Ken powers

100 Flips | 2 Magazines | 6 Following | 51 Followers | @powersfineart | I am a still-life watercolor artist from the Tacoma, Washington USA area.

Project 11: 16×2 LCD Alarm Clock With Snooze Button

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 16 x 2 LCD Screen<br>• 10kΩ Potentiometer<br>• Active Buzzer<br>• Pushbutton Switch<br>• 10 Female to Male Jumper Wires<br>• 9 Male to …

Project 10: 16x2 LCD Alarm Clock With Buzzer

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 16 x 2 LCD Screen<br>• 10kΩ Potentiometer<br>• Active Buzzer<br>• 9 Female to Male Jumper Wires<br>• 8 Male to Male Jumper …

Project 9b: 16x2 LCD Screen Weather Report

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 16 x 2 LCD Screen<br>• 10kΩ Potentiometer<br>• 8 Female to Male Jumper Wires<br>• 7 Male to Male Jumper Wires<p>Instructions:<p>The …

Project 9a: 16x2 LCD Stock Ticker

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 16 x 2 LCD Screen<br>• 10kΩ Potentiometer<br>• 8 Female to Male Jumper Wires<br>• 7 Male to Male Jumper Wires<p>Instructions:<p>Once …

Project 7: A Simple Switch

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 4 Pushbutton Switches<br>• 2 10kΩ Resistors <b>—[III I]—</b><br>• 4 1kΩ Resistors <b>—[III I]—</b><br>• 4 .1μF Ceramic Disk Capacitors<br>• 6 Female …

Project 9: 16x2 LCD Screen Test

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 16 x 2 LCD Screen<br>• 10kΩ Potentiometer<br>• 8 Female to Male Jumper Wires<br>• 7 Male to Male Jumper Wires<p>Instructions:<p>My …

Project 8: Temperature Sensing Thermistor

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 2 Red LEDs<br>• 2 Yellow LEDs<br>• 2 Green LEDs<br>• 2 Blue LEDs<br>• 1 330nf Ceramic Disk Capacitor<br>• 2 1kΩ Resistors <b>—[III I]—</b><br>• 1 10kΩ …

Project 7a: Switched LED

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 1 Push-button Switch<br>• 1 Red LED (or whatever color you have handy)<br>• 1 1kΩ Resistors <b>—[III I]—</b><br>• 1 220Ω Resistor <b>—[III</b> …

Project 6: RGB LED

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 1 RGB LED<br>• 3 220Ω Resistors <b>—[III I]—</b><br>• 4 Female to Male Jumper Wires<br>• 1 Male to Male Jumper Wire<p>Instructions:<p>The …

Project 5a: Two Traffic Light LEDs

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 2 Red LEDs<br>• 2 Yellow LEDs<br>• 2 Green LEDs<br>• 6 220Ω to 330Ω Resistor <b>—[III I]—</b><br>• 7 Female to Male Jumper Wires<br>• 6 Male to …

Project 5: Traffic Light LEDs

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 1 Red LED<br>• 1 Yellow LED<br>• 1 Green LED<br>• 3 220Ω to 330Ω Resistor <b>—[III I]—</b><br>• 4 Female to Male Jumper Wires<br>• 3 Male to Male …

Project 4: Sequential LEDs

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 8 Red LEDs<br>• 8 220Ω to 330Ω Resistor <b>—[III I]—</b><br>• 9 Female to Male Jumper Wires<br>• 8 Male to Male Jumper …

Project 3: Flashing LEDs

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 1 Green LED<br>• 1 Red LED<br>• 1 Blue LED<br>• 1 Yellow LED<br>• 4 220Ω to 330Ω Resistor <b>—[III I]—</b><br>• 5 Female to Male Jumper Wires<br>• 4 …

Project 2b: Pulsating Single LED

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 1 Light Emitting Diode (LED)<br>• 1 220Ω to 330Ω Resistor <b>—[III I]—</b><br>• 2 Female to Male Jumper Wires<p>Instructions:<p>This …

Project 2a: Flickering Single LED

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 1 Light Emitting Diode (LED)<br>• 1 220Ω to 330Ω Resistor <b>—[III I]—</b><br>• 2 Female to Male Jumper Wires<p>Instructions:<p>This …

Project 2: Flashing Single LED

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 1 Light Emitting Diode (LED)<br>• 1 220Ω to 330Ω Resistor <b>—[III I]—</b><br>• 2 Female to Male Jumper Wires<p>Instructions:<p>Our …

Project 1: A Simple LED

What you will need:<p>Raspberry Pi<br>• Breadboard<br>• 1 Light Emitting Diode (LED)<br>• 1 220Ω to 330Ω Resistor <b>—[III I]—</b><br>• 2 Female to Male Jumper Wires<p>Instructions:<p>Before …

Raspberry Pi Projects

Welcome!<p>This site is dedicated to projects for the Raspberry Pi B+ and Raspberry Pi 2 Model B micro-computers. These credit-card sized …

Single Dahlia by Ken Powers

Description<p>This is another dahlia from my dark-background floral series. I experimented with the use of Daniel Smith Neutral Tint in areas of this …

Dahlia by Ken Powers

Description<p>This dahlia painting was inspired by a reference photo from the Point Defiance Rose and Dahlia Garden in Tacoma, Washington. It is tough …