source code [1]
Connectivity serial over Bluetooth, BLE
Measurements voltage, current, power, energy, voltage over USB data lines
Features measures USB devices; color display
Website atorch.aliexpress.com

Hardware

It features the following connectors :

  • USB-A male ( USB 2.0 only )
  • USB-A female ( USB 2.0 only)
  • USB-C male
  • USB-C female
  • USB-microB female

A CH573F MCU is responsible for performing all the measurements and managing the user interface.

A small SOIC-8 IC (marking BP0D608-68A2) handles the Bluetooth communication (both RFCOMM and BLE).

Pictures

Protocol

The device communicates through serial-over-Bluetooth (RFCOMM), appearing under the UC96_SPP name, and BLE, under the UC96_BLE name. The same protocol is used both on the BLE and Bluetooth link.

The manufacturer provides an app named "E_Test" for Android and iOS, but no protocol documentation, although it appears that the protocol has been fully reverse-engineered [2].

Links