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The 1 GB IBM Microdrive and the 5 GB Toshiba Type II PC Card HDD. In the worst observed case. Many mobile electronic devices, such as MP3 players, digital cameras and personal digital assistants, exhibit an almost insatiable demand for storage capacity. These devices have traditionally relied on compact ?ash memory, which is reasonably fast and power-e?cient, but also expensive and capacity-limited. Hardware To gather power statistics, we have fashioned a PC card sleeve as pictured in Figure 1, with a schematic diagram in Figure 2. The power measurement sleeve consists of a PC card extender attached to a shunt resistor in series with the card’s power supply. Linux-based PC with a PCMCIA slot, (2) Digital multimeter, (3) Shunt resistor, (4) IBM Microdrive housed in a PC card adapter, (5) PC card extender. Figure 2: Schematic diagram of the power measurement apparatus. Component Description Laptop IBM ThinkPad T20 750 MHz P3, 128 MB RAM Linux Operating System Multimeter Agilent 34401A
Shunt Resistor 0.47 Ohm PC Card Extender Sycard PCCextend.
Tags : 1 gb ibm microdrive, shunt resistor, ash memory, mhz p3, ibm microdrive, measurement apparatus, power measurement, linux operating system, 128 mb ram, insatiable demand, power consumption, component description, pcmcia slot, schematic diagram, slot 2
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