Garge band

OverviewPléiades imagery is acquired by two very high resolution optical satellites (Pléiades 1A and 1B) daily anywhere on the globe. Catalog datasets are available starting from 2012. See more on the marketplace or download sample data.Geographic coverage and restrictionsThe geographic coverage is global.Data products Data productTypeSpectral bands combinationCustomTaskingAvailable band combinations and bundles1-band: panchromatic3-band: pansharpened true color (RGB)3-band: pansharpened false color (RG and NIR)4-band: multispectral (RGB and NIR)4-band: pansharpened (RGB and NIR)Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)AnalyticCatalogBundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)Analytic has a more stable contrast and can be used to extract physical properties, such as radiance or reflectance — for example, in vegetation health monitoring.Pansharpened ReflectanceCatalog4-band: pansharpened (RGB and NIR)Pansharpened Reflectance is a pansharpened Analytic image with a multispectral Look-Up-Table containing rendering of color curves.DisplayCatalog4-band: pansharpened (RGB and NIR)Display has a true color curve applied on top of atmospheric correction. As a result, it looks better visually and can be used to extract features — for example, in car detection or infrastructure monitoring.Basic PrimaryCatalog*Available band combinations and bundles1-band: panchromatic3-band: pansharpened true color (RGB)3-band: pansharpened false color (RG and NIR)4-band: multispectral (RGB and NIR)4-band: pansharpened (RGB and NIR)Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)Basic ProjectedCatalog*Available band combinations and bundles1-band: panchromatic3-band: pansharpened true color (RGB)3-band: pansharpened false color (RG and NIR)4-band: multispectral (RGB and NIR)4-band: pansharpened (RGB and NIR)Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)Basic OrthoCatalog*Available band combinations and bundles1-band: panchromatic3-band: pansharpened true color (RGB)3-band: pansharpened false color (RG and NIR)4-band: multispectral (RGB and NIR)4-band: pansharpened (RGB and NIR)Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)Reflectance PrimaryCatalog*Available band combinations and bundles1-band: panchromatic3-band: pansharpened true color (RGB)3-band: pansharpened false color (RG and NIR)4-band: multispectral (RGB and NIR)4-band: pansharpened (RGB and NIR)Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)Reflectance ProjectedCatalog*Available band combinations and bundles1-band: panchromatic3-band: pansharpened true color (RGB)3-band: pansharpened false color (RG and NIR)4-band: multispectral (RGB and NIR)4-band: pansharpened (RGB and NIR)Bundle: 1 panchromatic and 4 multispectral bands (RGB and NIR)Display PrimaryCatalog*Available band combinations and bundles1-band: panchromatic3-band: pansharpened true color (RGB)3-band: pansharpened false color

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2 digits of the resistance value. The third band represents the multiplier while the fourth band represents tolerance.AB × C ± D%12 × 105 ±5% = 1,200 kΩ ± 5% Bands:A: 1st band – 1st significant digitB: 2nd band – 2nd significant digitC: 3rd band – multiplierD: 4th band – tolerance For a 4 band resistor color code, we can begin by first finding the tolerance band as it is usually gold or silver. The tolerance band is also easily identified due to the increased gap between the tolerance band and the multiplier band. In this example, it is gold and thus gives a tolerance of ±5% when we look up the resistor color code chart. Starting from the other end, the first band is thus identified to be brown which has a 1st significant digit of 1. The second band is red and has a second significant digit of 2. The 3rd band is green which means that the multiplier is 105. Using the formula. The resistance obtained is 12 × 105 = 1,200 kΩ. Lastly, the tolerance band which we identified to be gold gives a tolerance value of ±5%.Sometimes for a 4 band resistor color code, the tolerance band can be left blank, resulting in a 3-band resistor. In this case, the resistance value would remain the same, except that the tolerance would be ±20% as if it were a 3-band resistor.5 Band Resistor Color Code5 band resistors are resistors with higher precision, and they have an extra band for a 3rd significant digit. As such, the first three bands denote the significant digits of the resistance and everything else shifts to the right, making the fourth band the multiplier and the fifth band the tolerance.ABC × D ± E%475 × 100 ± 1% = 475 Ω ± 1%Bands:A: 1st band – 1st significant digitB: 2nd band – 2nd significant digitC: 3rd band – 3rd significant digitD: 4th band – multiplierE: 5th band – toleranceIn this example, the tolerance band is brown and is identified by the increased space between itself and the multiplier band. From the