Features
!"#$ %&'& !"#$' %()*!+
)!, -)&,&
)!,.!!/&&'& .)*&/&
)!,' )*&/&
-012-3**.!4#
()#5!).!!$!
%)",
6!-7#)!),&!!,"!
(,
3+8.!*1&,9#!#!")()&&!!)9#!),
*,:#)*$7!,%:*
*,:#;+!7)#5,:*
*,:#;+!7)#5,:*
*,:#;+!7)#5,:*
0&<()!)&=)#5)")!#!&7)#5,>?
;+!,#&.:*)**+#!/,!
)"!<&0&<?!)!#!)
,,#)>+*!,$%/,!
3+)**
7!)*$!)7!,%
)'& !7!)*$!)7!,%
,)*,&&/,*
@(!&&-"#!&># /&-!)&))
=)<)<,,!)
A9)<)<(!$:#%
A9!&+#!$:#%
*99#!>/&(!$:#%
&#B8)*,##,$;78;7);7+)#5,%
!/!!)BC,
&,!:*!/BD(!)ED(
&,!!&&F$+0&"/)0()*!%#5.!),
&. ($*%
&G$33**%
?")*
AT25SF641
64-Mbit, 2.7V Minimum
SPI Serial Flash Memory with Dual I/O, Quad I/O and QPI Support
ADVANCE DATASHEET
9:
1. Introduction
:9&,!)
H
9:,,!"#,**)&>#&,&"),<&>!)">)*
#),*+,&#!),<#)*#)&,,&)<&")*,**)!)*+&&&)3!/9-
")3#!):"3+,#!#!)"!9:,&")&!,!),<8*!!&")
&&!)&!,!)&>#,
:,+)#5,1,)"!9:>+)!*1&!)*!!&,)"!)&I,#)&&&!,!)
#!),7)!*1!,1)"!,+)#5,8!**),##+,&*#*)""#!7#,
#!#)&*)&,&&!,!),*!,*,!,&+!*,>,!)<,),8!<,!&&
,&**),#!!)##,<!+)#5,,**)&>#,#+!&#&:,#,&
**),#""##)<,&&!)#)&)!,&&!,!),*!,!)+&&&<,!*!
!,*)>&>#&,!
#)#5"4#,)"!)-01,)!&)<4>!#)#5!,)"-01").!!&
-01")'&.!!<,!' &,!/&'& .,!#!),:9:,
)1&!)8)**+,)"+!,#6!)+!,#+)**&!!*,!
)*,!#!),,#+,&;77)#58;77)#58;77)#5)!!#
:&>#,)!),!))<,<!#!#),*!),)<,*9#!>&
A
9")
)<)<9&>#,)""&,#,>#5,:&>#,)!,@(,!&&*"#!
&&>#&!"#!)<!;+!#&.:
9:
2. Pinouts and Pin Descriptions
:"))<",,)<!>+#5!,
)!),8
((
*,!+&,!+&<!!,#"&>&B
((
$*%!)
((
$*3%
9)"!!&)!!,,*,!+&))<$##)&!)>)!,)" 08.08 =).=
Figure 1-1. 8-SOIC (Top View) Figure 1-2. 8-UDFN (Top View)
1
2
3
4
8
7
6
5
CS
SO (IO1)
WP (IO2)
GND
VCC
HOLD OR RESET (IO
SCK
SI (IO0)
CS
SO (IO1)
WP (IO2)
GND
1
2
3
4
8
7
6
5
VCC
HOLD (IO3)
SCK
SI (IO0)
9:
Table 1-1. Pin Descriptions
Symbol Name and Function
Asserted
State Type
(
CHIP SELECT
?!,!,,8!&>#,&,#!&&,&!)!!,!
*,,!)*8,)<!,!!,,!##,
),,8!&>#<+!,!&+)<*)&$!,,)!!&)<&)<
*)&%>(#!$(%)<+,!&>#8#!!#!>)<
*)&9"!)<8"&)(#!$(%,4&)!)!,!!)"
