Adapters for Automated Programmers
6th Gen | 7th Gen | 9th Gen |
FXASM48TNL, FASM48TNL, FXASM48TN, FASMR48TD, FASM48TD, FASM48TN, FASM48T, FASM56T, WX4ASM48TD (repl.), WX4ASMR48TD (repl.) | FX4ASM48TNL, FXASM48TNL, FASM48TNL, FX4ASM48TN, FXASM48TN, FASMR48TD, FASM48TD, FASM48TN, FASM48T, FASM56T, WX4ASM48TD (repl.), LX4ASM48TNL (repl.), WX4ASM48TN (repl.), WX4ASMR48TD (repl.) | WX4ASM48TD, LX4ASM48TNL, WX4ASM48TN, WX4ASMR48TD |
Adapters for Manual Programmers
6th Gen | 7th Gen | 9th Gen |
FXSM48TNL, FSM48TNL, FXASM48TNL, FASM48TNL, FXSM48TN, FSMR48TD, FSM48TD, FSM48TN, FSM48T, FSM56TB, FXASM48TN, FASMR48TD, FASM48TD, FASM48TN, FASM48T, FASM56T, FSM56T (obs.), WX4ASM48TD (repl.), WX4ASMR48TD (repl.) | FX4SM48TNL, FXSM48TNL, FSM48TNL, FX4ASM48TNL, FXASM48TNL, FASM48TNL, FX4SM48TN, FXSM48TN, FSMR48TD, FSM48TD, FSM48TN, FSM48T, FSM56TB, FX4ASM48TN, FXASM48TN, FASMR48TD, FASM48TD, FASM48TN, FASM48T, FASM56T, FSM56T (obs.), WX4ASM48TD (repl.), LX4ASM48TNL (repl.), WX4ASM48TN (repl.), WX4ASMR48TD (repl.) | WX4ASM48TD, LX4ASM48TNL, WX4ASM48TN, WX4ASMR48TD |
Adapters for Engineering Programmers
6th Gen | 7th Gen |
FXSM48TNL, FSM48TNL, FXASM48TNL, FASM48TNL, FXSM48TN, FSMR48TD, FSM48TD, FSM48TN, FSM48T, FSM56TB, FXASM48TN, FASMR48TD, FASM48TD, FASM48TN, FASM48T, FASM56T, FSM56T (obs.), WX4ASM48TD (repl.), WX4ASMR48TD (repl.) | FX4SM48TNL, FXSM48TNL, FSM48TNL, FX4ASM48TNL, FXASM48TNL, FASM48TNL, FX4SM48TN, FXSM48TN, FSMR48TD, FSM48TD, FSM48TN, FSM48T, FSM56TB, FX4ASM48TN, FXASM48TN, FASMR48TD, FASM48TD, FASM48TN, FASM48T, FASM56T, FSM56T (obs.), WX4ASM48TD (repl.), LX4ASM48TNL (repl.), WX4ASM48TN (repl.), WX4ASMR48TD (repl.) |
Last Updated: 05/18/2023
If the device is not yet supported by your BPM programmer (Generation), request Device Support
Note
IMPORTANT: This is a NAND Flash Memory device with a minimum of 2008 blocks. Each block contains 64 pageswhich are divided into a 2048 byte main page and a 64 byte control area. This algorithm ismapped with each page considered an contiguous 2112 byte page.Bad Blocks are indicated at byte 0 or 2048 of the first or second page of a block. If these bytesare written as anything other the FFh the block will be considered bad on any further operations.This algorithm uses a Simple Bad Block Replacement’ scheme. This method skips a bad blockwhile replacing it with the next valid block and extends ending location on the device.A device will be rejected if there are too many Bad Blocks found on its entire Flash array.However all the Device operations such as Erase Blank Program and Verify areexecuted only on specified Device Ranges with possible Block Replacement extension.Device Configure provides an option to select full chip Erase/Blank Check. ‘
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
8-bit Bytes | 276824064 |
---|---|
Manufacturer | Toshiba |
Packages | TSOP(48) |
Part Number | TH58NVG1S3AFT05 |
Vcc(program) | 3.3 |
Package |