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Do you share a radio with a buddy or room mate whose taste in music is about as appetizing as tuna-chunk ice cream If yes, then this project is for you, since it will convince your country-musicloving pals that their favorite radio station is on the fritz so they might as well conform to your heavy-metal ways and move that dial over to the metal station where it should be Maybe my musical interests are a little different than yours, but nonetheless, this project will effectively wipe out a single radio station on any FM radio that it is placed next to, allowing you to censor the station you least want to hear Indeed, this device is the opposite of a radio station, since it sends an empty signal to the chosen frequency in order to wipe out the actual broadcast Wipe out a broadcast But, the radio station transmits at 10,000 watts, so how are we going to compete with that you ask Well, we don t have to achieve anything close to that power level in order to wipe out the radio station; we only need to be closer to the antenna with a minimal (legal) amount of radio frequency (RF) output If you did build a 10,000-watt radio station blocker, you could certainly block out the reception of that station for hundreds of miles, but dude, what fun is an electronics hobby when you are doing it from prison Yes, in order to stay legal, we will only transmit at the milliwatt power level, but place our output so close to the radio that it appears to be the strongest station on that frequency This works much the same way that an audio signal entering your ears does The closer sound will appear to be much louder than one of a greater power at a greater distance Because our tiny radio station is only oscillating at the desired frequency with no audio modulation, it makes the desired radio station seem like it just disappeared, much like it would during technical difficulties Because of the finicky nature of radio waves combined with the dark art of coil winding, experimenting with home-brew radio transmitters has been a road less traveled by many electronics hobbyists, even those with years of experience Let me clear this up right now Building a small FM transmitter is no more difficult than any basic electronic circuit, and any coils you may need can be easily made by simple trial and error using a few inches of copper wire and a bolt I promise you that if you can make an LED blink, then you can build just about any basic FM transmitter, including most of the ones you find sprinkled amongst the millions of public-domain schematics on the Internet Most of the small wireless microphone-type transmitters, which is what our radio station blocker is based on (AKA bugs), have only a single coil that consists of nothing more than a few turns of copper wire wrapped around a ferrite core, or a small screw The copper wire can be taken from an old transformer or the windings on a toy motor, and you may be amazed at how tolerant the number of windings and size of the coil in your circuit will actually be For example, if a circuit calls for exactly 75 turns on a 3 16 inch form using AWG #20 wire, what this really means is find an old 1 8 bolt, wrap anywhere from seven to ten turns around it using whatever size copper wire you have in your junk box, then adjust it later using a ferrite screw or a small bolt Yes, it really is that easy! I have made many small transmitters this way, and they always work as expected without having to wait weeks for some oddball coil to arrive from the Orient Now, let s have a look at the radio station blocker as presented in Figure 4-5 so I can get all nerdy and explain what makes it work If you have any understanding of basic radio electronics, then you will instantly recognize the schematic as being a simple tuned RF oscillator If you have never looked at an RF circuit before, then let me tell you, this is a simple tuned.

When an animation reaches the end of a Timeline, it normally stays (or holds) at the end, but the FillBehavior property gives you the opportunity to determine what to do. When the end is reached, you can tell the playback what to do using one of the options provided by the FillBehavior enumerator. These options and their descriptions are shown in table 22.2.

Table 22.2 Value Available FillBehavior options Description When completed, a Timeline will stay at the end until told otherwise. This is the default value for the FillBehavior property. Once the Timeline has completed, the playback position will automatically reset to the beginning.

Gnd Q1: 2N3563 NPN L1: 6 turns on ferrite core R1: 39K R2: 10K C1: 0001 F C2: 10 pF C3: 10 pF C4: 22 pF

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Private Sub Form1_Load(ByVal sender As SystemObject, _ ByVal e As SystemEventArgs) Handles MeLoad Dim x As Integer x = 1 Do Until x > 5 DebugWriteLine(x) x += 1

You have two options: stay at the end or reset to the beginning. But the beginning of a Timeline isn t necessarily what it may seem. This beginning of a Timeline can be altered by the BeginTime property.

radiofrequency oscillator! Because we can adjust the ferrite bead inserted into coil L1, we have the ability to alter the transmit frequency across the entire FM radio band, which starts at 88 MHz and ends at 108 MHz The values of the components are not that critical, and the circuit can be built on a breadboard with decent results Transistor Q1 is any type of NPN transistor that can operate beyond 100 MHz and, if you like to read data sheets, then this value is shown as current gain bandwidth product The 2N3563 transistor that I found in my parts box is rated at 600 1500 MHz, more than enough to oscillate at a mere 100 MHz I will start by showing you how to wind the coil for this project and practically any other RF circuit you may want to tackle in the future The circuit calls for an adjustable coil with six turns, but I like to add a few extra turns when making an adjustable coil, just to play it safe If you have too few turns, then your oscillator may run at a frequency higher than desired, but if you add too

The BeginTime property represents when to start playing a Timeline. In reality, this property sort of behaves as an offset, which can be set using the familiar TimeSpan format. By default, the BeginTime property s value is set to null, which translates to 0. This setting is why animations begin playing immediately when told to do so. You can set this value to another TimeSpan value to provide an offset, as shown in this example:

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