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Since impedance must be matched throughout a high-speed circuit, this means that the impedance of other circuit elements determines the required impedance of a circuit line The designer can use standard equations to select values for line width, dielectric thickness, and dielectric constant that will achieve the desired impedance (47, 50, and 60 ohms are common requirements) However, factors such as interconnection density and ML-PWB imaging capability can constrain the line width, leaving the trade-off available to the designer between dielectric thickness versus dielectric constant As the average number of layers in ML-PWBs increases, the.

TCCR1A is a control register for Timer/Counter1. The signals for this registers are:

Fig 510: Precitech 4 inch vacuum chuck [4]

TABLE 27.2 Slash Sheet IPC-4104 Series Slash sheet IPC-4104 4104/12 4104/19 4104/20 4104/21 4104/22 4104/23

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TABLE 27.3 Header Information from Selected Specification Sheets in IPC-4101B IPC-4101 slash sheet /13 /24 /41 /42 /53 /55 /70 /71 /92 /93 /94 /95 /96 /97 /99 /101 /121 /124 /126 /129 Resin system Polyester, vinylester Multifunctional epoxy Multifunctional epoxy Polyimide Polyimide Multifunctional epoxy Cyanate Ester Cyanate Ester Multifunctional epoxy Multifunctional epoxy Multifunctional epoxy Multifunctional epoxy Polyphenylene Ether Multifunctional epoxy Multifunctional epoxy Di-functional epoxy Di-functional epoxy Multifunctional epoxy Multifunctional epoxy Multifunctional epoxy Flame retardant Bromine Bromine Bromine N/A N/A Bromine Bromine Bromine Phosphorus Aluminum hydroxide Phosphorus Aluminum hydroxide Phosphorus Bromine Bromine Bromine Bromine Bromine Bromine Bromine Tg ( C) min. N/A 150 150 200 220 220 150 200 230 230 110 150 110 150 150 200 150 200 175 110 150 110 110 150 170 170 Td ( C) min. Not stated Not stated Not stated Not stated Not stated Not stated Not stated Not stated Not stated Not stated Not stated Not stated Not stated Not stated 325 310 310 325 340 340

Reinforcement Woven E-glass Woven E-glass Woven Aramid Woven E-glass Non-woven Aramid paper Non-woven Aramid paper Woven S2-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass Woven E-glass

Fillers Inorganic fillers No No With or without No No No No No No No No No Inorganic fillers Inorganic fillers Inorganic fillers No No Inorganic fillers No

Fig 511:

dielectrics between layers must decrease to keep the overall thickness constant Thinner dielectrics require either lower Dk value material or thinner lines for constant impedance, sometimes both Low Dk value materials are frequently the enabler to achieve higher layer count PWBs There are also applications that require higher Dk material This allows finer lines to achieve a target impedance when dielectric thickness is already established, providing for greater densification Transmission speed is important because the signal transit time affects device timing and determines at what circuit length transmission line effects become important The transmission speed of an electromagnetic wave in a dielectric medium is the speed of light divided by the square root of Dk Air has a Dk of 10, and electromagnetic waves travel at the speed of light (12 in/ns) At 1 GHz, standard FR-4 ML-PWB materials have a Dk of 4.

4 and the transmission speed is reduced to 57 in/ns With a material having a Dk of 34, transmission speeds reach 65 in/ns, while even lower Dk materials can achieve speeds up to 8 in/ns Although these are small improvements, the higher transmission speed provided by a low-Dk material may be important in some high-speed applications 272212 Dielectric Loss (Df or Tan d ) The energy absorbed by the dielectric media is called dielectric loss Attenuation is proportional to tan d and signal frequency For standard FR-4 ML-PWB materials, tan d is 002, which translates into serious losses at frequencies above 1 GHz For circuits operating above 1 GHz, a lower loss material is required There are a number of material choices for lower dielectric attenuation, including blended epoxies, hydrocarbon ceramic, polytetrafluoroethylene (PTFE), and PTFE with ceramic.

and COM1A0 control bits determine any output pin action following a compare match in Timer/Counter1. Any output pin actions affect pin OC1-Output Compare pin1. This is an alternative function to the I/O port, and the corresponding direction control bit must be set to 1 to control an output pin. For devices with 2 compare functions, bits 5 and 4 of the control register have similar functions to bits 7 and 6. The control configuration is illustrated in Table 3.6. 2. Bits 1,0-PWM11, PWM10: Pulse Width Modulator Select Bits. These bits select PWM operation of Timer/Counter1 as specified in Table 3.7. (Also see Figure 3.15.)

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