EVALLEDICL8105F2TOBO1, ICL8105 (Infineon Technologies Ag (Siemens Semiconductors) )

EVALLEDICL8105F2TOBO1, Infineon Technologies Ag (Siemens Semiconductors)
Наименование EVALLEDICL8105F2TOBO1
Производитель Infineon Technologies Ag (Siemens Semiconductors) (INFIN)
Артикул 2016429
Чип

Описание

The 40W LED driver with isolated 0 10 V dimming interface is available to quickly assess the performance and assess the bill of materials. The demoboard supports universal input voltage from 90-305 VAC, a wide output voltage range from 15 - 45 VDC and isolated 0-10 V dimming for LED lighting applications. The design is using the Infineon components ICL8105 digital flyback controller and 800V CoolMOS

.dp Interface Gen2 Board can be ordered here

.dp Vision Software is available here

Возможности

  • Single-stage flyback with power factor correction (PFC) and high-precision primary side-controlled constant current output. Excellent current accuracy of typ +/-3% across wide line/load to maintain aconstant light output

  • The ICL8105 supports isolated 0-10 V dimming without the need for extra ICs. Extended dimming is supported down to 1% of the nominal load. Besides, the dimming curve is adjustable (linear / eye adapted).Configurable voltage levels ensure that min and max current can always be achieved, making the application robust against dimmer & component tolerances

  • Quick design and variant handling supported by digital parameter configurability with .dp vision GUI. E.g. Output current setting, protections, temperature handling, startup & shutdown, dimming, power factor correction and operation fine tuning

  • Excellent line/load regulation over universal input and wide output within +3/-4%

  • Low Bill Of Materials (BOM)

  • Intelligent thermal management

  • ICL8105 incl optimized parameter setting, device parameters optionally configurable by graphical user interface (.dp vision)

Демоплата  40W LED driver demoboard with isolated 0 - 10 V dimming interface using the ICL8105 digital flyback controller and 800V CoolMOS™