This page provides the datasheet information for the KU80L188EC, a member of the KU80C188EC (KU80C188EC / KU80C186EC / KU80L188EC / KU80L186EC) 16-Bit Embedded Processors family.
Datasheet Summary
Description
Pinout Package Thermal Specifications ELECTRICAL SPECIFICATIONS Absolute Maximum Ratings PAGE
4 4 4 4 5 7 7 7 7 7 7 7 7 8 8 8 8 8 8 15 24 25 25
CONTENTS
Recommended Connections DC SPECIFICATIONS ICC versus Frequency and Voltage PDTMR Pin Delay Calculation AC SPECIFICATIONS AC Characteristics 80C18
Features
a crystal oscillator a divideby-two counter and three low-power operating modes The oscillator circuit is designed to be used with either a parallel resonant fundamental or third-overtone mode crystal network Alternatively the oscillator circuit may be driven from an external clock source Figure 2 shows the various operating modes of the oscillator circuit The crystal or clock frequency chosen must be twice the required processor operating frequency due to the internal divide-by-two counter This.
80C186EC 80C188EC AND 80L186EC 80L188EC 16-BIT HIGH-INTEGRATION EMBEDDED PROCESSORS
X Fully Static Operation X True CMOS Inputs and Outputs
Y
Y
Speed Version Available (3V) 16 MHz (80L186EC16 80L188EC16) 13 MHz (80L186EC13 80L188EC13)
Y
Direct Addressing Capability to 1 Mbyte Memory and 64 Kbyte I O Low-Power Operating Modes Idle Mode Freezes CPU Clocks but Keeps Peripherals Active Powerdown Mode Freezes All Internal Clocks Powersave Mode Divides All Clocks by Programmable Prescalar
Y
The 80C186EC is a member of the 186 Integrated Processor Family The 186 Integrated Processor Family incorporates several different VLSI devices all of which share a common CPU architecture the 8086 8088 The 80C186EC uses the latest high density CHMOS technology to integrate several of the most common sy
KU80L188EC Datasheet
