MAX1463 datasheet(22/49 Pages) MAXIM

Part #	MAX1463

Description	Low-Power Two-Channel Sensor Signal Processor

PDF	49 Pages

Scroll/Zoom	100%

Manufacturer	MAXIM [Maxim Integrated Products]

Direct Link	https://www.maximintegrated.com/en.html

Logo

22 / 49 page

Low-Power Two-Channel Sensor

Signal Processor

22

______________________________________________________________________________________

E8

otherwise, if only a page erase is required, first write

PFAR[11:6] with the page address, as:

07 X6 X5 04

(write 0XX0h to PFAR[15:0])

Note that the 2 lower bits of PFAR[7:4] should be

zero, and only the upper 2 bits of that nibble should

be set to the desired value. Then, after writing the

page address, send the page-erase command:

D8

5) Wait at least 4.2ms before sending any other com-

mand to allow the necessary time for the

erase operation to complete.

6) Write the address of the flash byte to be written to

PFAR[15:0]:

07 X6 X5 X4

(write 0XXXh to PFAR[15:0])

7) Write the contents of the byte to DHR[7:0]:

X1 X0

(write XXh to DHR[7:0], high nibble

at DHR[7:4])

8) Send the command to execute the FLASH write:

18

9) Repeat steps 6), 7), and 8) for all the bytes to be

written. It is not necessary to send the whole

address and data for every byte that is written. Only

the nibbles that are modified in the PFAR and in the

DHR from previous values must be changed. The

time interval between successive write commands

(18h) must be at least 80µs.

10) If partition 1 was selected in step 2), and the user

wants to switch back to partition 0, send the follow

ing command:

78

At this point, partition 0 is selected. The user may

want to go back to step 4) to program partition 0, or

just continue on.

11) Disable the PWRWFL bit:

03 02 01 00

(write 0000h to DHR[15:0])

D4

(write Dh to PFAR[3:0])

08

(write DHR, 0000h to CPU port

pointed by PFAR[3:0], port D)

03 02 31 10

(write 0031h to DHR[15:0])

E4

(write Eh to PFAR[3:0])

08

(write DHR, 0031h to CPU port

pointed by PFAR[3:0], port E)

83 02 01 00

(write 8000h to DHR[15:0])

F4

(write Fh to PFAR[3:0])

08

(write DHR, 8000h to CPU port

pointed by PFAR[3:0], port F)

Alternatively, you can send the reset command,

which also clears the PWRWFL bit:

B8

Reading the Flash Contents

The procedure to read the flash contents is no different

from reading any other information from the MAX1463.

The flash contents must be copied to the DHR and

read through the serial interface (all the commands are

hexadecimal values of IRS [7:0]):

1) If the CPU is not halted, halt the CPU:

78

2) If partition 1 is to be read, enter the following com-

mand:

F8

otherwise, partition 0 is selected.

3) Write the address of the flash byte to be read to

PFAR[15:0]:

07 X6 X5 X4

(write 0XXXh to PFAR[15:0])

4) Copy the contents of flash addressed by PFAR to

DHR:

38

5) If the interface is configured in 3-wire mode, send

19

to enable DO on the next CS cycle. Then three-

state the DI driver, and send 16 SCLK pulses on

the following CS cycle, and DO outputs DHR[15:0].

The flash data is present at DHR[7:0]. See Figure

11 for details.

If the interface is configured in 4-wire mode, there

is no need to enable the DO line, as it has already

been enabled by a previous IRS command 09h.

Send the 16 SCLK pulses and retrieve the data on

the DO line.

6) Repeat steps 3), 4), and 5) for every byte to be

read. Only the nibbles that are modified in the

PFAR register are required to be sent.

Program and Coefficient Memory

The program and coefficient memory, FLASH partition 0,

is addressed by the CPU and by the serial interface

sequentially from 0000h (0 dec) to 0FFFh (4095 dec).

Program execution by the CPU always begins at address

0000h and proceeds toward 0FFFh in 1-byte increments.

Similar Part No. - MAX1463

Manufacturer	Part #	Datasheet	Description
Maxim Integrated Produc...	MAX14630	1Mb / 8P	USB Charger Adapter Emulators Rev 1; 3/13
	MAX14630EVKIT	1Mb / 7P	Proven PCB Layou 2013
	MAX14630EZK+T	1Mb / 8P	USB Charger Adapter Emulators Rev 1; 3/13
	MAX14632EZK+T	1Mb / 8P	USB Charger Adapter Emulators Rev 1; 3/13
	MAX14634	1Mb / 8P	Ultra-Low On-Resistance and Compact Bidirectional Battery Switch Rev 0; 6/12

More results

Similar Description - MAX1463

Manufacturer	Part #	Datasheet	Description
Maxim Integrated Produc...	MAX1464	527Kb / 47P	Low-Power, Low-Noise Multichannel Sensor Signal Processor Rev 0; 2/05
Texas Instruments	VSP2254	124Kb / 14P	36-MHz SAMPLE TWO CHANNEL CCD SIGNAL PROCESSOR
Zentrum Mikroelektronik...	ZMD31012	717Kb / 2P	Two low-cost sensor signal conditioners ZMD31010 chips in one package
Exar Corporation	XRD9818	479Kb / 28P	3-CHANNEL 16-BIT LINEAR CCD/CIS SENSOR SIGNAL PROCESSOR
ELMOS Semiconductor AG	E910.62	650Kb / 7P	DUAL CHANNEL PIR SIGNAL PROCESSOR
ELMOS Semiconductor AG	E931.08	700Kb / 9P	SINGLE CHANNEL SENSOR SIGNAL PROCESSOR
Shenzhen Titan Micro El...	TM2291	254Kb / 7P	Infrared Sensor Signal Processor
Shenzhen Titan Micro El...	TM2292	429Kb / 9P	Infrared Sensor Signal Processor
Jingjing Microelectroni...	EG0001	993Kb / 10P	Thermal ElectrodynamIc Infrared Sensor Signal Processor
Maxim Integrated Produc...	MAX1464	1Mb / 47P	Low-Power, Low-Noise Multichannel Sensor Signal Processor 19-3579; Rev 1; 9/14

More results

MAX1463 Datasheet(PDF) 22 Page - Maxim Integrated Products

MAX1463 Datasheet(HTML) 22 Page - Maxim Integrated Products

Similar Part No. - MAX1463

Similar Description - MAX1463

Html Pages

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49

Datasheet Download

Link URL