,!#!)
=)< !
(;
SERIAL CLOCK
:,!,)>&,!!*")!,!"# ,!#!),8&&,,,8)
&!,!!,&!!!#&)!,&)"()#5$(;%
!,"!&)!)!"&)"!()#5$(;%
!
$ .
%
SERIAL INPUT
: ,,&!),"!&!!)!&>#: ,,&")&!!
#&#)**&&&&,,,4#,!)! ,<,!#&)
!,&)"(;
?!!.!!&'&.!!/&#)**&,8! +#)*,)!!
$ .
%#)J#!)<!)!,!))<!<))")+!,)"&!)$ .
%!)+
#)#5&)>"&)"(;
:)*!#),,!#<!! )*#!8! $ .
%,"#&,!
,,,#"#&&,,! .&'& .*)&,<##,!,
"#&, .
!,!)! ,)&<>!&>#,&,#!&$(,
&,,!&%
!.!!
.$ .
%
SERIAL OUTPUT
:.,,&!),"!&!)!")*!&>#!)!.,<,
#)#5&)!)!"&)"(;
?!!.!!/&#)**&,8!.*,)!!$ .%
#)J#!)<!)!,!))<!<)+!,)"&!)$ .
%!)+#)#5&)>
"&)"(;
:)*!#),,!#<!! )*#!8!.$ .
%,"#&,
!.,,,#"#&&,,! .*)&,<##,!,
"#&, .
:.,*&#,!!<>!&>#,
&,#!&$(,&,,!&%
!.!!
?$ .
%
WRITE PROTECT
:?!)!#!$?%#+,&!))!#!!!!,/,!,!&!
*)&"#!)6,&#)*<!!!!,/,!I,7)#5)!#!$(8:78787
&7%+!,&!!,/,!)!#!/%+!,8)!))!!**)#
+&<)!#!&:?,#!>)<?!'+!)"!!,/,!,,!
")'& .8!?$0&<?!)!#!%"#!),)!>+,#!,,
,&") .
",88&")!#)"!))"'& .&'
)!)
!.!!
9:
0.=
$ .
%
HOLD
:0.=,,&!),,,4#)"! ",**)<!)!,!!
!#)#5,4#:)+!0.=*)&8!(*,!+)<,!!:0.=
*)&""#!,)<!!"&)"!0.=,<!(=;+)<:0.=*)&
&,)!,&)"0.=,<!(;+)<
)!<)&,80.=*)&#I!+!&,,(;,)<!!"&)"!
0.=,9&0.=*)&#I!+3!&,,(;,)<!!,&)"!
0.=,
"(,&>&0.=#)&!)8!,!,!!)#)"!&>#9,
),0.=,,)<8!**)*,!0.=#)&!):)<)5
#)**#!)<!!&>#80.=*,!)8&(*,!))<
")0.=!*
!.!!
((
DEVICE POWER SUPPLY
((
,!,>)! !,!,>)!,&")&>#"#!),#&
&8)*8&,
:
((
,,&!),!,)#>)!!)!&>#
.!),!>&
((
>)!,*)&#,),,!,&,)&)!+!!*!&
)<
FG
GROUND
,!"#")!
((
,>)!
:)&"#")!)<,
FG,)&+#)#!&!)!,,!*)&
)<
Table 1-1. Pin Descriptions (Continued)
Symbol Name and Function
Asserted
State Type
9:
2. Block Diagram
Figure 2-1 ,)<,+)#5&*)"!9:,,
Figure 2-1. AT25SF641 Block Diagram
Flash
Memory
Array
Y-Gating
CS
SCK
Note: I/O3-0 pin naming convention is used for Dual-I/O and Quad-I/O commands.
SO (I/O1)
SI (I/O0)
Y-Decoder
Address Latch
X-Decoder
I/O Buffers
and Latches
Control and
Protection Logic
SRAM
Data Buffer
WP (I/O2)
Interface
Control
And
Logic
HOLD
(I/O3)
9:
3. Memory Array
:))>&!!,!"3+!8!**))"!9:#+,&")>,)"!
