Custom 7 Segment LCD Display Module HT1621 TN Positive Blue Backlight

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Custom 7 Segment LCD Display Module HT1621 TN Positive Blue Backlight
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Features
Specifications
Driver Ic: HT1621*2PCS
Operating Temp: -10~+60℃
Working Voltage: 5.0V
Customized: Customized
Lcd Type: TN, Positive
Driver Method: 1/4 Duty, 1/3 Bias
Highlight:

7 segment LCD display HT1621

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TN positive blue backlight LCD

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custom 7 segment LCD module

Basic Infomation
Place of Origin: China
Brand Name: BBI
Certification: ISO9001 RoHS
Payment & Shipping Terms
Packaging Details: CARTON
Delivery Time: 3-4WEEKS
Payment Terms: T/T
Supply Ability: 100000/MONTH
Product Description
Custom 7 Segment LCD Display Module HT1621 TN Positive Blue Backlight
High-quality custom 7-segment LCD display module featuring TN positive technology with blue backlight, designed for industrial and commercial applications.
Detail Information
LCD Type: TN, Positive
Viewing Angle: 6 O'clock
Operating Temperature: -10~+60℃
Connector: COB+PIN
Working Supply: 5.0V
Backlight: Blue
Driver IC: HT1621
Detailed Parameters
NO. ITEM SPECIFICATIONS
1 Model Number GY8213A-6HPPS-02
2 LCD Type TN positive, Transmissive
3 Viewing Angle 6 O'clock
4 Drive Method 1/4 Duty, 1/3 Bias, 5.0V
5 Operating Temperature -10~+60℃
6 Storage Temperature -20~+70℃
7 Connector PIN, 52 numbers
8 Backlight LED, Blue, 30mA
9 Driver IC HT1621*2PCS
10 LCD Outline Dimension 88.5(W)* 40.0(H)* 11.4(T) mm
11 View Area 70(W)* 35(H) mm
Custom 7 Segment LCD Display Module HT1621 TN Positive Blue Backlight 0 Custom 7 Segment LCD Display Module HT1621 TN Positive Blue Backlight 1 Custom 7 Segment LCD Display Module HT1621 TN Positive Blue Backlight 2
What is TN Technology?
TN (Twisted Nematic)

Its working principle is: there are polarizers on the upper and lower layers of the panel, and the transmission directions of the two polarizers are perpendicular to each other. The liquid crystal molecules are arranged in a 90° twist from the upper layer to the lower layer in space.

When no power supply voltage is applied, the liquid crystal is in a natural state, and the light emitted from the lower layer will be twisted 90° after passing through the liquid crystal interlayer so that it can pass smoothly through the upper layer.

When the power supply voltage is applied between the two layers, an electric field is generated. At this time, the liquid crystal will deflect and arrange vertically, and the light will not be twisted. So the light cannot pass through the lower layer.

This realizes the control of the backlight illumination pixel.

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Contact Person : Jack
Tel : +8613711912723
Fax : 86-769-81581872
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