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Before we discuss mounting the components to the printed circuit board we should take a few minutes to discuss the resistor and capacitor codes which are used to help identify and install these components Table 3-1 lists the resistor color code information Resistors generally have three or four color bands which help identify the resistor values The color band will start from one edge of the resistor body; this is the first color code which represents the first digit, and the second color band depicts the second digit value, while the third color band is the resistor s multiplier value The fourth color band represents the resistor tolerance value If there is no fourth band then the resistor has a 20% tolerance; if the fourth band is silver, then the resistor has a 10% tolerance value, and if the fourth band is gold then the resistor has a 5% tolerance value Therefore, if you have a resistor with the first band having a brown color, the second band with a black color and a third band with an orange color and a fourth with gold, then one (1) times zero (0) multiplied by a value of (1000), so the resistor will have a 10,000 ohm or 10k ohm value with a 5% tolerance Now let s move to identifying various capacitors When identifying and installing the ceramic, mylar or poly capacitors, you will need to refer to Table 3-2, which lists capacitor (code) values vs actual capacitor values Most large capacitors, such as electrolytic types, will have their actual value printed on the body of the capacitor But often with small capacitors they are just too small to have the actual capacitor values printed on them An abbreviated code was devised to mark the capacitor, as shown in the table A code marking of (104) would therefore denote a capacitor with a value of 1 F (microfarads) or 100 nF (nanofarads) Once you understand how these component codes work, you can easily identify the resistors and capacitor and proceed to mount them on the printed circuit board Before we begin building actual electronic radio receiver circuits, you will need to understand how to prepare the electronic components before installing them onto the circuit board First, you will need to know how to dress or prepare resistor leads, which is shown in Figure 3-1 Resistor leads are first bent to fit the PC board component holes, then the resistor is mounted to the circuit board Figure 3-2 depicts how capacitor leads are bent to fit the PC board holes Once, the capacitor leads are prepared, the capacitor can be installed onto the circuit board The diagram shown in Figure 3-3 illustrates how to prepare diode leads before mounting them to the PB board Finally, Figure 3-4 depicts transistor lead preparation, while Figure 3-5 shows how integrated circuit leads are prepared for installation.

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This type of specialized VHF receiver is available but fairly pricey Hence the motivation for developing the low-cost weather satellite receiver described here The weather satellite receiver project in this chapter features good sensitivity, at about 07V for 12 dB of quieting At the same time, the effective bandwidth is approximately 35 kHz, which is quite suitable for weather satellite reception The satellite receiver is built into a very compact plastic instrument box, as shown in Figure 23-2 All of the circuitry is mounted on a double-sided PC board, so it s quite easy to build It has switch tuning between two preset frequency channels, for ease of use There are RF Gain, Audio Muting and Audio Gain controls and the receiver can drive a small monitor speaker or headphones, as well as providing a line level signal to feed into your PC for recording and decoding The heart of the receiver is a Philips SA605D IC high-performance low-power FM mixer and IF system on a single chip As you can see from the block diagram of Figure 23-3, it contains a local oscillator transistor and balanced mixer, plus a high-gain IF amplifier and IF limiter, a received signal strength (RSSI) detector, an

You also can nest ForNext loops by placing one loop within another Each loop must have a different counter variable Try the following code:

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including the ones mentioned, is that a weather satellite system needs a very good performance receiver, one that provides high sensitivity, good signal to noise and high immunity to other adjacent transmissions So, you may get a scanner to work, but it will not provide the optimum results Ideally, in order to obtain the best results you really need to have a receiver with a 30 kHz bandwidth

Quad detector Local oscillator B 4 E 3 15 7 8 5 Mute To oscillator tuned circuit RSSI out Muted audio Audio out 9 RSSI detector

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TIP: You can use punctuation around the variable name to make the resultant output look more natural, but if you do, you may sometimes get errors if the micro-browser tries to interpret a punctuation mark as part of the variable name For this reason, it is common practice to put the variable name inside brackets The compiler then substitutes the contents of the variable name first, before placing it in any surrounding punctuation

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