TL866II Plus Universal Minipro Programmer + 7/10/17/28 Adapters SOP8 IC Clip TL866 PIC Bios High Speed Flash EPROM Programmer
1.AVR series single-chip high speed programming
2.PIC series 8-bit microcontroller programming
3. serial 24/25/35/45/93 series programming
4. high-performance BIOS programmer
5. car computer chip programming. support WIN2000 / WINXP / WIN2003 / WIN2008 / WIN VISTA /WIN7/WIN8/WIN10(32bITS AND 64BITS)
7.Software version number:V9.16
8. suport over 15000+ chips ( This number keeping update)
multifunction:TSOP/32/40/48,TSOP/32/40/48(with black convent adapter),TSOP40A,TSOP48 toSOP44,SOP56,TSOP32,TSOP40B,SOP44,SOP8 and SOP28.
TL866II Plus USB Programmer Support 15000+IC SPI Flash NAND EEPROM 8051 MCU PIC AVR GAL
Tl866II PLUS programmer is the improvement of TL866CS/A programmer, difference is much higher programming speed (up to 2x) of high-capacity memories. It supports multiprogramming mode (up to four ). Well-designed cheap professional programmer, Production of high-density SMD technology, a unified user interface, easy to use, fully functional, reliable program running of application software, ultra-small code -runs faster, supports bilingual (English and Chinese)
TL866II Plus programmer outstanding advantages:
1. Support one computer with 4 programmers to burn at the same time.
2. Small size, high density, low power consumption, high performance, a comprehensive programmer that does not generate heat.
3. All chips do not need an external power supply, and their own low power consumption ensures that the USB port can provide sufficient power.
4. The best internal 40-foot overvoltage protection, the strongest VPP, VCC four-level overcurrent protection. Doing a short circuit will not reset the PC or programmer.
5. Wide range of chips 15000+ support, support serial series, parallel series 40/44/48PIN high-capacity FLASH.
6. Unique serial programming ICSP interface, supports serial download and high-speed parallel high-voltage programming at the same time. Note: TL866CS does not support ICSP interface programming.
7. Really test 74/54 CMOS4000 series integrated circuits. Can locate the gate circuit error.
8. The chip serial number function is the most complete and practical.
9. The original support AVR MCU uses the internal RC correction byte Calibration to encrypt the mass production operation of the chip. The software after brute force cracking cannot be directly run on another chip of the same model.
10. Automatically detect poor contact or wrong insertion of chip pins to avoid damage to the device.
Built-in high-performance, large-capacity USB interface microcontroller, communication rate 12Mbps, with (for each chip) well-designed programming algorithm and USB high-speed communication. It may be the fastest one of the comprehensive development type programmers, and the speed has already met the needs of small batches and rapid production. Compared with similar products, the programming speed of some chips is several times faster, or even more than 10 times faster. With a 4Mbits parallel FLASH ROM, the programmer only needs about 36 seconds to program (erasing, writing, and verifying the total time), and reading and writing a 32MB TE28F320 only takes 32+79 seconds, and most of the parallel FLASH chips are verified at the same time during programming. If errors are found, the programming can be terminated immediately. It only takes 9.3 seconds (read) +1.7s (write) to read and write a piece of 8Mbits serial 25P80 . A chip with a capacity of 64MB only takes 14.5 seconds + 69 seconds at the fastest. Supports large-capacity 25 series chips in common 8PIN and 16PIN packages. The same computer can connect 4 programmers for mass production operations.
Unique ultra-low power consumption:
The entire programmer uses ultra-low power chips and USB interface for power supply. It is the first comprehensive programmer that can program all chips without external power supply. The actual power consumption is less than 65mA, and the power loss rate during programming is less than 20%. The programmer can provide super strong VCC VPP programming current through the USB interface. It can provide enough programming power for all programmable chips (up to 2 watts of programming power output, it is impossible for a chip to require 2 watts of power for programming). And even if the programmer continues to program the chip for a long time, you can hardly feel the heat in the programmer.
Super portable performance:
It is the smallest in the world, with a size of 10cm*6cm*2.5cm, only the size of a driver's license. In addition, due to the ultra-low power consumption, the external power supply is really eliminated, making the portable performance super strong.
