Chapter 1 Intro to Personal Computers Flashcards

1
Q

What is a computer? 1.0.1.1

A

A computer is an electronic machine that performs calculations based on a set of instructions.

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2
Q

What does power supply do? 1.1.1.1

A

Converts AC electricity to DC

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3
Q

What are the 3 form facts of a power supply 1.1.1.2

A

Advanced Technology (AT),
Advanced Technology Extended (ATX),
ATX12V

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4
Q

A Molex keyed connector connect to what? 1.1.1.2

A

optical drives, hard drives,

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5
Q

A Berg keyed connector connects to what? 1.1.1.2

A

floppy drive

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6
Q

A SATA keyed connector connects to what? 1.1.1.2

A

optical drive or a hard drive

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7
Q

A 20-pin or 24-pin slotted connector connects to what? 1.1.1.2

A

The Motherboard

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8
Q

A 4-pin to 8-pin connect to what? 1.1.1.2

A

The Motherboard

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9
Q

A 6/8-pin PCIe power connector connect to what? 1.1.1.2

A

internal components

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10
Q

Ohms Law formula is? 1.1.1.3

A

v = i x r

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11
Q

Symbol for Voltage is? 1.1.1.3

A

V ro (V)oltage

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12
Q

Symbol for Current is? 1.1.1.3

A

I or (A)amps

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13
Q

Symbol for power is? 1.1.1.3

A

P or (W)atts

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14
Q

Symbol for Resistance is? 1.1.1.3

A

R or ohms

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15
Q

Calculate Voltage? 1.1.1.3

A

V = I x R

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16
Q

What is a motherboard? 1.1.2.1

A

IT is the main printed circuit board and contains the buses, or electrical pathways, found in a computer.

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17
Q

What is A.T form factor? 1.1.2.1

A

Advance Technology

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18
Q

What is A.T.X form factor? 1.1.2.1

A

Advance Technology Extended

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19
Q

What is Mini-ATX form factor? 1.1.2.1

A

Smaller Footprint of Advance Technology Extended

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20
Q

What is Micro-ATX form factor? 1.1.2.1

A

Smaller Footprint of Advance Technology Extended

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21
Q

What is LPX form factor? 1.1.2.1

A

Low-Profile Extended

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22
Q

What is NLX form factor ? 1.1.2.1

A

new Low-Profile Extended

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23
Q

What is BTX form factor? 1.1.2.1

A

Balance Technology Extended

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24
Q

What is Mini-ITX form factor? 1.1.2.1

A

Smaller than the Micro-ATX Format

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25
Q

What is Nano-ITX form factor? 1.1.2.1

A

Smaller footprint of the Mini-ITX

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26
Q

What is Pico-ITX form factor? 1.1.2.1

A

Half the size of the Nano-ITX

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27
Q

What is Mobile-ITX form factor? 1.1.2.1

A

Smallest ITX motherboard

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28
Q

What does PGA stand for on a CPU? 1.1.2.2

A

Pin Grid Array

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29
Q

What does ZIF stand for on a CPU? 1.1.2.2

A

Zero Insertion Force

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30
Q

What does LGA stand for on a CPU? 1.1.2.2

A

Land Grid Array

31
Q

What is a Single Core CPU? 1.1.2.2

A

One core inside a single CPU that handles all the processing

32
Q

What is a Dual Core CPU? 1.1.2.2

A

Two cores inside a single CPU in which both cores can process information at the same time.

33
Q

What is Triple Core CPU? 1.1.2.2

A

Three cores inside a single CPU that is actually a quad-core processor with one of the cores disabled.

34
Q

What is Quad Core CPU? 1.1.2.2

A

Four cores inside a single CPU

35
Q

What is Hexa-Core CPU? 1.1.2.2

A

Six cores inside a single CPU

36
Q

What is Octa-Core CPU? 1.1.2.2

A

Eight cores inside a single CPU

37
Q

What is ROM? 1.1.2.4

A

Read-only memory chips. Information is written to a ROM chip when it is manufactured. A ROM chip cannot be erased or re-written and is obsolete.

38
Q

What is PROM? 1.1.2.4

A

Programmable read-only memory. Information is written to a PROM chip after it is manufactured. A PROM chip cannot be erased or re-written.

39
Q

What is EPROM? 1.1.2.4

A

Erasable programmable read-only memory. Information is written to an EPROM chip after it is manufactured. An EPROM chip can be erased with exposure to UV light. Special equipment is required.

40
Q

What is EEPROM? 1.1.2.4

A

Electrically erasable programmable read-only memory. Information is written to an EEPROM chip after it is manufactured. EEPROM chips are also called Flash ROMs. An EEPROM chip can be erased and re-written without having to remove the chip from the computer.

41
Q

What is DRAM? (RAM TYPE) 1.1.2.5

A

Dynamic RAM is a memory chip that is used as main memory. DRAM must be constantly refreshed with pulses of electricity in order to maintain the data stored within the chip.

42
Q

What is SRAM (RAM TYPE) 1.1.2.5

A

Static RAM is a memory chip that is used as cache memory. SRAM is much faster than DRAM and does not have to be refreshed as often. SRAM is much more expensive than DRAM.

43
Q

What is FPM Memory? (RAM TYPE) 1.1.2.5

A

Fast Page Mode DRAM is memory that supports paging. Paging enables faster access to the data than regular DRAM. FPM memory was used in Intel 486 and Pentium systems.