#&"#,:,1)"!,+)#5,,)!*1&")+)!#)&&&!,!)#!),8)<
+)!#)&&&!,*!,!),&!)<,),:-*)9#!#!*,!!,!
+5&)<)"#,>
Figure 3-1. Memory Architecture Diagram
64KB 32KB 4KB 1-256 byte
4KB 7FF FF Fh – 7FF 000h 256 bytes 7FF FF Fh – 7FF F00h
4KB 7FE FF Fh – 7FE 000 h 256 bytes 7FF EF Fh – 7FF E00h
4KB 7FDFFF h – 7F D000h 256 bytes 7FF DFF h – 7F FD00h
4KB 7FCF FFh – 7F C000h 256 bytes 7F FCF Fh – 7F FC00h
4KB 7FBF FFh – 7F B0 00h 256 bytes 7F FBF Fh – 7FF B00h
4KB 7FAF FF h – 7FA000h 256 bytes 7F FAFF h – 7F FA00h
4KB 7F9 FFF h – 7F 900 0h 256 bytes 7F F9FF h – 7F F900h
4KB 7F8 FFF h – 7F 800 0h 256 bytes 7F F8FF h – 7F F800h
4KB 7F7 FFF h – 7F 700 0h 256 bytes 7F F7FF h – 7F F700h
4KB 7F6 FFF h – 7F 600 0h 256 bytes 7F F6FF h – 7F F600h
4KB 7F5 FFF h – 7F 500 0h 256 bytes 7F F5FF h – 7F F500h
4KB 7F4 FFF h – 7F 400 0h 256 bytes 7F F4FF h – 7F F400h
4KB 7F3 FFF h – 7F 300 0h 256 bytes 7F F3FF h – 7F F300h
4KB 7F2 FFF h – 7F 200 0h 256 bytes 7F F2FF h – 7F F200h
4KB 7F1 FFF h – 7F 100 0h 256 bytes 7F F1FF h – 7F F100h
4KB 7F0 FFF h – 7F 000 0h 256 bytes 7F F0FF h – 7F F000h
4KB 7EF FF Fh – 7EF 000 h 256 bytes 7FE FF Fh – 7FE F00h
4KB 7EE FF Fh – 7 EE 000h 256 bytes 7 FEE FF h – 7FE E00h
4KB 7EDFF Fh – 7ED000h 256 bytes 7F EDF Fh – 7F ED00h
4KB 7ECF FFh – 7E C00 0h 256 bytes 7F ECF Fh – 7 FEC00h
4KB 7EBFF Fh – 7E B000 h 256 bytes 7FE BFF h – 7F EB00 h
4KB 7EAF FF h – 7EA000h 256 bytes 7F EAFF h – 7F EA00h
4KB 7E9F FF h – 7E 9000h 256 bytes 7F E9F Fh – 7FE 900 h
4KB 7E8F FF h – 7E 8000h 256 bytes 7F E8F Fh – 7FE 800 h
4KB 7E7F FF h – 7E 7000h
4KB 7E6F FF h – 7E 6000h
4KB 7E5F FF h – 7E 5000h
4KB 7E4F FF h – 7E 4000h 256 bytes 001 7F Fh – 001700h
4KB 7E3F FF h – 7E 3000h 256 bytes 001 6F Fh – 001600h
4KB 7E2F FF h – 7E 2000h 256 bytes 001 5F Fh – 001500h
4KB 7E1F FF h – 7E 1000h 256 bytes 001 4F Fh – 001400h
4KB 7E0F FF h – 7E 0000h 256 bytes 001 3F Fh – 001300h
256 bytes 0012F Fh – 0 01200h
256 bytes 0011F Fh – 0 01100h
256 bytes 0010F Fh – 0 01000h
4KB 00F FFF h – 00F 00 0h 256 bytes 000F FF h – 000F 00h
