Wide-Voltage High-Precision
Hall-Sensor Power Module
SIYI Technology continues to empower flight control system and launches a new wide-voltage high-precision
power module with a matching Hall ammeter. Supporting 7 to 100 volt voltage input and 7 to 100 volt voltage detection,
the Hall sensor can achieve non-contact high-precision measurement, with fast response, reliable and flexible, compact size,
and excellent heat dissipation performance. It greatly improves the stability and safety of flight controller power supply
and provides high-precision data support for equipment operation!
Wide Voltage Detection
(7 ~ 100V)
(7 ~ 100V)
Wide Voltage Input
(7 ~ 100V)
(7 ~ 100V)
High-Precision Hall Current Detection
±0.1A
±0.1A
Non-Contact Detection
High-Precision Measurement
High-Precision Measurement
All-Metal CNC Housing
Excellent Heat Dissipation Performance
Excellent Heat Dissipation Performance
Compact & Lightweight
Wide Voltage Input, Wide Voltage Detection
The power module supports wide voltage input from 7 to 100 volts and wide voltage detection
from 7 to 100 volts, providing reliable protection for flight safety.
from 7 to 100 volts, providing reliable protection for flight safety.
Hall-Sensor Ammeter, Non-Contact Detection High-Precision Measurement
SIYI Technology's innovative design applies Hall sensors to ammeters to achieve non-contact current detection,
which not only improves safety but also avoids measurement errors caused by contact resistance or poor contact.
Compared with traditional shunts, Hall sensors eliminate insertion loss and electrical isolation, can more accurately reflect
the actual value of the measured current, and have high measurement accuracy. Hall sensors are not affected by inductance,
can truly transmit the waveform of the measured current, and are more accurate in measuring high-frequency and large currents.
which not only improves safety but also avoids measurement errors caused by contact resistance or poor contact.
Compared with traditional shunts, Hall sensors eliminate insertion loss and electrical isolation, can more accurately reflect
the actual value of the measured current, and have high measurement accuracy. Hall sensors are not affected by inductance,
can truly transmit the waveform of the measured current, and are more accurate in measuring high-frequency and large currents.
Compact & Lightweight, Excellent Heat Dissipation Performance
Born for the smart robotic ecosystem, minimalist design, small as millimeters, light as millet.
All-aluminum alloy structure, high heat transfer coefficient and uniform heat dissipation.
All-aluminum alloy structure, high heat transfer coefficient and uniform heat dissipation.
Interface Definition
Typical Connection
Power flight controller and measure current through Hall ammeter.
Recommended Flight Controller
N7 Autopilot
