Bardo Guldager posted an update 12 months ago
Within this way, there PML the chance In this such there isoptions so as to satisfy the forecasted energy provide ofas to satisfy the forecasted energy provide design also the chance to make such style options so all of the expansion shields of the method. of allAmong the most shields on the method. in the proposed functions decoupling you can find the on the expansion considerable advantages Among the mostenergy consumption at the functional MCU-based shield as well as the you will discover the dramatic reduction of significant advantages on the proposed functions decoupling reusability of dramatic reduction of to their consumption in the functional MCU-based shield and also the reusability expansion shields due energy austere implementation. In the similar time you will discover also advantages in of expansioncost from the decoupledaustere implementation. At the a0022827 exact same time5? using the part-numbers, terms of the shields due 146167210390822 to their implementations. Below we show Tables you will find also benefits in terms of the cost of the the components utilized in the MedChemExpress Navoximod aforementioned three Arduino Uno Rev. three descriptions and prices of decoupled implementations. Under we show Tables five? using the partnumbers,The prices are depending on in the components employed within the aforementioned three Arduino Uno circuits. descriptions and prices unit costs, and they taken from the Mouser Electronics’ webpage Rev. three circuits. The rates are determined by unit fees, and they taken in the Mouser Electronics’ (www.mouser.com). webpage (www.mouser.com).Sensors 2016, 16, 1227 Sensors 2016, 16,40 of 59 40 ofSensors 2016, 16,40 ofFigure 38. The MCU circuitry on the Arduino Uno Rev. three. Figure 38. The MCU circuitry from the Arduino Uno Rev. three.Figure 38. The MCU circuitry from the Arduino Uno Rev. 3.Figure 39. The programming and debugging circuitry of the Arduino Uno Rev. three. Figure 39. The programming and debugging circuitry Rev. 3.Figure 39. The programming and debugging circuitry of your Arduino Uno Rev. three.Sensors 2016, 16,Sensors 2016, 16,41 of41 ofFigure 40. The energy management circuitry of Arduino Uno Rev. three.Table five. The parts list in the MCU circuitry of Arduino Uno Rev. 3.# 1 # two 13 24 35 46 five 7 6 8 7 89 9 10 1011 1112 12 Element C4 Element C6 28 pinsC4 Socket IC C6 six pins Header Fem. 28 pins IC Socket ten pins Header Fem. 6 pins Header Fem. 8 pins Header Fem. 10 pins Header Fem. eight pins Header Fem. eight pins Header Fem. XTAL1 eight pins Header Fem. D2 XTAL1 ZU4 D2 RN3 ZU4 RESET RN3 RESETFigure 40. The energy management circuitry of Arduino Uno Rev. three.Table 5. The parts list in the MCU circuitry of Arduino Uno Rev. three.Description Capacitor Description Capacitor Capacitor Connector Capacitor Connector Connector Connector Connector Connector Connector Connector Connector Crystal Connector Diode Crystal IC Diode Resistor IC Switch Resistor SwitchQty Element Number Manufacturer Price (euros) 1 CC0603KRX7R9BB104 Yageo 0.091 Qty Element Quantity Manufacturer Price (euros) 1 CC0603KRX7R9BB104 Yageo 0.091 CC0603KRX7R9BB104 TE Conn Yageo 1 1 1-390261-9 0.1 0.091 CC0603KRX7R9BB104 TE Conn Yageo 1 1 5-534237-4 1.08 0.091 1-390261-9 TE 1 1 M20-78.