October.27,2008
Ultra-low Power "64-pin Flash Microcontroller"
Industry's Lowest*1 Current Consumption of 0.5µA in Real Time Clock Operation*2
| Product Name | LC87F7932B |
|---|---|
| Code Name | Easy MiconT |
| Sample Shipping | March 2009 |
| Production Plan | 500,000/month |
| Sample Price | $5.00 |
SANYO Semiconductor Co., Ltd. has developed an environment-friendly microcontroller "LC87F7932B" which contributes to the reduction of power consumption of electronic equipment. Sample shipment is expected to begin in March 2009 at the price of $5.00.
The "LC87F7932B" reduces standby power consumption of battery driven mobile devices. By optimizing circuit design, the current consumption in real time clock operation was reduced below 0.5ľA, which is the lowest in the industry. The power consumption was reduced by 85% compared to our existing products.
Five types of oscillation circuits are incorporated. Under program control, the most suitable one can be selected according to the application. Manchester method that is reliable in data transmission and noise rejection is available in communication. We will continuously contribute to lower power consumption of electronic equipment through the development of "Easy-to-Use, Design-Friendly and Environment-Friendly" microcontrollers.
Product Main Features
- Achieves the industry's lowest*1 current consumption of 0.5µA in real time clock operation*2
Current consumption in real time clock operation*1 is below 0.5ľA(typical), which is the lowest in the industry. Power consumption was reduced by 85% compared to our existing products. Current consumption necessary for liquid crystal display in real time clock operation is 0.7ľA(typical), reducing power consumption by 90% compared to our existing products. Current consumption was drastically reduced by optimizing circuit design for reducing power consumption so that the battery life of electronic equipment can be significantly extended. - Programmable selection of most suitable oscillation circuit.
CF circuit, 4MHz variable oscillation circuit, internal RC circuit, internal low-speed RC circuit, and crystal oscillation circuit are incorporated as oscillation circuits. The most suitable oscillation circuit can be selected under program control that best fits the application of equipment. Number of parts was reduced by incorporating oscillation circuit into the microcontroller. - Manchester method is available for encoding serial communication
In serial communication (UART function), Manchester method is available for encoding transmitted data in addition to NRZ (Non Return to Zero) method. Encoding by Manchester method enables assured data transmission and is effective in noise rejection. - Other Features
- High performance with sufficient functionality and memory capacity within a small package size
- Excellent development tools contribute to simple and fast development design.
64-pin, Flash ROM:32K byte, RAM:1K byte
Best suited for controlling PC peripheral equipment, audio visual equipment and home appliances.
This product is licensed from Silicon Storage Technology, Inc. (USA), and manufactured and sold by SANYO Semiconductor Co., Ltd.
Specifications
- Flash ROM: 32K byte
- RAM: 1K byte
- Number of LCD driver 24 segment × 4 common
- LCD bias 1/2 bias, 1/3 bias
- Real time clock function
- Full Duplex
- On-chip-debugger
- Package:
64-pin TQFP64J(7.0mm×7.0mm)
QFP64E(14.0mm×14.0mm)
*1: As of Oct. 27, 2008. At real time clock operation.
*2: When real time clock operation is ON and liquid crystal display is OFF. Equivalent to standby mode.
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*The information presented in this press release, including device specifications, is current as of the date of this press release. Note, however, that this information is subject to change without notice and thus at later dates the current state may differ in certain details from the content presented here.
