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Pipelining improves overall execution speed because of overlapping of the various stages of program execution PLD: Acronym for Programmable Logic Device A digital circuit whose functionality can be changed as per the logic required The PLD has a combination of AND, OR, and NOT gates connected through a network By choosing the right gates and the right interconnects, the PLD can be made to implement any logic function program counter: Same as Instruction Pointer PWM: Acronym for Pulse Width Modulation In PWM, the pulse width of the frequency is changed while keeping the frequency constant This changes the DC value of the signal For low width pulse, the DC value is smaller than a pulse of higher width RAM: Acronym for Random Access Memory A memory device any part of which can be accessed directly.

The PTHs must also make connection to internal layers as well as top and bottom layers Multilayer PCBs also introduce the lamination process, which is where the manufacturer actually creates the composite PCB from layers of circuitry in a lamination press under high pressure and heat 51214 Backplane PCBs These multilayer PCBs have connector arrays installed that hold other PCBs These arrays must be rigid enough to ensure that insertion of PCBs does not affect their performance and reliability They usually have many layers and tend to be large and thick Here, again, the manufacturing processes differ from those of traditional multilayer PCBs, and additional requirements for the connector area and PTH areas are necessary 51215 High-Frequency PCBs.

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These can be any of the preceding types of PCBs and have unique properties that allow high-speed electrical signals to travel within or on the PCB without significant degradation The materials used and geometry of the circuit are critical to produce the correct impedance for these signals to maintain integrity Additional testing is typically performed to verify the more precise nature of the requirements for these types of PCBs, such as controlled impedance..

Flexible PCBs Flexible PCBs must be capable of bending and flexing, either for installation or continuously throughout the product s life, and come in single-sided, double-sided, multilayer, and highspeed versions just like the rigid PCBs previously described.

Rigid/Flexible PCBs Rigid/flexible combination PCBs combine the benefits of the rigid PCB with integrated flexible parts. This type of PCB requires evaluation of both the rigid and flexible sections for acceptability.

Fig 836: Sacrificial or spacer layers [16]

Production PCB Most acceptability criteria are evaluated on the production PCB by visual or dimensional means. Visual inspection is typically done under low magnification by human operators. Although the human eye is very capable of catching inconsistencies in the circuit patterns and surface materials, it is not always consistent and can allow nonconforming attributes to slip through. Because of this, many companies have turned to using automated optical inspection (AOI) machines to check pattern integrity, consistency, and dimensions. AOI provides a much more consistent evaluation of circuit geometry than the human eye, but is a slower and more costly option. Many visual inspection attributes have dimensional attributes attached to them. It is important to note that magnification for inspection of dimensional attributes should be sufficient to make an accurate measurement to determine acceptability.

Test Coupons and Patterns For testing purposes, there are several reasons to utilize test coupons and patterns that are representative of the PCBs rather than the PCBs themselves The downside of using coupons is that they take up space on the manufacturing panel and therefore increase the overall cost of the PCBs Also, the test coupons are not actually part of the PCB and are typically placed at the edges of the production panel, where production attributes may be different from the production panel This can cause the coupons and patterns to reflect different attributes than the PCBs they are attempting to represent It is very important to take steps to ensure that the test coupons and patterns are actually manufactured in a manner that is representative of all the attributes of the PCBs associated with them.

In the early days of computing, this was contrasted with tape memory, which was sequential access memory Now RAM usually means some sort of volatile, read/write memory RISC: Acronym for Reduced Instruction Set Computer A type of computer architecture with a small number of minimum instructions, characterized by a very regular instruction structure of fixed length, a load-store approach to memory access, and a large number of registers Contrast it with CISC reset: To restart A signal in a processor that initializes the internal register and control circuit to a default value and starts executing the program from the first memory location reset vector: Address of the reset code..

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