Atmel AT89C51RD2-RDTIM QFP(64) Device
Adapters for Automated Programmers
| 6th Gen | 7th Gen | 9th Gen |
| FASMR64QPT, FASM64QAJ, FASM64PQTM, FASM64TQA, FASM64PQTF, FASM64PQTX, FASM64PQT, FASM64TQN, FASM64PQTA, LASMR64QPT (repl.) | FASMR64QPT, FASM64QAJ, FASM64PQTM, FASM64TQA, FASM64PQTF, FASM64PQTX, FASM64PQT, FASM64TQN, FASM64PQTA, LASMR64QPT (repl.) | LASMR64QPT |
Adapters for Manual Programmers
| 6th Gen | 7th Gen | 9th Gen |
| FSM64PQTA, FASMR64QPT, FSM64QAJ, FSM64PQTM, FSM64TQA, FSM64PQTF, FSM64PQTX, FSM64PQT, FSM64TQN, FASM64QAJ, FASM64PQTM, FASM64TQA, FASM64PQTF, FASM64PQTX, FASM64PQT, FASM64TQN, FASM64PQTA, LASMR64QPT (repl.) | FSM64PQTA, FASMR64QPT, FSM64QAJ, FSM64PQTM, FSM64TQA, FSM64PQTF, FSM64PQTX, FSM64PQT, FSM64TQN, FASM64QAJ, FASM64PQTM, FASM64TQA, FASM64PQTF, FASM64PQTX, FASM64PQT, FASM64TQN, FASM64PQTA, LASMR64QPT (repl.), FSM64PQTA, FASMR64QPT, FSM64QAJ, FSM64PQTM, FSM64TQA, FSM64PQTF, FSM64PQT, FSM64PQTX, FSM64TQN, FASM64QAJ, FASM64PQTM, FASM64TQA, FASM64PQTF, FASM64PQT, FASM64PQTX, FASM64TQN, FASM64PQTA, LASMR64QPT (repl.) | LASMR64QPT |
Adapters for Engineering Programmers
| 6th Gen | 7th Gen |
| FSM64PQTA, FASMR64QPT, FSM64QAJ, FSM64PQTM, FSM64TQA, FSM64PQTF, FSM64PQTX, FSM64PQT, FSM64TQN, FASM64QAJ, FASM64PQTM, FASM64TQA, FASM64PQTF, FASM64PQTX, FASM64PQT, FASM64TQN, FASM64PQTA, LASMR64QPT (repl.) | FSM64PQTA, FASMR64QPT, FSM64QAJ, FSM64PQTM, FSM64TQA, FSM64PQTF, FSM64PQTX, FSM64PQT, FSM64TQN, FASM64QAJ, FASM64PQTM, FASM64TQA, FASM64PQTF, FASM64PQTX, FASM64PQT, FASM64TQN, FASM64PQTA, LASMR64QPT (repl.) |
Last Updated: 05/18/2023
If the device is not yet supported by your BPM programmer (Generation), request Device Support
Note
IMPORTANT: Microcontroller with Flash.64KByte User Memory is mapped into 0000h-FFFFhPart can be secured by programming Lock bits 0through 2 of HSB under SECURE options:bit 0 (LB0): Parallel programming is disabled.bit 1 (LB1): Parallel program/verify are disabled.bit 2 (LB2): Parallel program/verify/external execution are disabled.Bit7 6 and 3 of HSB are set under Device Config (X2 BLJB and XRAM).Erasing the device does not clear bits X2 and BLJB. However these bits can be toggled betweenSET(1) and CLEARED(0) by executing a program operation.If the security bits are activated a Chip Erase operation has to be executed before programming the device.XAF content is lost after a chip erase’. XAF content is restored after a program operation.Secured and Unsecured batches should not be mixed during standalone Verify or Secure.Due to hardware limitations verify voltage can only be as high as 5.2V. ‘
BPM does not sell programmable devices, nor do we program devices directly. BPM makes programmers and accessories to make programming in-house fast, easy, and profitable.
Additional information
| Manufacturer | Atmel |
|---|---|
| Vcc(program) | 5 |
| Packages | QFP(64) |
| Part Number | AT89C51RD2-RDTIM |
| Package | |
| 8-bit Bytes | |
| Bytes | 0h-FFFFh |
| ByteWidth | AT89C51RD2-RDTIM (ID=D7h) |
| VppProgram | 65536 |
| ElectricalErase | 5 |