4KB 00EF FF h – 00E 000h 256 bytes 000 EF Fh – 000E 00h
4KB 00DF FFh – 00D000h 256 bytes 000DF Fh – 000D00h
4KB 00CF FF h – 00C00 0h 256 bytes 000CFF h – 000C00h
4KB 00BF FF h – 00B00 0h 256 bytes 000BFF h – 000B00h
4KB 00AFF Fh – 00A000h 256 bytes 0 00AFF h – 000A00h
4KB 009F FFh – 00900 0h 256 bytes 0009F Fh – 000900h
4KB 008F FFh – 00800 0h 256 bytes 0008F Fh – 000800h
4KB 007F FFh – 00700 0h 256 bytes 0007F Fh – 000700h
4KB 006F FFh – 00600 0h 256 bytes 0006F Fh – 000600h
4KB 005F FFh – 00500 0h 256 bytes 0005F Fh – 000500h
4KB 004F FFh – 00400 0h 256 bytes 0004F Fh – 000400h
4KB 003F FFh – 00300 0h 256 bytes 0003F Fh – 000300h
4KB 002F FFh – 00200 0h 256 bytes 0002F Fh – 000200h
4KB 001F FFh – 00100 0h 256 bytes 0001F Fh – 000100h
4KB 000F FFh – 00000 0h 256 bytes 0000F Fh – 000000h
64KB
• • •
64KB
32KB
32KB
• • •
Range
• • •
• • •
Range
Page Program Detail
Page AddressBlock Address
64KB
Block Erase Detail
32KB
32KB
32KB
32KB
9:
4. Device Operation
4.1 Standard SPI Operation
: 9: "!, , !"# ) ") ,,B ()#5 $(;% (#!$(%8
! !$ %&!.!!$.%!&& ,!#!),,! !!),<!,!#!),8
&&,,,)&!!)!&>#)!,&)"(;:.)!!,,&!)&&!),!!,")*!
&>#)!"&)"(;
+, )!) -)&, $8 % & $8 % ,)!& : * &""# +!<-)&&-)&
#)#,!)*,!!)"!(;,<! +,*,!,,!&+ & &! , )! + !,"&
!) ! , ) -)& ! (; , ,)*)<)!"&,&,)"()-)&!
(;,,)*)!"&,&,)"(
4.2 Dual SPI Operation
:9:,)!, )!):,,!#!))<,&!!)+!,"&!))")*!&>#!!<)
!*,!!)"!,!&& :/&,!#!),&")4#5&)<)&#)&!)/9-))<
$#)&,&)<%)")3#!),&#!##)&&#!")*! +,$K %?,
,!#!),! &.,+#)*+&#!) ,L .
& .
4.3 Quad SPI Operation
:9:,)!,'& )!):,,!#!))<,&!!)+!,"&!))")* ! &># !
") !*, ! ! )" ! ,!&& : '& /& ,!#!) )"", ,"#!*)>*!#)!),
&&)*##,,!,"!,)<",!#)&,&)<!)/9-)3#!)&#!")*! +,$K %
?,'& ,!#!)! &.,+#)*+&#!) .
& .
8&!?&0.=,
+#)* .
& .
,#!>'& ,!#!),4!)>)!'&++!$'%!!,
/,!!)+,!
4.4 QPI Operation
:9:,)!,'& !"#$' %)!)<!&>#,,<!#&")*!&&
'& *)& !)' *)& , ! M+ ' $%N ,!#!) :)+' *)&8!)>)!'&
++!$'%!!,/,!,4&!)+,!?,' ,!#!),8! &.,+#)*
+&#!) .& .8&!?&0.=,+#)* .
& .
,#!>
:!# )!)#)4,!!!+!-),!#!)#)&+,"!&!)!&>#)> !
,#)#5,.:' *)&!1,") .,!)!!,!#!)#)&,!,)!<),#)#5,4&.
:,#,"#!&#! ,!#!))>&&*)>,,!*")*#K >)*!
