H6-M108 Series LEDs

The H6-M108 series LEDs are a popular choice in electronic design due to their compact size, high brightness, and diverse color options. These LEDs are compatible with various Surface Mount Technology (SMT) processes and meet RoHS environmental standards, making them an ideal light source solution for modern electronic products. Below is a list of models in the H6-M108 series LEDs, along with their corresponding colors and parameters:

Product Advantages:

• Size: The 1.8x0.8x0.55mm dimensions make the H6-M108 series LEDs ideal for applications with limited space.
• High Brightness: Offering a range of luminous intensity from tens to thousands of mcd, these LEDs meet various brightness requirements.
• Stable Electrical Performance: The tolerance of forward voltage and luminous intensity is strictly controlled within ±0.05V and ±10%, ensuring product consistency and reliability.
• Eco-Friendly Materials: Compliance with RoHS standards reduces environmental impact.
• Moisture-Resistant Design: With a moisture sensitivity level of 5a, suitable for humid environments.

Application Areas: The H6-M108 series LEDs are widely used in a variety of electronic devices, including but not limited to:

• Consumer Electronics: As indicator lights or backlights for mobile phones, tablets, and other devices.
• Industrial Control: For indicating equipment status or as a light source for small displays.
• Automotive Electronics: Dashboard indicator lights, interior ambiance lighting, etc.
• Medical Equipment: Signal indicators for various medical instruments.

For those concerned with the intricacies of LED integration, QILSTE provides detailed soldering profiles for both lead-free and manual soldering processes. as well as a series of reliability tests, including high-temperature storage, thermal cycling, and thermal shock, to guarantee the LEDs' performance and longevity.

By choosing the H6-M108 series LEDs, you will get a stable, bright, and environmentally reliable light source solution that offers exceptional performance whether in the design of innovative consumer electronics or in harsh industrial environments.