⚡ IoT Power - CC

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IoT Power CC Is a fully functional, stable and reliable small handheld high-precision power meter, it can：

• Measure voltage and current of low-power devices via USB C power supply

• Different from other USB meters, the voltage and current at the output terminal are measured to reflect the actual power consumption of the device.

• Connect PD fast charge charger (support PPS), decoy the specified voltage and current output

• Maximum voltage 24V, maximum current 5A

• Current Multi-channel synchronous sampling, no shift delay, highest resolution 0.15μA

• High precision, small error, details can be found in technical indicators, welcome to verify

• Up to 10KHz sampling rate to meet the power consumption test requirements of cellular modules, Bluetooth, WIFI, etc.

• You can connect a PC client to view and analyze the current waveform, or use the command line version to capture serial port data (such as strawberry pie) on any device (win/linux/mac) and use the pc client to import and view

• Shell data is open, open source shell address

IoT Power CC Is the majority of users carry the ideal test tool.

Note

If you are using such equipment for the first time, it is strongly recommended that you check FAQ List

Connection usage

Show the connection mode, internal topology diagram and shell assembly instructions of CC and tested equipment.

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Operating Instructions

Describe the usage of each page function of the device in detail

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Technical indicators

List the parameters and performance indicators of the equipment

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More information

CC Egg mode open source control terminal：IoT-Power-Tools

Please select the specific page on the left to view the information.

• Technical indicators
• Connection and assembly
  • Layout and Function
  • Internal connection topology diagram
  • Power supply mode
  • Connection mode
    • Four-wire mode
    • Two-wire mode
  • Shell assembly steps
    • At-hand parts list
    • Assembling housing
    • Mounting the panel
    • Shell assembly completed
• Operating Instructions
  • Product appearance and key function
  • Data Overview Page
  • Detailed Data Page
  • Waveform Preview Page
  • PD Voltage and Current Switching Page
    • Notes on PD functionality
  • Settings Page
  • Enter upgrade mode manually
• FAQ
  • Why I plug in the usb does not light up？
  • Why can’t I upgrade the firmware
  • No Windows computer, first use, how to upgrade firmware？
  • Why have I been circling around since I turned on PD？
  • Why can’t my charging head recognize PD/PPS? Clearly the mobile phone can be charged quickly
  • Can it trigger the fast charging of the mobile phone? I don’t want to use my own decoy function.
  • Why does the voltage turn on and off for a while when my output terminal is connected to a mobile phone/charging treasure/computer?
  • Why do I supply power from the input port, CC will always restart/plug in the mobile phone and turn off the screen？
  • Why can’t my mobile phone trigger fast charge/dead power output after passing through CC
  • Why does my charging head support 20V, but not on the device
  • Why can’t the computer set the PD value, and the device displays the support PD fixed gear
  • Do you support non-standard PPS (MIPPS, etc.）
  • Why is there a current of several μA when the output terminal is connected to the TypeC line?
  • Why is the voltage directly changed after the output terminal is connected to the TypeC line 5V
  • Why is nothing even, voltage and current are not 0
  • Why is there several differences between current and multimeter?μA？
  • Why is the voltage inaccurate when measuring the voltage of a dry battery？
  • I use Iot Power V1/V2 to supply power and connect it in seriesIot Power CC
    • Why are the current numbers inconsistent？
    • I have already supplied power separately and have no common ground. Why is the current number still inconsistent?？
  • My device can’t start, can I brush the firmware again?？