Technical Z-Power LED Data X090 Sheet Application Note Designing with Acrich Introduction Acrich is designed to connect directly to AC source via wires with no AC/DC converter which is essential for conventional general lighting. As there is no need of converter, Acrich can realize as close life-time as original LED and make a better use of a space in many applications. W MR W Bulb Features Directly connect to AC power using a Acrich IC High power efficiency High power factor Low THD Long life time The simplest BOM Miniaturization Lead free product RoHS compliant Also, Acrich s high power factor can show best energy saving effect in many lighting applications. 8W module W module Applications Replacement lamp Down light Ceiling light Industrial Light W module August 0
Technical Z-Power LED Data X090 Sheet. Driver Configuration Contents. Description --------------------------------------------------------------------. Acrich IC PKG Pin Configurations ----------------------------------------------. Absolute Maximum Ratings ----------------------------------------------------. Circuit Configurations (W module) ----------------------------------------- -. Circuit Configurations (8W module) ------------------------------------------. Circuit Configurations (W module) -----------------------------------------8. Functional Description of Acrich IC Module ----------------------------------9. Surge Protection Circuit (Optional) ------------------------------------------. Dimming Performance -------------------------------------------------------- August 0
Technical Z-Power LED Data X090 Sheet. Driver Configurations. Description Acrich IC has a direct-driving architecture that drives Acrich directly from AC supply, without AC-DC conversions. Acrich IC has 8 channels, and activations of these channels and their current flows are controlled by its internal controller so that Acrich currents, power dissipation and power factor are regulated within proper ranges. Acrich IC integrates all peripheral components including bridge diodes and passive components, providing a simple and effective solution for LED light applications. 8W 8X8mm W Xmm Figure. Acrich IC PKG ( LGA) Features - High power efficiency - Reduce lamp weight - Flicker improvement - Low circuit cost - No lifespan reduction by secondary components Specifications - AC input range - Rated power - Power efficiency - Total harmonic distortion - Power factor - Life time 90~0V(00V)/00~V(0V)/00V~V (0V/0V/0V) W / 8W 90% % 0.9 8,000hrs August 0
Technical Z-Power LED Data X090 Sheet. Driver Configurations. Outline of Acrich IC Figure. W. Xmm Figure. 8W. 8X8mm August 0
Technical Z-Power LED Data X090 Sheet. Driver Configurations. Absolute Maximum Ratings (Acrich IC) Table. Absolute Maximum Ratings for Acrich IC Characteristics Symbol Unit Value Operating Voltage 0V Vopt Vac Operating Voltage 0V Vopt Vac Operating Voltage 0V Vopt Vac Operating Voltage 0V Vopt Vac Operating Voltage 00V Vopt Vac 0 Junction Temperature Tj C Operating Temperature Topr C - 0 ~ 00 Storage Temperature Tstg C - 0 ~ 0 August 0
Technical Z-Power LED Data X090 Sheet. Circuit Configurations W Module N N L L VAC VAC DN U DN DN VP Figure. 00V/0V Circuit Configurations D Acrich N U DN D Acrich N L L VAC DN D Acrich D Acrich D Acrich D Acrich VAC VP DN D Acrich D Acrich Figure. 0V/0V/0V Circuit Configurations August 0
Technical Z-Power LED Data X090 Sheet. Circuit Configurations 8W Module D Acrich D Acrich D Acrich D Acrich D Acrich D Acrich D Acrich D8 Acrich D9 Acrich D0 Acrich D Acrich D Acrich L U 0 L N N VAC DN VP DN VP DN DN VAC DN DN DN8 9 8 D Acrich D Acrich D Acrich D Acrich D Acrich D8 Acrich D9 Acrich D0 Acrich D Acrich Figure. 00V/0V Circuit Configurations D Acrich D Acrich D Acrich D Acrich D Acrich D Acrich D Acrich D8 Acrich D9 Acrich D0 Acrich D Acrich D Acrich L 0 U L N N VAC VAC VP VP DN DN DN DN DN DN DN8 9 8 D Acrich D Acrich D Acrich D Acrich D Acrich D8 Acrich D9 Acrich D0 Acrich D Acrich Figure. 0V/0V/0V Circuit Configurations August 0
