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IN100-D1-R-RC1F Datasheet(PDF) 39 Page - List of Unclassifed Manufacturers

No. de pieza IN100-D1-R-RC1F
Descripción Electrónicos  Ultra-Low Power Bluetooth Beacon SoC
PDF  49 Pages
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Fabricante Electrónico  ETC [List of Unclassifed Manufacturers]
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IN100-D1-R-RC1F Datasheet(HTML) 39 Page - List of Unclassifed Manufacturers

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N1EDOC-DS-IN100-EN-V1.3
7. Layout
To ensure device performance, it is recommended to follow the general printed circuit board
layout guidelines described below.
7.1.Layer stack-up
The recommendations in this document refer to the 2-layer standard flame retardant 4 (FR4)
materials, a technology commonly used in commercial applications.
Table 20 : PCB layer stack-up
Layer
Purpose
Material
Thickness Thickness
control
Adjust to get
desired total
PCB thickness
Top layer
+Plating
Signal
1/2 oz Cu
1.4
Yes
No
Dielectric
FR4
28.7
Yes
No
Bottom Layer +
Plating
Signal/power
1/2 oz Cu
1.4
No
Yes
Total thickness
(mil)
32
7.2. Crystal
7.2.1. 26MHz crystal
When there is a high-speed 26MHz crystal in the system, the parasitics associated with the clock
trace affect the frequency of oscillation, so the crystal should be placed as close as possible to
the device. Traces that are too wide can cause excessive capacitance, while traces that are too
narrow can cause excessive parasitic inductance of the clock traces. For short clock traces, use
a trace width of approximately 10 mils (0.010 inches or 0.254 mm). Keep the crystal tuning
capacitor close to the crystal pad.
Avoid passing through the crystal lines on adjacent layers. Keep the ground plane below the
crystal line to improve the return path. Try to keep the parasitic capacitances on both crystal lines
equal. This can be done by keeping their lengths and widths equal.
7.2.2. 32.768kHz crystal
The slow clock signal line must be as short as possible. The trace of the slow clock signal should
have a ground plane on each side of the signal trace to reduce unwanted signal coupling. In order



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