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Since the early days of the PC, you ve been able to add to or alter its capabilities by adding expansion cards inside the PC s case. Expansion cards, also called expansion boards, adapters, add-in cards, and daughterboards, allow you upgrade the quality of the PC s graphics and sound, control internal devices, or connect to the outside world. Figure 23-1 shows a typical expansion card, which is in this case a network interface card (NIC). In the context of the PC, expansion means broadening the capabilities of the system by inserting special purpose circuit cards into the expansion bus on the motherboard. At the risk of sounding obvious, expansion cards are inserted into expansion slots on the motherboard. Expansion slots are connector receptacles located on the PC s motherboard that connect the inserted card to the motherboard s input/output (I/O) bus structures. Inside an expansion slot are metallic (typically copper) spring fingers that clamp onto the expansion card when it is inserted in the slot. Each of the fingers matches up with one segment of the card s edge connector to complete one of many different connections of the slot-and-card combination. Figure 23-2 shows a card being inserted into a slot.

obsoletes=1 gpgcheck=1 # PUT YOUR REPOS HERE OR IN separate files named file.repo # in /etc/yum.repos.d

As you may have discovered when trying to manipulate the style or fill of type, shape layers, vector masks, or Smart Objects, you can t use the Paint Brush or any Filter on layers that contain vector data. A prompt, such as the one shown in Figure 13.27, appears. What to do Read on.

The Blend If sliders, found at the bottom of the Blending Options panel of the Layer Style dialog box, enable you to drop out pixels in the active layer and force through pixels from lower layers according to their brightness values.

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be ignored when a re ecting plate is added to the proposed antenna for practical applications As shown in Figure 89, the circular patch has a radius R and is supported by nonconducting posts (not shown) a distance h above the ground plane of a grounded substrate (feed substrate) of thickness 08 mm and relative permittivity 44 Port 1 is the aperture-coupled feed with an H-slot cut in the ground plane to couple the electromagnetic energy from the 50- microstrip line printed on the feed substrate to the circular patch The H-slot is centered below the circular patch; the dimensions of its central arm and two side arms are 05 mm H1 and 1 mm H2 , respectively Port 2 has a gap-coupled probe feed.

One end of the feed is connected to a 50- microstrip line through a via hole in the ground plane, and the other end is directly connected to the circular patch with a rectangular ring gap cut around the feed point The rectangular ring gap is used to compensate the large probe inductance owing to the longer probe pin in the thick air substrate The gap has dimensions of 2 mm ( > 2 mm) and a gap width of 05 mm and is a distance d from the patch center The longer side of the gap is placed parallel to the excitation direction of port 2 in order to minimize possible perturbations on the excited patch surface current A prototype was constructed with a designed center frequency at 1800 MHz The radius of the circular patch was 35 mm and the air-substrate thickness was 13.

(37.23)

6 mm, or about 8% of the wavelength of the center frequency Figure 810 shows the measured return loss for the port 1 (H-slot coupled feed) and port 2 (gap-coupled probe feed) excitation For port 1 excitation (polarization E-plane is the y z plane), the 10-dB impedance bandwidth is 183 MHz (1712 1895 MHz), or about 102% referenced to 1800 MHz For port 2 excitation (polarization E-plane is the x z plane), the impedance bandwidth is 332 MHz (1620 1952 MHz), or about 184% with respect to 1800 MHz Both impedance bandwidths for the two orthogonal polarizations are greater than 10% Figure 811 shows the isolation between the two feeding ports It is seen that the isolation for operating frequencies within the entire impedance bandwidths of ports 1 and 2 is less than 32 dB, and the isolation at the center frequency is about 40 dB.

Figures 812 and 813 present the measured radiation patterns in two orthogonal planes at 1800 MHz for the H-slot coupled feed and the gap-coupled probe feed, respectively In general, good cross-polarization levels are obtained The cross-polarization levels are all larger than or about 20 dB, except that (about 14 dB) in the H -plane (y z plane) pattern of the gap-coupled probe feed The antenna gain for the two polarizations was 70 and 82 dBi in the broadside direction for port 1 and port 2 excitation, respectively When a re ecting plate was added below the ground plane, the measured isloation between the two feeding ports was almost unchanged 83.

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