Details, datasheet, quote on part number: LC6528N
Description4-bit Single-chip Microprocessor For Small-scale Control-oriented Application
CompanySanyo Semiconductor Corporation
DatasheetDownload LC6528N datasheet
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Features, Applications

Single Chip 4-Bit Microcontroller for Small-Scale Control-Oriented Applications

The L, LC6528N belong to our single-chip 4-bit microcontroller LC6500 series fabicated using CMOS process technology and are suited for use in small-scale control-oriented applications. Their basic asrchitecture and instruction set are the same. Application areas include the standard logic circuits and applications where the number of controls is small. The L, LC6528N have relation to the / H. The C version can be replaced by N version, and the H version (a part of the function is different). The L version is added as a low voltage version. The following show the careful difference of C and N version when you replace C version with N version. C version N version Operating Temperature 1-pin C oscillation exist not exist 400kHz MURATA R=2.2k 800kHz MURATA R=0 R=2.2k KYOCERA R=0 1MHz MURATA R=0 R=2.2k (Note) The suffix of recommend oscillation is changed C version and N version, but the characteristic is no change.


1) CMOS technology for a low-power operation (with instruction-controlled standby function) 2) ROM / RAM LC6527N ROM ! 8bits, RAM 4bits LC6528N ROM ! 8bits, RAM 4bits 3) Instruction set : 51 kinds selectable from 80 instructions common to the LC6500 series 4) Wide operating voltage range from 6.0V (L version) 5) Instruction cycle time 0.92s (F version)

Any and all SANYO products described or contained herein do not have specifications that can handle applications that require extremely high levels of reliability, such as life-support systems, aircraft's control systems, or other applications whose failure can be reasonably expected to result in serious physical and/or material damage. Consult with your SANYO representative nearest you before using any SANYO products described or contained herein in such applications. SANYO assumes no responsibility for equipment failures that result from using products at values that exceed, even momentarily, rated values (such as maximum ratings, operating condition ranges, or other parameters) listed in products specifications of any and all SANYO products described or contained herein.

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6) Flexible / O port Number of ports : 4 ports / 13 pins max. All ports : Input / output common Input / output voltage 15V max. (open drain type) Output current 20mA max. (sink current) (LED direct drivable) Option selectable for your intended system A. Open drain output, pull-up resistor : Single-bit select for all ports B. Output level at the reset mode : 4-bit select / L level for port D 7) Stack level : 4 levels 8) Timer 4-bit prescaler+8-bit programmable timer 9) Clock oscillation option selectable for your intended system Oscillator option :2-pin RC oscillation (N, L version) 2-pin ceramic resonator oscillation, 1-pin external clock input (N, F, L version) Predivider option : No predivider, / 3 predivider, / 4 predivider (N, L version)

Instruction Oscillation Characteristic Input / output port On-chip function

4-bit prescaler+8-bit timer 4-bit prescaler+8-bit timer 4-bit prescaler+8-bit timer 4 Standby available Standby available Standby available by HALT instruction by HALT instruction by HALT instruction Number of ports O 13 max. O 13 max. O 13 max. / O voltage 15V max. 15V max. 15V max. Output current 10mA typ. 20mA max. 10mA typ. 20mA max. 10mA typ. 20mA max. / O circuit configuration Open drain (N-channel) or pull-up resistor-provided output selectable bit by bit. Output level at reset mode "H" or "L" level selectable port by port (port C, D only) Minimum cycle time 6.0s (VDD3V) Supply voltage to 6V Current dissipation 2.5mA typ. 4mA typ. 2.5mA typ. Resonator (850kHz, 400kHz typ.) RC (400kHz typ.) ceramic (400k, 800k,1MHz, ceramic 4MHz ceramic 800k,1MHz, 4MHz) predivider option Other Package DIP18, MFP18* (Note) Information on the resonator and oscillation circuit constants will be presented as soon as the recommended circuit is determined. *MFP18 : under development

Common to DIP MFP unit 3095 Do not immerse the package in the solder dip tank when mounting the MFP on the substrate.

(Note) The package is the reference figure without the description of the rank. Please inquire us for the formal package.


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