Technical Z-Power LED Data X090 Sheet. Circuit Configurations W Module D Acrich D Acrich D Acrich D8 Acrich D Acrich D Acrich D Acrich D Acrich D9 Acrich D0 Acrich D Acrich D Acrich VP U VAC VAC DN D Acrich D Acrich D0 Acrich DN DN DN8 9 8 DN DN DN VP 0 L N N D Acrich D Acrich D9 Acrich U D Acrich D Acrich D Acrich D Acrich D Acrich D9 Acrich D Acrich D8 Acrich D Acrich D Acrich D8 Acrich D0 Acrich L VP VAC VAC DN DN DN DN8 9 8 DN DN DN VP 0 Figure 8. 00V/0V Circuit Configurations D Acrich D Acrich D Acrich D9 Acrich D0 Acrich D Acrich D Acrich D Acrich D Acrich D8 Acrich D9 Acrich D Acrich D Acrich D Acrich D Acrich D Acrich D Acrich D8 Acrich D9 Acrich D0 Acrich U VAC DN VAC DN VP DN8 D Acrich D8 Acrich D Acrich D0 Acrich D Acrich 9 8 DN DN DN VP DN 0 L N N D Acrich D Acrich D Acrich D Acrich U VAC DN VAC DN VP DN8 D Acrich L 9 8 DN DN DN VP DN 0 Figure 9. 0V/0V/0V Circuit Configurations 8 August 0
Technical Z-Power LED Data X090 Sheet. Functional Description of Acrich IC Module _ 00V/0V 8W Module Figure 0. Circuit Diagram Figure. AC Input Voltage Current Waveform Table. Operation of each Acrich (phase 0 ~ 80 ) Region Acrich,,, ON ON ON Acrich,,, 8 OFF ON OFF 9 August 0
Technical Z-Power LED Data X090 Sheet. Functional Description of Acrich IC Module _ 0V/0V/0V 8W Module Figure. Circuit Diagram Figure. AC Input Voltage_Current Waveform Table. Operation of each Acriche (phase 0 ~ 80 ) Region Acrich, ON ON ON ON ON ON ON Acrich, OFF ON ON ON ON ON OFF Acrich, OFF OFF ON ON ON OFF OFF Acrich, 8 OFF OFF OFF ON OFF OFF OFF 0 August 0
Technical Z-Power LED Data X090 Sheet. Surge Protection Circuit A metal oxide varistor (MOV) is often used to protect lighting systems from electrical surges and ring-wave effects, and help manufacturers meet safety and performance standards. The MOV prevents short-duration voltage impulse. Lightning tests (IEC 000--) and ring-wave Tests (IEEE C..) can be used for these real-life threat simulation in the lab. A surge protection circuit (SPC) consists of two components (MOV & fusible resistor) and it is not necessary for normal operation of the Acrich IC module. Fig. Surge Protection Circuit Table. Surge Standard (IEC 000--) & Conditions Item Conditions Surge Waveform Coupling Surge Voltage Surge Waveform Total Number of Pulse Pulse Interval Time L-N ± 0.kV Open Circuit Voltage./0us 0 times 0s Phase Angle 0, 90, 80, 0 August 0
Technical Z-Power LED Data X090 Sheet. Dimming Performance (TRIAC Dimmer) Incandescent lamp replacement with LED lamps is recently growing by leaps and bounds. One of the requirements for these LED lamps is compatibility with dimmers designed for incandescent lamps. Incandescent lamp primarily utilize phase modulating dimming through TRIAC switches to control the power sent to the bulb. Leading Edge Type Trailing Edge Type Fig. TRIAC Control Type Fig. Various TRIAC Dimmers August 0
Technical Z-Power LED Data X090 Sheet. Dimming Performance of Acrich IC Module Acrich IC Module s dimming performance shows different dimming range according to dimmer types Leading Edge TRIAC Dimmer 00W 0V/0Hz Leading Edge TRIAC Dimmer 00W 0V/0Hz Leading Edge TRIAC Dimmer 00W 0V/0Hz Fig 8. Test Dimmers Table. Experimental Test Results of Acrich IC Module _ Dimming Range [] Type Type Min. Dimming Range Max. Dimming Range 0V 0Hz 0V 0Hz 00W TRIAC Dimmer 00W TRIAC Dimmer 00W TRIAC Dimmer 8W module. % 9. % W module. % 9.0 % 0W Incandescent 0. % 9.9 % 8W module 8. % 8. % W module. %. % 0W Incandescent. %. % 8W module. %. % W module.9 %.0 % [] Dimming Range Min. Dimming Range (Travel Min) : Min. Light Output (With Dimmer) / Light Output (W/O Dimmer) Max. Dimming Range (Travel Max) : Max. Light Output (With Dimmer) / Light Output (W/O Dimmer) August 0
Technical Z-Power LED Data X090 Sheet. Dimming Performance of Acrich IC Module Fig 9. Dimming Profile _ Phase Angle (00W dimmer. 0V/0Hz) Fig 0. Dimming Profile _ Phase Angle (00W dimmer. 0V/0Hz) August 0
Technical Z-Power LED Data X090 Sheet. Dimming Performance of Acrich IC Module Fig. Dimming Profile _ Phase Angle (00W dimmer. 0V/0Hz) August 0