Picture Mfr Part # Unit Price QUANTITY Inventory MANUFACTURE Description Package Series Part Status Color Size / Dimension Interface Configuration Voltage - Forward (Vf) (Typ) Millicandela Rating Internal Connection
GLOBAL STOCKS
LTP-2157AKY
Per Unit
$5.58
RFQ
RFQ
673
In-stock
Lite-On Inc. LED MATRIX 5X7 2.0" YELLOW LTP-2157A Active Yellow 1.50" L x 2.09" W x 0.34" H (38.1mm x 53.1mm x 8.6mm) - 5 x 7 2.05V 4.6mcd Common Anode Row, Common Cathode Column
LTP-2057AKA
Per Unit
$2.76
RFQ
RFQ
3,506
In-stock
Lite-On Inc. LED MATRIX 5X7 2.0" ORANGE - Active Orange 1.50" L x 2.09" W x 0.34" H (38.1mm x 53.1mm x 8.6mm) - 5 x 7 2.05V 4.6mcd Common Cathode Row, Common Anode Column
LTP-2157AKR
Per Unit
$2.60
RFQ
RFQ
3,536
In-stock
Lite-On Inc. LED MATRIX 5X7 2.0" SUPER RED LTP-2157A Active Red 1.50" L x 2.09" W x 0.34" H (38.1mm x 53.1mm x 8.6mm) - 5 x 7 2V 4.6mcd Common Anode Row, Common Cathode Column
LTP-2157AKA
Per Unit
$2.60
RFQ
RFQ
3,323
In-stock
Lite-On Inc. LED MATRIX 5X7 2.0" RED-ORANGE LTP-2157A Active Orange-Red 1.50" L x 2.09" W x 0.34" H (38.1mm x 53.1mm x 8.6mm) - 5 x 7 2.05V 4.6mcd Common Anode Row, Common Cathode Column
LTP-2157AKY
Per Unit
$5.58
RFQ
RFQ
673
In-stock
Lite-On Inc. LED MATRIX 5X7 2.0" YELLOW LTP-2157A Active Yellow 1.50" L x 2.09" W x 0.34" H (38.1mm x 53.1mm x 8.6mm) - 5 x 7 2.05V 4.6mcd Common Anode Row, Common Cathode Column
LTP-2057AKA
Per Unit
$2.76
RFQ
RFQ
3,506
In-stock
Lite-On Inc. LED MATRIX 5X7 2.0" ORANGE - Active Orange 1.50" L x 2.09" W x 0.34" H (38.1mm x 53.1mm x 8.6mm) - 5 x 7 2.05V 4.6mcd Common Cathode Row, Common Anode Column
LTP-2157AKR
Per Unit
$2.60
RFQ
RFQ
3,536
In-stock
Lite-On Inc. LED MATRIX 5X7 2.0" SUPER RED LTP-2157A Active Red 1.50" L x 2.09" W x 0.34" H (38.1mm x 53.1mm x 8.6mm) - 5 x 7 2V 4.6mcd Common Anode Row, Common Cathode Column
LTP-2157AKA
Per Unit
$2.60
RFQ
RFQ
3,323
In-stock
Lite-On Inc. LED MATRIX 5X7 2.0" RED-ORANGE LTP-2157A Active Orange-Red 1.50" L x 2.09" W x 0.34" H (38.1mm x 53.1mm x 8.6mm) - 5 x 7 2.05V 4.6mcd Common Anode Row, Common Cathode Column