West Florida Components

West Florida Components 2012 Holiday Hours

Monday, December 24, 2012 – closed
Tuesday, December 25, 2012 – closed
Wednesday, December 26, 2012 – regular hours and shipping schedule (9:00AM – 4:00PM EST)
Thursday, December 27, 2012 – regular hours and shipping schedule (9:00AM – 4:00PM EST)
Friday, December 28, 2012 – regular hours and shipping schedule (9:00AM – 4:00PM EST)

Monday, December 31, 2012 – closed
Tuesday, January 1, 2013 – closed
Wednesday, January 2, 2013 – regular hours and shipping schedule (9:00AM – 4:00PM EST)
Thursday, January 3, 2013 – regular hours and shipping schedule (9:00AM – 4:00PM EST)
Friday, January 4, 2013 – regular hours and shipping schedule (9:00AM – 4:00PM EST)

We are taking some short breaks during this season to enjoy the comfort of friends and family. We would also like to remember those less fortunate, including the families devastated by the tradgedy in Newtown, Connecticut. Our thoughts and prayers are with them.

On behalf of the entire team at West Florida Components, we want to thank you for your continued business and wish you all the very best for the coming New Year. May it be prosperous, safe, and peaceful for everyone!

Whether you have an iPhone, Android or any other phone with a camera, here are our top 3 tips for getting better pictures with every shot.

1 – Composition:
Even with an entry level camera phone, remember the basic rules of composition when taking cell phone pictures. The rules of thirds is important: don’t place the subject of your photo in the middle of the frame. Place your subject in about 1/3 of the way into the frame. Also, if you are photographing people, line up your shot so that their eyes are about 1/3 from the top of the frame.

Another tip for composing great photos is to declutter your background. Taking a picture of your new car? Be sure your garbage can is put away. Compose your backgrounds to tell a story. A day at the beach can be told in pictures with the sun, sand and surf behind your subject. If you can, change your perspective – always shooting from a standing position will never get you the best angle for the best possible picture.

2- Blurry pictures:
The most common problem with digital pictures is that the camera is not held steady which often produces a blurry pic. Brace your arm on a table or against a wall. If there is no table or wall in site, tighten your arms against your body and hold your breath as you take the photo. Release your breath as you take the photo.

3 – Lighting:
Poor lighting can produce blurry pictures, poor color and shadows. Whether you have a flash or not on your camera phone, be sure to compose your pictures to get the best light possible. Stay away from bright sunlight – that will create pictures with harsh shadows. Instead, compose your pictures in the shade. While this will result in a darker photo, you will have a more even tone without the harsh shadows caused by direct sunlight.

If you are indoors, try to keep curtains open and the lights on – but keep your subject from being right under bright lights. It is better if the light is all around the room rather than right over your subject.

With these tips and some practice, you will be able to take great photos on your camera phone.

We’re always adding new electronic components, parts and supplies to our inventory. This week, one of our new products is a solder sucker, which is a ‘must have’ for anyone that works with electronics and solder.

Crafted in Germany by Amax, this solder sucker is a pump style solder remover. Use it on heated solder to remove the solder from your boards and components. It comes in the original manufacturer’s packaging with instructions for the use and care of your solder sucker.

Here are some basic desoldering instructions:
1. Heat your soldering iron. Push down on the plunger until it clicks to arm the soldering iron.
2. Clean your soldering tip. Place the soldering tip on the side of the old joint. Apply some fresh solder on the old joint to help the old solder soften.
3. Set the plunger on the solder sucker. Place the tip of the solder sucker on the old joint as close as possible to the soldering tip.
4. Release the plunger by pressing the button.
5. Repeat until much of the old solder is gone.
6. If any of the old solder is left in PCB holes, you can heat the old joint again and using the soldering tip on one side and a miniature flat screwdriver on the other, gently rock the joint back and forth lightly to loosen up the tiny leads on the components.
7. You may need to repeat this process again when there is a stubborn joint.
9. Remove your component carefully; taking care to not damage the board.

Ready to do some circuit work? Have any new projects that you need perf boards for? We received a shipment of copper plated circuit boards that are ‘nearly perfect’ – that is to say that they are identical to the regular perf boards that we normally stock except that they were poorly scored and separated by the manufacturer resulting in some unusable mounting holes.

We’re selling them in batches of 10 for $5.00. That’s only $0.50 for each perf board. It’s a great deal and they won’t last at that price.

Breadboards are a simple solution for circuit building, especially when you need to prototype or test a circuit. Constructed of plastic, a solderless breadboard contains hundreds of spring-loaded connection sockets (also called tie points) which connect the leads for through-hole electronic components and 22 AWG wire to form an electronic circuit. One key feature of breadboards is that they require no solder to connect your components making testing or prototyping a circuit very quick and painless.

How do breadboards work?

A breadboard is constructed on hundreds of holes arranged in vertical and horizontal rows. The outer rows which run lengthwise across the circuit board are generally reserved for the circuit’s power supply. The interior rows of holes are where the electronic components are inserted. Each row of holes forms a node; that is, any components that reside on the same node will be connected when they are inserted into a hole in that same row, or node. This is because under each row is a copper plate that connects the holes to each other.