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| Outdoor leisure scene: (In camping scenes, the segmented screen is installed on the outdoor power supply, which can clearly display the remaining power, making it easy for campers to judge whether there is enough power to supply lighting fixtures, electric grills, projectors and other equipment. For outdoor photographers, the segmented screen can visually display the outdoor power status, helping them decide when to charge the camera and drone battery, and ensuring power planning for shooting work). | |||||||||
Precise Segment Display: TN positive transmissive technology ensures accurate presentation of power, voltage, and current data (ideal for outdoor power supplies).
Plug-and-Play Convenience: Standard SPI/3-wire serial interface enables quick connection to main control chips, reducing development time.
Ultra-Low Power: Microamp-level working current saves energy for battery-powered devices like portable energy storage units.
Compact Structure: 95.60mm×51.20mm×12.00mm size (including socket) fits small devices such as smart thermostats and electronic scales.
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The rapid development of the global energy storage industry in recent years has effectively driven the demand for energy storage power supply segment code screens. With the continuous increase in installed capacity of photovoltaics and wind power, the scale of supporting energy storage power stations continues to expand, and portable energy storage devices are also gaining market popularity due to the rise of outdoor economy, all of which have created a large market space for segment code screens. Although there is currently a lack of precise statistical data on energy storage power segment code screens, industry institutions estimate that the global market size of energy storage power segment code screens will reach hundreds of millions of yuan by 2023. With the dual effects of the popularization of energy storage power equipment and the cost advantage of segment code screens, the market size is expected to maintain a compound annual growth rate of around 12% to 18% from 2024 to 2029.
HT1621B driver IC simplifies driver development with concise communication protocols and low code requirements.
Wide operating (-20℃~+70℃) and storage (-30℃~+80℃) temperatures adapt to outdoor and industrial environments.
2LED backlight (If=30mA, Vf=2.9V) provides clear visibility at night without excessive power consumption.
High contrast display ensures readability in direct sunlight—critical for outdoor camping and photography power supplies.
This segment LCD module is model 133A, with overall dimensions (including socket) of 95.60mm×51.20mm×12.00mm. It adopts a TN/POSITIVE/TRANSMISSIVE display type, uses an SPI/3-wire serial interface, and is equipped with an HT1621B driver IC. The drive type is 1/4 DUTY (duty cycle) and 1/3 BIAS (bias), with glass dimensions of 68.00mm × 38.00mm × 2.8mm and a VA area size of 60.00mm × 30.00mm. The driving voltage is VDD=3.3V and VLCD=3.3V, the connection method is PIN/LCD pin, and the backlight circuit is equipped with 2 LEDs, with an operating current (If) of 30mA and a forward voltage (Vf) of 2.9V.
| Product specification information | |
Model | 133A |
Module dimensions | 95.60mm×51.20mm×12.00mm(Including socket) |
Display type/perspective | TN/POSITIVE/TRANSMISSIVE |
Module interface | SPI/3-wire serial interface |
Driver IC | HT1621B |
Drive Type | 1/4 DUTY (duty cycle), 1/3 BIAS (bias) |
Glass external dimensions | 68.00mm X 38.00mmX 2.8mm |
VA area size | 60.00mm X 30.00mm |
Driving voltage | VDD=3.3V /VLCD=3.3V |
Connection method | PIN/LCD pin |
Backlight circuit | 2LED If=30mA, Vf =2.9 V |
Operating Temperature | -20 ℃ -- +70 ℃ |
Storage temperature | -30 ℃ -- +80 ℃ |
In camping scenes, the segmented screen is installed on the outdoor power supply, which can clearly display the remaining power, making it easy for campers to judge whether there is enough power to supply lighting fixtures, electric grills, projectors and other equipment. For outdoor photographers, the segmented screen can visually display the outdoor power status, helping them decide when to charge the camera and drone battery, and ensuring power planning for shooting work).
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For journalists, geological survey personnel, etc. who often work outdoors, segmented code screens can allow users to constantly monitor the outdoor power supply, make charging arrangements or power allocation in advance, and ensure uninterrupted power supply for office equipment such as laptops, walkie talkies, and recording pens.
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When a family faces a sudden power outage, the outdoor power supply connected to the segment code screen can serve as a temporary power source. The segment code screen can let users know the power reserve, and then arrange the electricity consumption time of household appliances such as refrigerators, routers, and emergency lights reasonably to maintain the basic life and operation of the family.
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At natural disaster rescue sites such as earthquakes and floods, outdoor power sources supply power to rescue equipment, and segment code screens can quickly feedback power parameters, allowing rescue personnel to replace power sources or adjust equipment power consumption strategies in a timely manner based on the power situation, ensuring the stability of power supply for key equipment such as life detectors and medical emergency equipment.
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The segment code screen can be adapted to be installed on electric vehicles, electric scooters, and intelligent balance vehicles. When connected to an outdoor power supply, the segment code screen can display real-time data such as the output voltage, current, and remaining power of the auxiliary power supply, improving the accuracy and convenience of vehicle power monitoring).
How is it different from dot matrix LCDs?
It’s cheaper, simpler, and lower-power, focusing on precise numeric/symbol display (e.g., battery percentage) vs. complex graphics.
Does it support custom segment layouts?
Yes, segment patterns can be customized for specific devices (e.g., electric vehicle chargers).
What testing standards does it meet?
It undergoes high/low temperature, humidity, and optical performance tests to meet industrial control standards.