Mitsubishi AA104VC02 LCD Module

• Brand : Mitsubishi
• Size : 10.4″
• Condition : Refurbished 
• Panel Type : a-Si TFT-LCD, LCM
• Work Mode : 2 pcs CCFL , 50K hours , Without Driver

Mitsubishi AA104VC02 LCD Module

The Mitsubishi AA104VC02 LCD Module 10.4" display features a resolution of 640×480 (VGA), providing a pixel density of 76 PPI, suitable for various professional and industrial applications. The active area measures 211.2 mm (W) × 158.4 mm (H), offering a compact but effective viewing space.

With a luminance of 430 cd/m², this display ensures adequate brightness for use in moderate lighting environments, while the contrast ratio of 500:1 provides solid differentiation between light and dark elements, enhancing clarity. The viewing angle of 65/65/45/65 allows for decent visibility from various directions, though it is somewhat limited when compared to higher-end displays.

The response time of 10/30 ms ensures relatively quick transitions between frames, although it may not be ideal for extremely fast-paced visuals. The panel is based on a-Si TFT-LCD technology with TN, normally white, transmissive operation, supporting 262K colors and 40% NTSC for acceptable color accuracy.

Operating on 3.3/5.0V, the display utilizes 2 CCFL backlights with a lifespan of 50K hours, providing long-term reliability. It operates within an ambient temperature range of 20 to 70 °C and can withstand a storage temperature range of -20 to 80 °C.

• It is a front polarizer. It may damaged. Please be cautious. Don’t scratch it.
• Always turn off the power supply when you are inserting or disconnecting it from the input connector.
• Wipe off water drop immediately as it may cause discoloration or spots.
• Please handle with great care. It may broken or cracked if dropped or bumped on hard surface.
• Do not try to open or modify the module assembly.
• At the insertion or removal of the Signal Interface Connector do not rotate or tilt the Interface Connector of the TFT Module. It may damage the panel.
• Severe temperature condition may  result in different luminance, response time.