X-NUCLEO-LED12A1

STMicroelectronics
511-X-NUCLEO-LED12A1
X-NUCLEO-LED12A1

Tillverk:

Beskrivning:
LED-belysningsutvecklingsverktyg LED driver expansion board based on LED1202 device for STM32 Nucleo

På lager: 16

Lager:
16 Kan skickas omedelbart
Fabrikens ledtid:
3 Veckor Uppskattad tillverkningstid i fabriken för kvantiteter som är större än vad som visas.
Minst: 1   Flera: 1
Enhetspris:
-,-- kr
Ext. pris:
-,-- kr
Est. Pris:

Prissättning (SEK)

Antal Enhetspris
Ext. pris
390,00 kr 390,00 kr

Produktattribut Attributvärde Välj attribut
STMicroelectronics
Produktkategori: LED-belysningsutvecklingsverktyg
RoHS-direktivet:  
Expansion Boards
STM32 Nucleo
Bulk
Märke: STMicroelectronics
Produkttyp: LED Lighting Development Tools
Fabriksförpackningskvantitet: 1
Underkategori: Development Tools
Enhetens vikt: 44,600 g
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Attribut som valts: 0

CAHTS:
9023000000
USHTS:
9023000000
JPHTS:
902300000
MXHTS:
9023000100
BRHTS:
90230000
ECCN:
EAR99

X-NUCLEO-LED12A1 LED Driver Expansion Board

STMicroelectronics X-NUCLEO-LED12A1 LED Driver Expansion Board is for STM32 Nucleo and features four LED1202 devices that can drive up to 48 LEDs. The LED1202 is a 12-channel low quiescent current LED driver, which guarantees 5V output driving capability. Each channel is able to provide up to 20mA with a headroom voltage of 350mV (typ.) only.

31FL323x LED Lighting Development Boards

ISSI 31FL323x LED Lighting Development Boards are development tools that evaluate ISSI multi-channel LED drivers. LED drivers are electrical circuits used to power light-emitting diodes. The fully assembled and tested board is powered by the Arm® Cortex®-M3 or 80C51 (IS31FL3235A-QFLS2-EB) with a 5V operating supply voltage. The evaluation boards have multiple display modes.

IS31LT3360 Demonstration Board

ISSI IS31LT3360 Demonstration Board is a fully assembled and tested PCB that uses the IS31LT3360 continuous mode inductive step-down converter. This ISSI board is designed to drive single or multiple series connected LEDs. This performance is achieved efficiently from a voltage source higher than the LED voltage.