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(there is no single table de ning the frequency; instead you must use a graph in the datasheet to select the resistor and capacitor values for different frequencies). Generally uses more power than the internal oscillator for the same speed owing to the additional current passing through the resistor. Some devices have a single external resistor option for an inexpensive oscillator, but this has many of the same disadvantages as the full RC oscillator discussed earlier. Before introduction of internal oscillators to PIC microcontrollers, the external RC oscillator was the only option to a very-low-cost system clock. Today, I would discourage you from considering this circuit and instead suggest that you select a PIC microcontroller part number that has an internal oscillator.

Crystal and ceramic resonators use a similar connection scheme for operation. The crystal or ceramic resonator is wired into the circuit as shown in Fig. 9.10. Crystals and ceramic resonators delay the propagation of a signal a set amount of time. This set amount depends on how the crystal is cut. In addition, for best results, a parallel-circuit crystal should be used. The two capacitors shown in Fig. 9.10 are connected to one side of the crystal or ceramic resonator and the other to ground. The values of the two capacitors are speci ed

Figure 9.10 The external crystal oscillator circuit is used for both parallel-cut crystals and ceramic resonators.

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respectively [68] With the ultra-precision machine set-up, full ductile mode machining can be achieved, and the surface finish is mirror-like without the need to have subsequent processes such as polishing [67] [69] Most of the ultra-precision machines available in the market are equipped with machining systems that adopt either single-point diamond tools or multi-point abrasive (grinding) wheels However, in some cases, both machining systems can be incorporated into one machine on customer request for enabling both single- and multi-point abrasive machining operations Figure 438 shows a typical construction of both ultra-precision machines According to Chapman [69] and Schulz and Moriwaki [70], an ultra-precision machine is defined as a machine that has machining systems with the following movement accuracies: (i) slide geometric accuracy of less than 1 m (ii) spindle error motions of less than 50 nm (iii) control and feedback resolutions of less than 10 nm With the aforementioned movement accuracies, it is expected that the ultra-precision machine will be able to generate the following workpiece accuracies:

146 High-frequency dipole and other doublet antennas good engineering practice (there are sometimes practical reasons) it is nonetheless necessary to install a dipole at less than optimum height So, if that becomes necessary, what are the implications of feeding a 60- antenna with either 52- or 75- standard coaxial cable Some calculations are revealing: For 75- coaxial cable: VSWR = Zo Rr 75 = 125:1 60 [68]

in the PIC microcontroller device s datasheet and usually match one another. You may nd for some speeds that different values are speci ed for the two capacitors. Every PIC microcontroller has three external crystal or ceramic resonator speed ranges requiring different operating parameters within the chip. Microchip refers to these speed ranges as oscillator types, and they are set in the con guration register to enable the different circuitry needed to ensure proper operation. Table 9.4 lists the oscillator types and their operating frequency ranges. Using the crystal or ceramic resonator, the OSC2 pin can be used to drive one CMOS input, as shown in Fig. 9.11. Note that the input capacitance of the CMOS buffer could affect the operation of the PIC microcontrollers oscillator (i.e., causing it to not run at all). Make sure that you understand what is the capacitance of the input circuit that you are using and whether or not it is signi cant enough to affect the operation of the oscillator. You may nd that you have to use an external oscillator and wire its output to the PIC microcontroller and other devices. A ceramic resonator behaves similarly to a crystal resonator, except that it is not built with a quartz device, like the crystal. Ceramic resonators are much more robust (i.e., can withstand more severe physical shocks) than crystals, and in large quantities,

TABLE 9.4 PIC MICROCONTROLLER OSCILLATOR FREQUENCY RANGES OSCILLATOR TYPE OPERATING FREQUENCY RANGE

0 200 kHz 200 kHz 4 MHz 4 20 MHz (or the device maximum)

Fig 438: A typical construction of a (a) two-axis an ultra-precision single-point diamond turning machine [71],

Figure 9.11 The OSC2 pin can be used to drive a single CMOS input, which allows the PIC clock to be distributed throughout the application circuit.

[69]

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