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34 Microcontrollers Lineup 8 bit microcontrollers Type No. ROM [bits] RAM [bits] Operating supply voltage range VDD [V] Minimum cycle time [µs] Ports Withstand Maximum Number Interrupts voltage [V] current [mA] of pins Internal External Functions Serial I/O Maximum number of timers A/D converter LC875747B 48K×8 LC875755B LC875763B LC875772A LC875780A LC87F57C8A 56K×8 64K×8 72K×8 80K×8 128K×8 (Flash) 2048×9 3072×9 2.5~6.0 2.5~5.5 0.3 (10 MHz) Bus cycle = 0.1µs VDD 30 55 14 6 Synchronous: One 8-bit channel with automatic transfer support Asynchronous/synchronous: One 8-bit channel with bus support Eight 8-bit timers 8 bits × 12 LC875J48C LC875J56C LC875J64C LC87F5JC8A 48K×8 56K×8 64K×8 128K×8 (Flash) 2048×9 4096×9 2.5~5.5 0.25 (12 MHz) Bus cycle = 0.083µs VDD Under evaluation 55 14 7 Synchronous: Two 8-bit channel with automatic transfer support Asynchronous/synchronous: Two 8-bit channel One clock time base timer 8 bits × 11 LC875D48C 48K×8 LC875D56C LC875D64C LC875D72B LC875D80B LC875D96B 56K×8 64K×8 72K×8 80K×8 96K×8 2048×9 4096×9 2.5~5.5 0.25 (12 MHz) Bus cycle = 0.083µs VDD Under evaluation 71 14 8 Synchronous: Two 8-bit channel with automatic transfer support Asynchronous/synchronous: Three 8-bit channel Eight 8-bit timers One clock time base timer 8 bits × 15 LC87F5DC8A 128K×8 (Flash) LC875G08A 8K×8 LC875G16A LC875G24A LC875G32A LC87F5G32A 16K×8 24K×8 32K×8 32K×8 (Flash) 1024×9 1024×9 2.3~6.0 2.5~5.5 0.3 (10 MHz) Bus cycle = 0.1µs VDD Under evaluation 39 14 7 Synchronous: One 8-bit channel with automatic transfer support Asynchronous/synchronous: One 8-bit channel with bus support Eight 8-bit timers One clock time base timer 8 bits × 12 LC875BH4A LC875BJ0A LC875BM2A LC875BP4A LC87F5BP6A LC875C48C LC875C56C LC875C64C LC875C72B LC875C80B LC875C96B LC87F5CC8A 176K×8 192K×8 224K×8 256K×8 256K×8 (Flash) 48K×8 56K×8 64K×8 72K×8 80K×8 96K×8 128K×8 (Flash) 4096×9 6144×9 2048×9 4096×9 2.5~6.0 2.5~5.5 0.3 (10 MHz) Bus cycle = 0.1µs 0.25 (12 MHz) Bus cycle = 0.083µs Delivery format QFP64 SQFP64 DIP64 QFP64 TQFP64 QFP80 TQFP80 QFP48 SQFP48 Synchronous: Three 8-bit channel with automatic Eight 8-bit QFP100 Under transfer support timers VDD 89 19 7 8 bits × 12 SQFP100 evaluation Asynchronous/synchronous: One clock time Two 8-bit channel base timer TQFP100 with bus support Synchronous: Two 8-bit Under channel with automatic Eight 8-bit VDD 89 14 8 transfer support timers 8 bits × 15 evaluation Asynchronous/synchronous: One clock time Three 8-bit channel base timer QFP100 TQFP100 : New product : Under development Features · 8-bit synchronous SIO circuit with 32-byte automatic transfer function · 8-bit asynchronous/synchronous serial I/O · Two 12-bit PWM channels · Multiplier/divider circuit: 24 × 16, 24 / 16, 16 × 8, 16 / 8 · On-chip UART · Remote controller reception circuit On-chip flash EEPROM version (Supports onboard reprogramming) · 8-bit synchronous SIO circuit with 32-byte automatic transfer function · 8-bit asynchronous/synchronous serial I/O · Two 12-bit PWM channels · Multiplier/divider circuit: 24 × 16, 24 / 16, 16 × 8, 16 / 8 · Remote controller reception circuit · 8-bit synchronous SIO circuit with 32-byte automatic transfer function · 8-bit asynchronous/synchronous serial I/O · Two 12-bit PWM channels · Multiplier/divider circuit: 24 × 16, 24 / 16, 16 × 8, 16 / 8 · Remote controller reception circuit · High-speed clock counter · System clock divider circuit · 8-bit synchronous SIO circuit with 32-byte automatic transfer function · 8-bit asynchronous/synchronous serial I/O · Two 12-bit PWM channels · Multiplier/divider circuit: 24 × 16, 24 / 16, 16 × 8, 16 / 8 · Remote controller reception circuit · High-speed clock counter · System clock divider circuit · 8-bit synchronous SIO circuit with 32-byte automatic transfer function · 8-bit asynchronous/synchronous serial I/O · Two 12-bit PWM channels · Multiplier/divider circuit: 24 × 16, 24 / 16, 16 × 8, 16 / 8 · Remote controller reception circuit · High-speed clock counter · System clock divider circuit · 8-bit synchronous SIO circuit with 32-byte automatic transfer function · 8-bit asynchronous/synchronous serial I/O · Two 12-bit PWM channels · Multiplier/divider circuit: 24 × 16, 24 / 16, 16 × 8, 16 / 8 · Remote controller reception circuit · High-speed clock counter · System clock divider circuit Microcontrollers On-chip flash EEPROM version (Supports onboard reprogramming, and on-chip debugging) On-chip flash EEPROM version (Supports onboard reprogramming, and on-chip debugging) On-chip flash EEPROM version (Supports onboard reprogramming, and on-chip debugging) On-chip flash EEPROM version (Supports onboard reprogramming, and on-chip debugging) On-chip flash EEPROM version (Supports onboard reprogramming, and on-chip debugging) Each microcontroller has its own catalog, user's manual, and other materials. However, although we are working on providing English versions of all the documentation, some manuals are still available in Japanese only. Contact your SANYO sales office for the latest information on manual availability. ARM7TDMI is the registered trademark of ARM Limited. Flash memory products are licensed from Silicon Storage Technology, Inc. (USA), and manufactured and sold by SANYO Electric Co., Ltd. Notes on Package Types and Naming The package names used in this documentation are designed to indicate rough classification of the packages used, and do not necessarily indicate the formal name of each individual package. Refer to the delivery specifications document for the particular product for the package dimensions figure and the formal name of the package. 35
36 Eight-Bit Microcont rollers Easy-to-use High Functionality Development Support System SANYO's On-Chip Debugger Compared to the EVA-62S, the operating screens are completely natural to use. 1. Paperless debugging Up to 32 windows can be displayed at the same time. 2. High-level language debugging Supports the C programming language. 3. High-speed real-time debugging Real-time display RAM mapping function Real-time recoding/display trace function Real-time timing waveform display for pins and other signals Timing Chart Real-Time Display EVA-62S LC87'S delopment tool Debugging functions Compared to the EVA-62S, the operating screens are completely natural to use. 1. Paperless debugging Flash microcontroller Easy-to-use Development Support System Up to 32 windows can be displayed at the same time. 2. High-level language debugging Supports the C programming language (source-level debugging). •The following differences with the EVA-62S have been eliminated. 3. High-speed real-time debugging Windowed screen display Real-time display RAM mapping function Real-time recoding/display trace function Real-time timing waveform display for pins and other signals 5 control lines Interface board Microcontrollers USB interface 37
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