Microcontroller Programmer

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Product Details:

Installation Guideline Plug into USB port and install required drivers and software before use
Service Period Up to 2 Years (subject to usage)
Design Ergonomic and Portable
Frequency Operating Frequency 20 MHz
Material ABS Plastic, PCB, Electronic Components
Standard RoHS Compliant
Supply Voltage 5V DC (USB powered)
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Microcontroller Programmer Product Specifications

Color Blue and Black
Technique Soldered PCB with Mounted Components
Temperature 0C to 50C
Input Voltage 5V DC (via USB)
Supply Voltage 5V DC (USB powered)
Frequency Operating Frequency 20 MHz
Standard RoHS Compliant
Material ABS Plastic, PCB, Electronic Components
Design Ergonomic and Portable
Installation Guideline Plug into USB port and install required drivers and software before use
Service Period Up to 2 Years (subject to usage)
Thickness PCB: 1.6mm (approx.)
Process Microcontroller Flash Programming
Equipment Type ISP/ICSP Programmer
Weight Around 60g
Output Voltage 5V / 3.3V Supported
Application Embedded System Development, Electronics Projects
Finish Matte/Glossy Surface
Mounting Type Portable/Desktop
Surface Treatment Antistatic Coating on PCB
Size Compact
Processing Digital Programming Interface
Dimension (L*W*H) Approximately 90mm x 60mm x 15mm
IP Rating IP20 (Indoor use only)
Usage Programming Microcontrollers
Tolerance Standard Electronic Tolerance
Product Type Microcontroller Programmer
Humidity <= 80% RH

Product Description

Backed by years of industry experience, we are able to trade, supply and export Microcontroller Programmer. It is designed with qualitative and heat resistant components at our vendors' end so as to ensure its durability. We check it on different parameters to ensure its error-free functionality and quality as per the international standards. Offered Microcontroller Programmer is available at reasonable prices so that our clients can avail it conveniently.

Universal Compatibility for Embedded Projects

This programmer supports a wide array of microcontrollers, including AVR, PIC, ATmega, and 8051, making it ideal for embedded system developers and electronics enthusiasts. Its operational flexibility ensures smooth programming for diverse applications, from prototype development to academic research.

Effortless Installation and Operation

Installation is straightforwardsimply connect the unit to your PC via the included USB cable, and install the required drivers and software compatible with Windows and Linux platforms. LED indicators provide live feedback on power and programming status to simplify your workflow.

Advanced Safety and Durable Design

Engineered with reverse polarity and overcurrent protection, the programmer features an ABS plastic enclosure and antistatic-coated PCB for enhanced safety. The compact ergonomic design ensures portability, while the matte/glossy surface finish provides aesthetic appeal and durability.

FAQs of Microcontroller Programmer:

Q: How do I install the Microcontroller Programmer on my PC?

A: Connect the programmer to your PCs USB port using the included cable, then install the necessary drivers and software compatible with your operating system (Windows XP/7/8/10 or Linux) before initiating any programming tasks.

Q: What microcontroller series are compatible with this programmer?

A: This programmer works with AVR, PIC, ATmega, and 8051 series microcontrollers, covering a wide range of embedded system and electronics project requirements.

Q: When should I use ISP, ICSP, or Serial programming modes?

A: ISP is typically used for in-system programming of AVR/ATmega chips, ICSP for PIC microcontrollers, and Serial mode for standard serial communication programming. Select the appropriate mode based on your microcontroller and project needs.

Q: Where is the LED indicator located and what does it show?

A: The LED indicator is located on the programmers enclosure and illuminates to show power and programming status, helping users monitor device operation at a glance.

Q: What is the main benefit of using this programmer?

A: Its broad device compatibility, advanced protection features, and straightforward interface make microcontroller programming more efficient and reliable, enhancing workflow for embedded system development and educational use.

Q: Can the firmware be upgraded for future device support?

A: Yes, the programmer is firmware upgradeable, allowing users to easily update the device and extend compatibility with newer microcontroller models as required.

Q: What process does this programmer follow for flashing microcontrollers?

A: It utilizes a digital programming interface supporting ISP/ICSP/Serial modes to accurately flash and configure microcontrollers, ensuring reliable performance within standard electronic tolerance.