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UGEE EMR Digitizer Module Electromagnetic Resonance Technology for E-book, Signature Pad, Graphic Tablet and Digital Handwriting

UGEE EMR Digitizer Module Electromagnetic Resonance Technology for E-book, Signature Pad, Graphic Tablet and Digital Handwriting
  • UGEE EMR Digitizer Module Electromagnetic Resonance Technology for E-book, Signature Pad, Graphic Tablet and Digital Handwriting
  • UGEE EMR Module (2).jpg

UGEE EMR Digitizer Module Electromagnetic Resonance Technology for E-book, Signature Pad, Graphic Tablet and Digital Handwriting

Model
UGM05
Brane Name
UGEE
Place of Origin
China
Certificates
CE, FCC
Minimum Quantity
100
Price Term
FOB, CNF, CIF (optional)
Payment Terms
T/T, Western Union, L/C
Packaging Details
Standard Package
Delivery
20 days for quantity order
Port
Shenzhen Port
Supply capacity
3000 Sets/Day
Application
Mobile Communication Business Hall; Finance; Hotel; Office Automation; Other Industries

 


UGEE can help to develop and manufacture handwriting products based on our patented EMR technology, such as signature devices, education terminals, tablets, etc.

Ugee-Best Ugee Emr Pen Module Electromagnetic Resonance            
Electromagnetic Touch-Based Technology

EMR stands for Electro Magnetic Resonance Technology. Touch screens using this technology are also known as electromagnetic touch screens. Unlike capacitive or resistive screens, in EMR the basic principle is to transmit electromagnetic signals through an electromagnetic pen and interact with the electromagnetic sensor board behind the display screen. When the electromagnetic pen is close to the touch screen, the electromagnetic induction board behind it, which contains an array of horizontal and vertical antenna will sense the signal from the pen due to magnetic flux change. By calculating the change, the X and Y coordinate of the pen's position  can be determined. 

Since the electromagnetic pen has a longitudinal pressure sensor, when the user writes through the pen, pressure is transmitted to the pressure sensor through the tip. The changing pressure will cause the electromagnetic signal emitted by the pen to change accordingly. The electromagnetic induction board therefore can sense the pressure change. This pressure-sensing feature is especially useful in high-accuracy handwriting and drawing application.

Ugee-Best Ugee Emr Pen Module Electromagnetic Resonance-1            

UGEE Electromagnetic Screen


In UGEE electromagnetic touch screen, the electromagnetic induction antenna board is put into the liquid crystal display, and is positioned between the backlight module and the rear iron frame. The UGEE electromagnetic conversion control circuit is connected to the induction antenna board, which can collect electromagnetic signals and convert them into coordinates, pen pressure, commands, and then transmit the signals to the system through USD/IIC.             







Ugee-Best Ugee Emr Pen Module Electromagnetic Resonance-2            
UGEE Frequency Conversion Stylus

In addition to body structure, the UGEE frequency conversion stylus also includes a pen tip, coil, pressure sensor, button and UGEE transmitting circuit. It can transmit RF electromagnetic signals in the range of 120K ~ 170K Hz according to different states and combinations.

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Ugee-Best Ugee Emr Pen Module Electromagnetic Resonance