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XDUG13C – Display Modules - LED Character and Numeric Green 7-Segment 1 Character Common Cathode 2V 10mA 0.689" H x 0.488" W x 0.276" D (17.50mm x 12.40mm x 7.00mm) 10-DIP (0.600", 15.24mm) from SunLED. Pricing and Availability on millions of electronic components from Digi-Key Electronics.
- Sunled
XDUG13C Green GaP 5600 2200* 10490 3990* 565* Common Cathode, Rt.Hand Decimal. Luminous Intensity CIE127-2007* (IF=10mA) ucd *Luminous intensity value and wavelength are in accordance with CIE127-2007 standards.
XDUG13C from SunLED - LED Segment Displays is available for JLCPCB assembly, check the stock, pricing and datasheet, and let JLCPCB helps you assemble the part XDUG13C for free.
XDUG13C Footprints and Models. SunLED. DISPLAY 7SEG 0.52" SGL GRN 10DIP. Model Feedback. Manufacturer EDA and CAD Models. XDxx13.prt XDxx13.stp XDxx13.sldprt. Need Help? Feedback. View and download the available symbols, footprints and 3D models for XDUG13C from Digikey now!
Find the best pricing for SunLED XDUG13C by comparing bulk discounts from 1 distributors. Octopart is the world's source for XDUG13C availability, pricing, and technical specs and other electronic parts.
- Sunled
- $0.84 - $0.84
- 2
XDUG13C: Category: Optoelectronics => Display => LEDs: Description: Material (Color) = Gap (Green);; Lens = ;; Peak Wave Length = 565;; Iv(ucd) If@10mA Min.= 3000;; Iv(ucd) If@10mA Typ.= 10490: Company: Sun LED Corporation Datasheet: Download XDUG13C Datasheet: Cross ref. Similar parts: BS-C532RD, BS-C532RI, ELS-515GWA, HD1133G, HDSP516G, LA ...
XDUG13C SunLED are available at Brilltron. Brilltron offers inventory, pricing & datasheets for XDUG13C Optoelectronics.
+%3D+Gap+(Green)%3B%3B+Lens+%3D+%3B%3B+Peak+Wave&oid=5&h=287&w=194&turl=https%3A%2F%2Ftse1.mm.bing.net%2Fth%3Fid%3DOIP.6axp0t1isgwIT7InKWgvMgAAAA%26pid%3DApi&tt=XDUG11C+datasheet+-+Material+(Color)+%3D+Gap+(Green)%3B%3B+Lens+%3D+%3B%3B+Peak+Wave&sigr=Y1gF7HW3BDd0&sigit=yHEC8O6CCa4r&sigi=4yGb1eJa4WRX&sign=UUwtO4Ohwuav&sigt=UUwtO4Ohwuav "XDUG11C datasheet - Material (Color) = Gap (Green);; Lens = ;; Peak Wave")