Programmable power supply:
The programming voltages of VPP and VCC are independently programmable, the programmable VCC is from 1.8 to 6.5V, and the VPP is from 1.8V to 18V. The power supply is filtered by multi-level LC with minimal ripple.
The best overvoltage and overcurrent protection:
The programmer VCC VPP power supply has an independent three-level overcurrent protection inside, and an additional level of software automatically cuts off the power supply protection. VPP overvoltage protection is provided for each 40P programming socket pin. Effectively prevent the external pin short circuit caused by the wrong chip or other reasons. During programming, the VPP high voltage flies back into the programmer and damages the programmer. It is true that any worst-case short circuit occurs externally, will not damage the programmer, and the most effective protection of the programmed chip.
When a short time occurs, the programmer will cut off the programming power supply VPP and VCC at 100us and send information to the application program. Due to the multi-level overcurrent protection, the programmer and PC will never be reset in the event of a short circuit.
40PIN universal pin:
Among 40PIN quasi-universal pins, the most versatile one. All chips are placed during programming, and none of the chips need to be shifted or turned to place. The chips are unified forward and the programming socket handle direction is PIN1, which is more in line with the designer's operating habits.
Super upgrade function:
The built-in hardware firmware upgrade function, the programming sequence is completely controlled by the microcontroller firmware. It can guarantee the update of your programmer firmware FLASH and application software. Upgrade through the Internet download the upgrade program, upgrade by yourself.
Chip serial number secondary development function:
The programmer has built-in a variety of commonly used automatic numbering functions. And can use custom algorithm, realize arbitrary serial number through DLL dynamic library. This function allows you to produce a unique identification information for each chip during mass production. The logo can also be encrypted through a custom algorithm to more effectively protect your product rights.
Unique universal serial programming interface ICSP:
While programming through the 40PIN universal socket, the programmer also has an ICSP serial programming port. For chips that can be programmed online, you can select the ICSP interface to program the MCU on the target board, the wiring method of the ICSP port, and the program with high-definition picture prompts. Thereby it is convenient to update and program the chips that have been soldered on the board. (: ICSP now supports 24/25/93A series serial EEPROM, Tmel89S51, 52, ATMEGAxxx AVR series and MICROCHIP PIC10Fxxx 12Fxxx 16Fxxx 18Fxxx series, Xinmao SYNCMOS SM59Dxx/SM59Rxx series chips for online serial programming. More The microcontrollers supporting serial online programming are constantly increasing. The ICSP of this programmer has 6 wires, except for one ground wire GND, the other wires lead to full-featured I2C, SPI and UART serial buses, suitable for various serial communications And each line can supply super current VCC, VPP or GND.
Comprehensive function test of 54/74F/LS/HC CMOS4000 series:
integrated circuits with super performance
The first developmental programmer that can truly test common logic integrated circuits. Tests can locate errors in logic gate circuits and test any possible input combinations of integrated circuits.
Programmer self-check function:
The programmer can self-check the VPP, VDD, GND and input and output signals of each pin, and perform internal actual short-circuiting of VPP and VCC overcurrent (at the same time, add VPP VCC and GND to a PIN pin for strong current short-circuit). Check operation.
AVR MCU one-to-one soft encryption:
The AVR microcontroller has an RC Calibration (correction byte). Only one of dozens of chips with this byte value may be the same and cannot be modified. The single-chip software can read this value, and by judging this value, it can be determined whether the code is used on another chip. The user-defined encryption algorithm can make it impossible for brute force crackers to use it directly. If the encryption algorithm is complex enough, it is not easy to crack it. But "encryption" poses a problem for developers. Each chip is different. If the algorithm is complex, it is impossible to manually calculate and compile the original code separately. The programmer can automatically read the RC byte before programming. The developer can get the value of the byte of the chip in the DLL dynamic function, and then automatically calculate the encrypted data according to your requirements according to the value and put it into the memory to complete the fast Mass production. (There is a detailed encryption example about ATMEGA8 in the installation package for reference)
Uniform and convenient operation interface:
The operation interface has been carefully crafted to fully conform to the operating habits of Windows series software. The built-in binary editor is comparable to professional pure editing software. It can directly read, write and modify files in BIN files, HEX files, JED and other format files. Another complete and practical engineering mode makes mass production more convenient and safer.