The device algorithm is completely implemented by software, and the USB interface has an automatic online upgrade function to effectively protect the user’s investment interests.
There is a perfect over current protection circuit that will not damage the programmer due to short circuit of the chip.
The programming module can program or test DIP devices from 4 to 48 feet.
Power Specifications: Input AC 100-240V 50/60Hz Output DC 9V/1.5A
Standby current: <230 mA; operating current: 250-450 mA.
Lead-free soldering, the shell uses flame retardant ABS material that meets environmental standards
supports a wide range of devices from 4 cores to 64 cores with adapter options
48-pin inlet locking socket.
Supported file formats: JEDEC, BINARY, MOTOROLAS, TEKTRONIX, INTEL, HOLTEK, EMC (.CDS), INTEL HEX16 format.
The chip data is extremely detailed, including package drawings, chip model nomenclature and adapter data.
Automatic identification of memory manufacturers and models
High-speed programming, burning P89C58, erase + check empty + programming + verification + encryption, only 1.9 seconds.
Programmer software features
The manufacturer logo is provided in the chip selection to help users find the chip more clearly and quickly.
The file format is automatically recognized.
Automatically detect functions such as chip insertion, wrong insertion, poor pin contact, and internal short-circuit of the chip.
Perfect self-test function to ensure the hardware is in good condition. The function of the programmer can be detected.
The chip serial number is automatically added.
Select the manufacturer’s two-way selection method according to the manufacturer’s choice of model or according to the model and automatically search for the selected device.
Fast buffer edit modification, block copy, block fill, high and low byte swap, string search and more.
Provide flexible file and cache management capabilities. File loading memory can be automatically cleared, multi-file splicing and loading.
Supports automatic separation of data files in byte (BYTE), word (WORD), and double word (DOUBLE WORD) formats.
Tests TTL & CMOS standard logic devices and memory. The model number of the standard logic device can be automatically determined.
The included test vector editor provides a test library structure that is open to the user, allowing users to add test devices themselves.