SM8500 Search Results

sm8504

Contextual Info: SHARP SM8504/SM8506 UNIVERSAL ASYNCHRONOUS RECEIVER AND TRANSMITTER UART INTERFACE SM8500 supports 1-channel universal asynchronous receiver and transmitter interface (UART). The UART interrupt has the following features. • Transmitter and Receiver are independent each

SRD kHz

Abstract: sm8504
Contextual Info: SM8504/SM8506 SHARP CLOCK SYNCHRONOUS SERIAL INTERFACE SIO SM8500 supports 1-channel clock synchronous sources, such as internal clock (prescaler PRSO output), timer 1 output, external clock or Pis pin output. • It is able to switch the transmit/receive data

I22J

Abstract: si 169c LH28F008SA LU8500F0 LU8500F1 QFP100-P-1420 sm8500 UP26
Contextual Info: SHARP LU8500F0/F1 • NEW PRODUCT INFORMATION 8-bit Single-chip Microcomputer with built-in Flash Memory Description The LU8500F0/F1 are single chip 8 -bit microcomputers, flash memory versions of SM8500 series. LU8500F0 is packaged in copying data stored in a PRO M by using the copy board designed

p46ad

Abstract: SM85CPU
Contextual Info: SHARP SM8504/SM8506 SM8504/SM8506 8-Bit Single-Chip Microcomputers Controllers For General Purpose SM8504/8506 (SM8500) are CMOS 8-bit single-chip • System clock cycle can be varied by program microcomputers containing SM85CPU core and the System clock can be derived from the main

Contextual Info: SHARP SM8504/SM8506 I/O PORTS The SM8500 supports two 8-bit input ports Port 0, 4 , tw o 8-bit large current output ports (Port 6, A) , and six 8-bit and one 4-bit input/output ports (Port 1, 2, 3, 5, 7, 8, 9). Table 6 PORTS PIN Ports Function Overview FUNCTION

Contextual Info: LU8500F0/LU8500F1 SHARP LU85O0F0/LU8500F1 8-Bit Single-chip Microcomputers With Built-In Flash Memory DESCRIPTION The LU8500F0/F1 are CMOS 8-bit single-chip • System clock cycle microcomputers, flash memory versions of SM8500 main clock cycle • System clock cycle can be varied by program

P8273

Abstract: BBS 8500 P44AD SM85CPU TM30E P0C7
Contextual Info: SM8502/SM8503/SM8504/SM8505/SM8506 SHARP SM8502VSM8503*/ SM8504/SM8505*/ SM8506 8-Bit Single-Chip Microcomputer Controllers For General Purpose ★ Under development DESCRIPTION SM8500 series is a 1-chip microcomputer containing • Interrupts : SM85CPU core and the required peripheral functions

"Waveform Generator"

Contextual Info: SHARP SM8504/SM8506 D/A CONVERTER AND WAVEFORM GENERATOR RAM of waveform generator to the D/A value which is output to D A outo pin or DAoun pin. If the two of channels D/A converter are output to the external OP amplifier, they are available for DTMF output.

SM85CPU

Abstract: M8506
Contextual Info: SM8504/SM8506 SHARP SM8504/SM8506 CONTENTS DESCRIPTION . 185 FEATURES. 185 PIN CONNECTIONS. 186

sm8500

Abstract: P317 100-PIN QFP100-P-1420 SM8504 SM8506 SM85CPU AD166
Contextual Info: PRODUCT INFORMATION SM8504/SM8506 8-Bit Single-Chip Microcomputers FEATURES • ROM capacity – 40,960 x 8-bits SM8504 – 61,440 × 8-bits (SM8506) • RAM capacity – 1,024 × 8-bits (SM8504) – 2,048 × 8-bits (SM8506) • Memory organization, it is possible to set the range of accessible

SM85CPU

Contextual Info: SHARP SM8504/SM8506 SM85CPU The SM85CPU is an 8-bit CPU with an unique architecture, developed by SHARP, and the following features. General purpose register architectures • There are eight 8-bit general purpose registers also • There are data transfer, arithmetic and conditional

PU952

Abstract: ROMICE64 SM6000 evaluation SM5* sharp ad250 SM8300 sharp SM6000 LU830 SM6000 ID160
Contextual Info: DEVELOPMENT SUPPORT SYSTEMS SHARP DEVELOPMENT SUPPORT SYSTEMS The development support systems for 8-bit single-chip microcomputers are configured % Support Tools for 8-Bit Single-Cnip M icrocomputers fn-Circuit Emulator Emulation 3od B with a host computer and an appropriate

sm 0038 PIN DIAGRAM

Abstract: f control method P0C7
Contextual Info: SHARP SM8504/SM8506 SYSTEM CONTROL Oscillator Circuit The system clock, leads CPU operation, is one of The SM 8500 series is built-in the m ain-clock and the five clocks w hich divides the m ain-clock fcx sub-clock oscillator circuits fo r generating clock