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Microchip Microcontroller

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Microchip Microcontroller Specification

Output
Digital/Analog (GPIO, PWM)

Components
Integrated circuit, Plastic package

Processor Speed
Up to 20 MIPS

Operating Temperature
-40C to +85C

Power Source
External DC supply

Features
Programmable flash, In-circuit serial programming (ICSP)

Usage
Electronics projects, automation, industrial control

Input
Digital/Analog (GPIO, ADC)

Resolution
10-bit ADC

Power Supply
DC

Interface
UART, SPI, I2C

Product Type
Microchip Microcontroller

Application
Microcontroller based embedded systems

Rated Voltage
5V DC

Supply Voltage
2.0 - 5.5V

Size
18 pin DIP

Dimension (L*W*H)
23mm x 7mm x 1.6mm

Function
Embedded system processing and control

Color
Black

Weight
Approx 5g

Thickness
1.6 mm

Current Rating
20 mA I/O pin max

Frequency
20 MHz Max

About Microchip Microcontroller

Cosmic Devices is supplier & trader of Microcontrollers. Our product range also comprises of Electronic Components, SMD Eeletronics Components and Obsolete Electronic Components.

Versatile Performance for Embedded Projects

The PIC series microcontroller delivers powerful processing at up to 20 MIPS, accommodating digital and analog input/output functions with ease. It supports a wide operating voltage (2.05.5V), making it suitable for various electronics and industrial control systems. User-friendly in its DIP format, developers benefit from straightforward prototyping and integration.

Reliable and Robust Features

With built-in features like a watchdog timer, brown-out reset, and enhanced CCP module, the microcontroller ensures system reliability under demanding conditions. The inclusion of 14KB programmable flash and 256 bytes of EEPROM provides ample storage for code and data, while the internal/external oscillator options allow for flexible clock management.

Simple Development and Integration

Programming and updating the microcontroller is seamless using the In-Circuit Serial Programming (ICSP) interface. Its 18-pin DIP package is broadly supported by breadboards and PCBs, streamlining both prototyping and production. With comprehensive support for UART, SPI, and I2C interfaces, it easily communicates with sensors and peripherals.

FAQs of Microchip Microcontroller:

Q: How can I program the PIC series microcontroller included in an 18-pin DIP package?

A: The microcontroller supports programming via the In-Circuit Serial Programming (ICSP) interface, allowing users to flash code onto the device directly on a development board or within a circuit, eliminating the need to remove the chip each time programming is required.

Q: What are the benefits of using this microcontroller for embedded system development?

A: This PIC microcontroller offers a blend of low power consumption, robust safety features like brown-out reset and watchdog timer, and enhanced control modules. These attributes ensure reliable and efficient operation in electronics, automation, and industrial control applications.

Q: When should I consider enabling the watchdog timer or brown-out reset features?

A: Enable the watchdog timer to automatically recover from software lockups, particularly in mission-critical applications. The brown-out reset is recommended when the power supply can be unstable, as it prevents unpredictable behavior by resetting the microcontroller during voltage drops.

Q: Where can this microcontroller be applied for optimal usage?

A: Its versatility suits it for use in electronics projects, automation systems, and industrial controls, especially where compact design and low power operation are crucial. Its compatibility with both digital and analog signals further enhances its application range.

Q: What is the process for connecting peripherals to the microcontrollers I/O pins?

A: You can interface a variety of digital and analog peripherals to the 16 general-purpose I/O pins and 8 ADC channels. Additional connections can be made using UART, SPI, or I2C interfaces for communication with modules like displays, sensors, or other controllers.

Q: How does the internal/external oscillator flexibility benefit embedded designs?

A: Having both internal and external oscillator options allows designers to choose between simplicity and precision timing, accommodating requirements ranging from cost-sensitive projects to demanding real-time controls.

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