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to UDR. If after having received a character, the UDR register has not been read since the last receive, the OverRun (OR) flag in UCR is set to 1. This means that the last data byte shifted into to shift register could not be transferred to UDR and has been lost. The OR bit is buffered and is updated when the valid data byte in UDR is read. Thus the user should always check the OR bit after reading the UDR register in order to detect any overruns if the baud rate is high or CPU load is high. When the RXEN bit in the UCR register is cleared to 0, the receiver is disabled. This means that the PD0 pin can be used as a general I/O pin. When RXEN is set to 1, the UART Receiver will be connected to PD0, which is forced to be an input pin regardless of the setting of the DDD0 bit in DDRD. When PD0 is forced to input by the UART, the PORTD0 bit can still be used to control the pull-up resistor on the pin. When the CHR9 bit in the UCR register is set, transmitted and received characters are 9 bits long, plus start and stop bits. The 9th data bit to be transmitted is the TXB8 bit in the UCR register. This bit must be set to the wanted value before a transmission is initiated by writing to the UDR register. The 9th data bit received is the RXB8 bit in the UCR register.

Cu foil Prepreg Innerlayer Cu foil Core Pd/Sn Catalyst + Vanillin Innerlayer Cu foil Prepreg Cu foil Carbonate accelerator + metal ions

(e) tapered roller and (f) steep-angle tapered roller [4]

Cu foil Prepreg Innerlayer Cu foil Core Innerlayer Cu foil Prepreg Cu foil Postprocessing brushing/ chem-cleaning, microetch

Cu foil Prepreg Innerlayer Cu foil Core Innerlayer Cu foil Prepreg Cu foil Lined-up adsorbed Pd/Cu sites

FIGURE 30.2 Principle of the DPS process: (a) conditioning for receptive surface; (b) catalysts adhering to the surface; (c) stronger adhesion; (d) ready to plate.

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Carbon/Graphite Systems 30.1.3.1 Carbon Suspensions. Black Hole,7 the second direct metallization technique, was patented by Dr. Carl Minten in 1988 and pioneered by Olin Hunt, who sold their technology to MacDermid in 1991. MacDermid improved the process considerably and called it Black Hole II. Instead of palladium activator, Black Hole II uses carbon suspensions as its conductive medium. Polyelectrolyte conditioned nonconductive surfaces absorb carbon sites, and they line up after heating. To ensure sufficient conductivity, the carbon treatment is performed twice. Residues of carbon sites must be removed from the copper foil surface by a

Most of the types of bearings discussed so far are usually not employed in precision and ultra-precision applications although some precision machines do use rolling element bearings and hydrodynamic bearings The only type of bearing that is used in ultra-precision machines especially for guide ways is the needle bearing The needle bearing is used with an inverted vee-shaped guideway in Toshiba ultra-precision grinding machines as shown in Figure 64 (b) The needle bearing is actually classified as a type of roller bearing with the exception that the length of the rollers is not less than 12 times their diameter [7] The main desired characteristic of the needle bearing is that it is capable of a high load capacity within a very small radial dimension For most applications, the separator and the inner ring are omitted and the shaft surface is hardened and ground to serve as the raceway However, Table 61

FIGURE 30.3 Principle of Crimson process: (a) conditioning; (b) colloidal Pd sites adhered to the surface; (c) Pd-sulfide (stronger adhesion of Pd catalysts); (d) microetch to remove Pd from Cu surface for better Cu-Cu adhesion.

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