STC89C52 STC MCU DIP40 Serial Port Programming stc Microcontroller Programmer STC89C52RC IC Support Serial Programming

Microcontroller
$3.60
Quantity
Contact us

Get in touch

Please email us at sale1@rfid-life.com with a detailed overview of your project requirement. So that we can offer you the fastest and best support. You may expect a reply within 24 business hours. – Welcomes Your Comments And Questions.


Sales Department

Phone: +86 18205991243
Whatsapp: +86 18205991243
Telegram: +86 18205991243
Email: sale1@rfid-life.com
Address: No.987,High-Tech Park,Huli District,Xiamen,China


Support Department

Email: support@rfid-life.com


Business Hours

Monday - Friday 9am to 6pm

Saturday - 9am to 12am

Sunday - Closed

Description
STC89C52 STC MCU DIP40 Serial Port Programming stc Microcontroller Programmer STC89C52RC IC Support Serial Programming
Product Description
Super anti-interference
1.I/O port
The input/output ports are specially processed, and many interferences are entered from I/0. Each I/0 has protection for the VCC/pair GND diodes.
2. Power supply
The power supply system inside the MCU has been specially processed, and many interferences are from the power supply.
3. Clock
The internal clock circuit of the MCU has been specially processed, and many interferences are entered from the clock part.
4. Watchdog
The watchdog circuit inside the MCU has been specially processed, and cannot be turned off after being turned on, so that the external watchdog can be safely omitted.
5. Reset circuit
The reset circuit inside the MCU has been specially processed, and many interferences are entered from the reset circuit. The STC89C51RC/RD+ series MCU is a high level reset. Recommended external reset circuits are MAX810/STC810, STC6344, STC6345, 813L, 706P; R/C reset, 10uF capacitor/10k resistor, 22uF/8.2k, etc. are also available.
6. Wide voltage, not afraid of power jitter 5V: 6v-3.4v 3V: 4v-1.9v
Specification
Ultra low power consumption
value
Power-down mode
Typical power consumption is 0.5uA, which can be awakened by an external interrupt. After the interrupt returns, continue to execute the original program.
idle mode
typical power consumption 2mA
Normal working mode
Typical power consumption 4mA-7mA
Details Images