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Microchip Technology 80C series Microcontrollers

Introduction, stock information and FAQs of 80C series Microcontrollers

In this post, you will learn features, applications, PDF datasheets, substitute products and the latest stock and pricing information of Microchip Technology 80C series Microcontrollers.

Applications

Industrial transport (non-car & non-light truck)
Lighting
Medical

Associated Products

Part Number	Description	Stock	RFQ
AT80C31X2-RLTUM	IC MCU 8BIT ROMLESS 44VQFP	0	RFQ
AT80C51ID2-SLSIM	IC MCU 8BIT ROMLESS 44PLCC	0	RFQ
TS80C51RD2-MCA	IC MCU 8BIT 768BYTE 40MHZ 40-DIP	0	RFQ
TS80C32X2-LIA	IC MCU 8BIT 30/20MHZ 40-DIP	0	RFQ
TS80C51RA2-VIA	IC MCU 8BIT 256BYTE 40MHZ 40-DIP	0	RFQ
AT80C51RD2-3CSIM	IC MCU 8BIT ROMLESS 40PDIL	0	RFQ
TS80C51RD2-MIE	IC MCU 8BIT 768BYTE 40MHZ 44VQFP	0	RFQ
TS80C51RD2-LIA	IC MCU 8BIT 768BYTE 30MHZ 40-DIP	0	RFQ
TS80C51RD2-VIE	IC MCU 8BIT 768BYTE 40MHZ 44VQFP	0	RFQ
TS80C32X2-LCE	IC MCU 8BIT 30/20MHZ 44-VQFP	0	RFQ
TS80C51RA2-MIE	IC MCU 8BIT 256BYTE 40MHZ 44VQFP	0	RFQ
TS80C31X2-LCE	IC MCU 8BIT 30/20MHZ 44-VQFP	0	RFQ
TS80C51RA2-VIE	IC MCU 8BIT 256BYTE 40MHZ 44VQFP	0	RFQ
TS80C31X2-VCE	IC MCU 8BIT 40/30MHZ 44-VQFP	0	RFQ
AT80C32X2-3CSUL	IC MCU 8BIT ROMLESS 40PDIL	0	RFQ
AT80C51RA2-SLSUM	IC MCU 8BIT ROMLESS 44PLCC	0	RFQ
AT80C32X2-RLTUL	IC MCU 8BIT ROMLESS 44VQFP	1626	RFQ
AT80C51RA2-RLTUL	IC MCU 8BIT ROMLESS 44VQFP	0	RFQ
AT80C31X2-SLSUL	IC MCU 8BIT ROMLESS 44PLCC	0	RFQ
AT80C32X2-SLSUL	8BIT MCU 8051 ROMLESS, SMD, 80C32 - More Details	0	RFQ

Technical Documents

Description

The Microchip Technology 80C series microcontrollers are a family of 8-bit microcontrollers designed for embedded applications. They are based on the 8-bit PIC microcontroller architecture and feature a wide range of peripherals, including analog-to-digital converters, timers, serial communication interfaces, and more. The 80C series microcontrollers are designed to be low-cost, low-power, and highly reliable, making them ideal for a variety of embedded applications. They are also highly customizable, allowing developers to tailor the microcontroller to their specific needs.

Features

• 8-bit CMOS microcontroller

• Up to 8K bytes of program memory

• Up to 256 bytes of RAM

• Up to 32 I/O pins

• Up to 4 Timers/Counters

• Up to 4 Interrupts

• Up to 4 Serial Channels

• Up to 4 Analog Comparators

• Up to 4 PWM Outputs

• Up to 4 A/D Converters

• Up to 4 Capture/Compare/PWM Modules

Applications

• Automotive

• Industrial Control

• Home Appliances

• Security Systems

• Medical Devices

• Robotics

• Consumer Electronics

• Automated Test Equipment

• Data Acquisition Systems

• Networking and Communications

Related Series

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Cypress Semiconductor PSoC series Programmable System-on-Chip

01 March 20232262

Infineon Technologies XMC series Microcontrollers for industrial applications

07 March 20232093

NXP Semiconductor LPC series Microcontrollers

06 March 20232357

STMicroelectronics STM32F1 series Microcontrollers

04 March 20232562

Frequently Asked Questions

What are the Alternative Products of Microchip Technology 80C series Microcontrollers?

1. Atmel AVR 8-bit Microcontrollers 2. NXP LPC Microcontrollers 3. STMicroelectronics STM32 Microcontrollers 4. Renesas RX Microcontrollers 5. Cypress PSoC Microcontrollers 6. Texas Instruments MSP430 Microcontrollers 7. Silicon Labs 8051 Microcontrollers 8. Freescale Kinetis Microcontrollers 9. Infineon XMC Microcontrollers 10. Microchip PIC Microcontrollers

What are the differences between the types of Microchip Technology 80C series Microcontrollers?

The 80C series of Microchip Technology microcontrollers are divided into three main categories: 8-bit, 16-bit, and 32-bit.   8-bit microcontrollers are the most basic and are designed for simple applications such as controlling LEDs, motors, and other basic functions. They are typically the least expensive and have the least amount of memory and processing power.  16-bit microcontrollers are more powerful than 8-bit microcontrollers and are designed for more complex applications such as controlling multiple motors, sensors, and other more advanced functions. They are typically more expensive and have more memory and processing power than 8-bit microcontrollers.  32-bit microcontrollers are the most powerful and are designed for the most complex applications such as controlling multiple motors, sensors, and other advanced functions. They are typically the most expensive and have the most memory and processing power.