New Energy Saving 32-bit Microcomputers with Built-in Flash Memory by Panasonic
Panasonic has announced the development of a new 32-bit microcomputers with half the power consumption, ideal for equipments requiring low power consumption in stand-by mode. The new microcomputers facilitate miniaturization and cost reduction of the equipment through reduction of parts required, including EEPROM. In addition to this, the new microcomputers come with an oscillator and it can operate over a wide range of voltage from 2.2V to 5.5V.
The new MN103L series of microcomputers have been developed based on Panasonic’s 110 nm embedded flash memory process technology in achieving optimization of and an optimum operation performance. Panasonic will start the volume shipment of MN103L Series in January, 2011.
source
Comments
One Response to “New Energy Saving 32-bit Microcomputers with Built-in Flash Memory by Panasonic”
[...] Panasonic has announced the development of a new high-speed response hysteric control DC-DC converter LSI series. The new DC-DC converters will be ideal for use in power management requirements of CPU of the mobile equipment, thanks to its wide output-voltage range. The new LSI series has a fast load transient response with suppressed output voltage functions, allowing for a stable operation of the product, plus a large input voltage range. The mount area for the new LSI has been reduced by about 33%, due to use of smaller package, smaller value constants as well as reduced number of external components, resulting in a compact system solution. The development of the new DC-DC converter LSI by Panasonic was a direct response to market demand for implementation of finer processes and lower voltage design of the memory and CPU. The development of the new LSI was achieved through use of On-time/Off-time control technology, resulting in a high-speed load transient responses and integration of a high-speed switching operation (3MHz) technology for reducing the value constants of external components such as inductor and capacitor. In addition to this, the new LSI was based on development of an On-time-extension circuit technology to create an always-on-state of the output transistor (100% duty mode). Panasonic will commence the sample shipment in January of, 2011. source // < ![CDATA[ google_ad_client = "pub-6269321203424610"; /* 200x200, created 5/19/09 */ google_ad_slot = "6030618320"; google_ad_width = 200; google_ad_height = 200; // ]]> Share and Enjoy: [...]