FNIRSI FNB48S USB Voltage Ammeter Multifunctional Fast Charge Tester, Specification: Bluetooth

TBD0603558901

1. Material: ABS
2. Monitoring voltage: 4~24V
3. Monitoring voltage resolution: 0.00001V
4. Monitoring current: 0~6.5A
5. Monitoring current resolution: 0.00001A
6. Display power: 0~156W
7. Monitoring current resolution: 0.00001W
8. Load equivalent international resistance: 0~9999.9 ohms
9. Load equivalent international resistance resolution: 0.0001 ohms
10. Capacity: 0~9999.99Ah
11. Power consumption: 0~9999.99Wh
12. Cable resistance: 0~9999.99 ohms
13. D+/D- voltage: 0~3.3V
14. D+/D- voltage resolution: 0.001V
15. Device temperature: Celsius/Fahrenheit
16. Dimensions: 34x13x75mm
17. Multifunctional protocol capacity testing tool, integrated USB-A, Micro-USB, type-C interface
18. Using external 16-bit ADC and PD protocol physical chip, real-time monitoring of voltage, current, power, capacity, charging protocol, curve waveform, etc.
19. 1.77-inch high-definition display
20. One key to switch between five or six digits display, the resolution can reach 0.00001, which can monitor the subtle changes of voltage, current and power during the charging process in real time
21. Using USB3.0 interface, 9-pin design, backward compatible with USB2.0, the transmission rate is + times of USB2.0
22. No need to use the original data cable, you can also directly test some charger protocol mobile phones
23. Small size, you can carry it anywhere you want to use it
24. It can record 10 sets of measurement data, and the battery capacity can be calculated according to the obtained data (plus the calculation formula, the result multiplied by 1000 is the battery capacity)
25. Support reading the data of E-Marker and DASH data line, after connecting the data line, you can easily read the chip of e-marker and DASH data line
26. Support the screen flip function, through the gravity sensor, the screen can be flipped freely, or you can turn off the gravity direction recognition, long press the middle button to flip the screen
27. Use the differential pressure method to measure cable resistance, and use it with constant current loads to facilitate detection of data line resistance