Superior UNI-T UPO8102S Dedicated Oscilloscope for mobile phone repair. Dual Channel 100MHz 1GS/s real-time sampling rate multiple waveform parameters, G-Lon technology recommend the world's first customized oscilloscope for mobile phone repair. UNI-T UPO8102S oscilloscope is mainly used to detect the voltage and signal waveform of the key points on iphone Cell phone motherboard
UNI-T UPO8102S Phone Repair Dedicated Oscilloscope Dual Channel 100MHz
Mobile phone repair dedicated oscilloscope Double channel / 100M band width 8-inch HD screen
I2C/RS232/SPI protocol triggering and decoding,100MHz band width 2 analog channels 1GS/s real-time sampling rate multiple waveform parameters. UNI-T UPO8102S oscilloscope is the world's first customized oscilloscope for mobile phone repair. The oscilloscope is mainly used to detect the voltage and signal waveform of the key points on the main board, which can be delineated. Range, quickly find the point of failure.
The world's first customized oscilloscope for mobile phone repair, G-Lon Mobile Phone Maintenance Academy provides full technical support
PHONEFIX Shop Team of China exclusive worldwide sales
1. I2C/RS232/SPI protocol triggering and decoding, customized for mobile phone repair, professional and accurate, let you find the fault quickly.
2.100MHz bandwidth, 2 analog channels, 1GS/s real-time sampling rate, multiple waveform parameters.
3. Connect the USB to the computer, you can debug and remote control by connecting to the computer.
4. You can start to use it by pluging in the USB anytime and anywhere, upgrade the system software through the USB, also can be used to store data.
5. Chinese and English bilingual settings, and fast and convenient operation
6. Configuring an 8-inch screen and can acquire a full field of view.
Customized Oscilloscope for Mobile Phone Repair (concentration)
G-Lon Mobile Phone Maintenance Academy provides full technical support
IPX phone battery I2C communication waveform detection
IPX phone clock crystal oscillation waveform detection
waveform of clock and data clock waveform of 32.768K( sin wave)
Waveform Show ( more)
RUNT trigger Edge-triggered N
Triggering and decoding of RS232 protocol
Triggering and decoding of I2C protocol
8 inch fluorescent screen
Configuring an 8-inch screen and can acquire a full field of view
Keep a proper distance to observe the waveform, convinent and eye protection
Multiple languages are configured
Multiple languages are embeded, it is more convinent to operate for customers
Data Storage /Remote Control
You can start to use it by pluging in the USB anytime and anywhere, upgrade the system software through the USB, also can debug and remote control by connecting your computer.
Waveform Recording and Playback
8 inch HD fluorescent screen
1GS/s real time sampling rate
2 analog channel
USB connect the computer
Multiple waveform parameters
Waveform recording and playback
Double Probe, Power Cord, Gadgets, Instruction Manual+Warranty Card, Shockproof Foam, Mounting Disc
Why use an oscilloscope to repair you phone?
In the process of mobile phone repair, the oscilloscope is mainly used to detect the voltage and signal waveform of the key points on the main board (DC power suppply of each part of the mobile phone, 26MHz main clock, 32.768kHz real-time clock, IQ signal of intermediate frequency output, ect), which can be delineated. Range, quickly find the point of failure. Therefore, the oscilloscope has been widely used in mobile phone repair.
The difference between a multimeter, power supply and osciloscope
Because the oscilloscope looks at the complete waveform, it displays the voltage value from the lowest value to the highest value of the trajectory, so the measurement is often the highest value. The value measured by the multimeter is the average value, which is different from the highest value.
For example, using a multimeter to measure the voltage of civilian electricity is 220V, which is the average. But when you look at it with an oscilloscope, you can see about 311V, which is the peak. That is the maximum. The multimeter has six and a half nine and a half, but it can only measure stable values. The advantage of the oscilloscope is that is has a large dynamic range, can monitor the time and frequency, can have a trigger signal, and can compare, capture, and store multiple channels.