Bare crystal package LED photoelectric lighting module

LED lighting technology is changing with each passing day, and innovative technologies are constantly emerging. How to make LED lighting bright and power-saving is not hot, but also cost-saving, easy and fast production, has always been our LED lighting system engineers, and has always been our LED lighting practitioners dream of. If you have dreams, you will have active thinking, and there will be sparks of innovation. New technologies, new processes, new materials, and innovative products will be born!

HVLEDs (high voltage LEDs)

The low-voltage LED is used to make the lamp have a difficult situation in the lamp cavity, and it is unrealistic to install a fan, a heat pipe, a semiconductor refrigeration, etc. in the LED lamp, and a non-low-cost solution. The space of the existing indoor lighting fixtures is very small, and it is impossible to place more things. Moreover, the indoor lighting fixtures are highly demanding for the cost performance of the mass consumer electronics products. LED lamps are hot and endless!

The birth of HV LEDs has created a new idea for the design of L ED lighting fixtures. The high voltage and low current of HVLEDs make the LED light source board greatly reduce heat during operation, the temperature of the lamp cavity is lowered, and the LED light source and the lamp are not burned when working. And electrolytic capacitors are no longer short-board; HV LEDs can use the new power supply technology of high-voltage linear segmented constant-current driving chips, thus using a simple driving power supply without a transformer, no heavy inductors, no electrolytic capacitors, and thus HVLEDs lamp beads and rectifiers, drive power chips, resistors, capacitors and other components are attached to the same side of the aluminum substrate or ceramic substrate, suitable for automated mass production, saving labor, further reducing production costs, and facilitating secondary product design of the lamp factory. And production.

Bare-crystal package LED photoelectric lighting module, perhaps called "photoelectric engine", adhering to the innovative design concept, HVLEDs lamp beads and rectifiers, segmented drive constant current source chips, and resistors and capacitors all attached to the same ceramic substrate Face, as shown in Figure 1. The use of bare LED dies further reduces costs.

The bare-film packaged photoelectric lighting module is a 14W LED photoelectric module. The yellow ring in the ceramic wafer is composed of 18 HV LED lamp beads , and the yellow phosphor powder package is used to form the LED illuminator; the white square in the middle is The alternating current is converted into a direct current rectifier and a segmented driven constant current chip; therefore, the AC alternating current can directly lead to an access point on the ceramic substrate. After the AC AC is connected, the AC is converted into DC by rectification, and the segmented linear driver chip outputs a constant DC power to illuminate the HVLEDs. The thermal measurement point is used to detect the operating temperature of the photovoltaic module board. The insulating and thermal conductivity properties of the ceramic substrate are ideal.

The lamp factory can design and produce N kinds of LED bulbs , downlights, ceiling lamps and other lamps with bare-crystal packaged LED photoelectric lighting modules. By relying on the design strength of the lamp factory, the design and production of ever-changing and distinctive LED lighting Luminaires; the use of standardized optoelectronic lighting modules, both versatile and convenient, can also reduce production costs and inventory risks, more in line with Zhaga's future LED lighting development requirements. Zhaga is an alliance of the world's top LED lighting manufacturers, aiming at standardizing to achieve compatibility and interchangeability of light engines, and to accelerate the widespread use of LED technology. The mission of a forward-looking international standardization organization, Zhaga, is to provide luminaire manufacturers with a better and more efficient solution for light source solutions. The bare-crystal package LED photoelectric lighting module is a novel LED photoelectric engine, representing the future development trend of LED lighting technology, with a strong cost-effective and strong vitality.

It is very easy to assemble LED bulbs with bare-crystal packaged LED illumination optoelectronic modules. As shown in Figure 2, the bare-crystal LED illumination optoelectronic module, plastic-coated aluminum radiator, lampshade, lamp holder, and wire bonding process, A LED bulb can be assembled in minutes.

Designing and producing a new generation of LED lighting fixtures with a new generation of LED photoelectric engines is an inevitable trend in the development of the LED industry.

For Iphone:
For Iphone8/X/XR/XS Max

Compabile Models:

For Samsung:
For Galaxy S6, For Galaxy S6 Edge, For Galaxy S6 Edge+,
For Galaxy S6 Active, For Galaxy S6 Duos, For Galaxy Note Edge,
For Galaxy S7, For Galaxy S7 Edge, For Galaxy Note 5
For Galaxy S8, For Galaxy S8 Plus, For Galaxy Note 8

For Galaxy S9,For Galaxy S9 Plus

For Sony:
For Xperia Z4V, For Xperia Z3V
For Google:
For Nexus 4, For Nexus 5, For Nexus 6, For Nexus 7

For MOTORALA:
For Moto Droid Turbo, For Moto Droid Turbo 2, For Moto Droid 5

For NOKIA:
For Lumia 920, For Lumia 928, For Nokia Lumia 93, For Lumia 950, For Lumia 950 XL, For Lumia 1020, For Nokia Lumia 1050, For Nokia Lumia 822, For Nokia Lumia 735

For HTC:
For HTC ONE MAX T6, For HTC Incredible 4G, For HTC ONE mini 2, For HTC Droid DNA

For LG:
For LG Nexus 4, For LG Nexus 5, For LG G Pro, For LG D1L, For LG LTE2

For Others:
For YotaPhone 2, For Elephone P9000

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