Rohm 0402 SMD-LED green 35mcd 120° 2.2V
ultra compact & slim construction form
€0.01
incl. Tax. excl. Delivery
Prices include German VAT. Depending on the delivery address, the VAT may differ once the order has been completed.
Shipping today! If ordered until
This product is in stock. If you buy now, this item can be shipped today.
In stock Shipping on Wednesday
This product is in stock and can be shipped on Wednesday.
In stock
Product Details
Rohm 0402 SMD-LED green 35mcd 120° 2.2V
Rohm is a worldwide renowned manufacturer of semiconductors. The range of products, which back then became famous for its resistors, has been gradually expanded by LEDs. For a long time they have been known in the electrical industry for their high quality.
The new Rohm SML-P1 PICOLED series is characterised by its ultra compact and ultra thin construction form 0402. It is mainly suited for energy-saving applications and mechanical assembly.
Features
- construction form 0402: 1.0x0.6mm (t=0.2mm)
- high quality of workmanship
- long durability
- efficient
- low power consumption
Technical details
SKU | 14510 |
Brand | Rohm |
Added | 19/07/2017 |
Light colour | Green |
Manufacturer code | SML-P12MTT86 |
Luminous inenstity | 0 cd |
Wave length (nm) Wave length (nm)The dominant wavelength indicates the perceived colour of a source which is not monochromatic but in the CIE colour space. Most actual LEDs are near the pure colour curve but not on it. When connecting and extrapolating the points W (white) and P (sample), the intersection with the colour curve yields the dominant wavelength. The dominant wavelength can further be explained via the spectrum. After assessing the spectrum of the source using the V(λ) curve, the spectral centroid is determined. The dominant wavelength provides the most accurate information about the perceived colour of a source. | 572 nm |
Viewing angle (°) | 120° |
Voltage (V) | 2 V |
Size (L x W x H) | 1.0 cm x 1.0 cm x 0.0 cm |
Reviews
There are no reviews yet. Be the first to review this product!
Product Questions
No questions yet. Be the first to ask the question!