44
Q

What is EDO Memory? (RAM TYPE) 1.1.2.5

A

Extended Data Out RAM is memory that overlaps consecutive data accesses. This speeds up the access time to retrieve data from memory, because the CPU does not have to wait for one data access cycle to end before another data access cycle begins.

45
Q

What is SDRAM? (RAM TYPE) 1.1.2.5

A

Synchronous DRAM is DRAM that operates in synchronization with the memory bus. The memory bus is the data path between the CPU and the main memory. Control signals are used to coordinate the exchange of data between SDRAM and the CPU.

46
Q

What is DDR SDRAM? (RAM TYPE) 1.1.2.5

A

Double Data Rate SDRAM is memory that transfers data twice as fast as SDRAM. DDR SDRAM increases performance by transferring data twice per clock cycle.

47
Q

What is DDR2 SDRAM? (RAM TYPE) 1.1.2.5

A

Double Data Rate 2 SDRAM is a faster than DDR-SDRAM memory. DDR2 SDRAM improves performance over DDR SDRAM by decreasing noise and crosstalk between the signal wires.

48
Q

What is DDR3 SDRAM? (RAM TYPE) 1.1.2.5

A

Double Data Rate 3 SDRAM expands memory bandwidth by doubling the clock rate of DDR2 SDRAM. DDR3 SDRAM consumes less power and generates less heat than DDR2 SDRAM.

49
Q

What is RDRAM? (RAM TYPE) 1.1.2.5

A

RAMBus DRAM is a memory chip that was developed to communicate at very high rates of speed. RDRAM chips are not commonly used.

50
Q

What is DIP (Memory Module) 1.1.2.6

A

Dual Inline Package is an individual memory chip. A DIP has dual rows of pins used to attach it to the motherboard.

51
Q

What is SIMM (Memory Module) 1.1.2.6

A

Single Inline Memory Module is a small circuit board that holds several memory chips. SIMMs have 30-pin or 72-pin configurations.

52
Q

What is DIMM (Memory Module) 1.1.2.6

A

Dual Inline Memory Module is a circuit board that holds SDRAM, DDR SDRAM, DDR2 SDRAM, and DDR3 SDRAM chips. There are 168-pin SDRAM DIMMs, 184-pin DDR DIMMs, and 240-pin DDR2 and DDR3 DIMMs.

53
Q

What is RIMM (Memory Module) 1.1.2.6

A

RAMBus Inline Memory Module is a circuit board that holds RDRAM chips. A typical RIMM has a 184-pin configuration.

54
Q

What is SODIMM (Memory Module) 1.1.2.6

A

Small Outline DIMM has a 72-pin and 100-pin configurations for support of 32-bit transfers or a 144-pin, 200-pin, and 204-pin configurations for support of 64-bit transfers. This smaller, more condensed version of DIMM provides random access data storage that is ideal for use in laptops, printers, and other devices where conserving space is desirable.

55
Q

Whats is PCI 1.1.2.7

A

Peripheral Component Interconnect 32bit or 64bit Expansion Slot

56
Q

What is AGP 1.1.2.7

A

Advance Graphics Port

57
Q

Whats is PCIe 1.1.2.7

A

Peripheral Component express

58
Q

Mini PCI 1.1.2.7

A

Mini Peripheral Component (use for Laptops)

59
Q

RAID 0 1.1.2.8

A

Data Stripping without Redundancy (1 disc failure all lost)

60
Q

RAID 5 1.1.2.8

A

Combination of Data Stripping and Parity

61
Q

Floppy disk drive (FDD) data cable has how many pins? 1.1.2.9

A

Has up to two 34-pin drive connectors and one 34-pin connector for the drive controller.

62
Q

PATA (IDE/EIDE) 40-conductor data cable 1.1.2.9

A

Originally, the IDE interface supported two devices on a single controller

63
Q

SATA data cable 1.1.2.9

A

This cable has seven conductors, one keyed connector for the drive, and one keyed connector for the drive controller.

64
Q

What is CRT? 1.1.4.2

A

The cathode-ray tube (CRT) has three electron beams

65
Q

What is LCD? 1.1.4.2

A

Liquid crystal display (LCD) is commonly used in flat panel monitors, laptops, and some projectors

66
Q

What is LED 1.1.4.2

A

A light-emitting diode (LED) display is an LCD display that uses LED backlighting to light the display.

67
Q

What is OLED 1.1.4.2

A

An organic LED display uses a layer of organic material that responds to electrical stimulus to emit light.

68
Q

What is PLASMA 1.1.4.2

A

Plasma displays are another type of flat panel monitor that can achieve high levels of brightness

69
Q

What are the transfer rates for FireWire (IEEE 1394)? 1.2.1.10

A

Transfers data at 100, 200, or 400 Mb/s and IEEE 1394b at 800 Mb/s.

70
Q

What are the transfer rates for Parallel (IEEE 1284)? 1.2.1.10

A

Transfers data at a maximum speed of 3 MB/s.

71
Q

What are the transfer rates for Serial (RS-232)? 1.2.1.10

A

Early versions were limited to 20 Kb/s, but newer versions can reach transfer rates of 1.5 Mb/s.

72
Q

What are the transfer rates for SCSI (Ultra-320 SCSI)? 1.2.1.10

A

Connects as many as 15 devices with a transfer rate of 320 MB/s.

73
Q

What is a the transfer rate for USB 2.0

A

480mb/s

74
Q

What is a the transfer rate for USB 3.0

A

1.5GB/s