HAL855 datasheet(39/102 Pages) MICRONAS

39 / 102 page

APPLICATION NOTE

HAL8xy, HAL100x

Programmer Board

Micronas

Sept. 19, 2013; APN000046_03EN

5.2.0.2.

HAL82x, HAL83x, HAL880, HAL1002

STX j1 ETX// set board operation mode

STX n ETX// power on

STX z U ETX // set bit time slow CHR$(85) = ’U’

STX q 2 0 2 1 ETX// read register no. 2

STX e 3 1 2 1 0 0 0 A 1 ETX// write register no. 2

// store sequence start ----------------------------------------------------------------

STX u CHR$(100) ETX // set programming time

STX m 5 1 0 0 ETX // ERASE

STX m 4 0 0 0 ETX // PROM

// store sequence end -----------------------------------------------------------------

STX e 3 1 F 0 0 8 0 F 0 ETX// deactivate sensors

STX h 1 CHR$(25) ETX// select sensor 1

STX q 2 0 2 1 ETX// dummy read

// lock sequence start -----------------------------------------------------------------

STX u CHR$(100) ETX// set programming time

STX e 3 1 6 0 0 0 0 1 0 ETX // set LOCK bit

STX m 5 1 0 0 ETX // ERASE

STX m 4 0 0 0 ETX // PROM

5.2.1.

Monitoring of the Programming Voltage

In case of ERASE, PROM, and LOCK, the programming pulse voltage is measured by

the board, and a data string is sent back to the PC. The relation between the data and

the programming voltage is

If the programming pulse voltage is out of the specification limits, the status bit is set to

“1”.

Examples:

–VPROG = 12.15 V, Data Board  PC:

STX 1 0 D 0 A 0 ETX

(DAT = 0 D 0 A)

–VPROG = 12.50 V, Data Board  PC:

STX 0 0 D 6 9 0 ETX

(DAT = 0 D 6 9)

PROG

DAT

4095

------------ 6 2.485 V



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