!&&'& *)&&' *)&3#,>..)*)&#+#!>!>!*,M+
' N&M,+' ,+' N,!#!),,&!),<!#+!<!,!<)*)&,.6))<-)"!
,)"!<,!,M/,!$OO%,!#!),!&"!,!!)"!&>#,!&&'& *)&.
O9:
5. Write Protection
:))!#!&>!!<!,+!),,+),8,>*,)")!#!)&!)!,**)
5.1 Write Protect Features
?)<),!8)!),&,+&&),!#!),#)1&
9 ! !* & )"!
6?
# )!#! ! &! ,! &>!! #, < !)<,,)!,&
!)!,#"#!):,#&,!?!+8)*87)#5,8(,8?!#!
/,!&!?!!!,/,!,!#!),
) &! #,8 ?! + ,!#!) *,! + ,,& !) ,! ! ?! + =!#$?=%+!!)MN)<
8()*!))"?!,+8?!!!,/,!8)*87)#5,&(,,+J#!&!)
!,#)&!)
6,,!!!!!,/,!)!#!$/%&7)#5)!#!$(8:787878&7%+!,)!))"
**)#+#)"&,&)#&,)"!<)!#!)
?!)!#!$?%##)!)!)#!!!,/,!&&<#)!)
:)<)<*)&)>&,3!,)"!<)!#!)")*3#!& &!#,,,!#!),
)&&!,,!!,3#!")/,)<)<,!#!)
9:
6. Status Register
:/&!!,/,!,!#!)#+,&!))>&,!!,)!>+!)"!,**),"!&>#
,<!+&)&,+&!,!!)"<!)!#!)&!'& ,!!.:?!!!,/,!,!#!)#+
,&!)#)"!&>#,<!,)!#!)"!,&'& ,!!?!##,,!)!!!,/,!,#)!)&
+,)*#,,)"!?.
6.1 Busy
76C,&)+!!,!!,,!$%!!,,!!),!!<!&>#,3#!)*8,8
?!!!,/,!)?!#!/,!,!#!)!,!*!&>#<)"!,!#!)3#!")
!/&!!,/,!&,)*,&,!#!)$,!
?
8!
8!
8!
7
8!
7
&!
(
#!)89(
#!#(#!,!#,%?!)*8,8?!!!,/,!)?!#!/,!,!#!),
#)*!&8!76C+!,#&!)8&#!!&>#,&")"!,!#!),
6.2 Write Enable Latch (WEL)
?!+=!#$?=%,&)+!!,!!,,!$%!!,,!!)"!3#!?!+,!#!)
:?=,!!,+!,#&!)<&>#,<!&,+&9<!&,+,!!)##,))<)"!)"
!"))<,!#!),B?!,+8)*8,&?!!!,/,!
6.3 Block Protect Bits (BP2, BP1, BP0)
:7)#5)!#!7!,$78787%)>)!&<!+!,!,!!,,!$88&%!!)>&<!
)!#!)#)!)&,!!,7)#5)!#!+!,#+,!,!?!!!,/,! ,!#!)$,!
?
#!)89(
#!#(#!,!#,%98)))!))"!**)#+)!#!&")*)*&,,!#!),
$,!!,/,!-*))!#!)!+%:"#!)&"!,!!")!7)#5)!#!)7!,,8))"!
)!#!&
Table 6-1. !!,/,!
S7 S6 S5 S4 S3 S2 S1 S0
SRP0SEC TB BP2 BP1 BP0WEL BUSY
!!,
/,!
)!#!
$G))!%
#!))!#!
$G))!%
:)7)!!)*
?!)!#!
$G))!%
7)#5)!#!
$G))!%
7)#5)!#!
$G))!%
7)#5)!#!
$G))!%
?!+
=!#
,)?!
),,
Table 6-2.
!!,/,!
S15 S14 S13 S12 S11 S10 S9 S8
SUS CMP (R) (R) (R) (R) QE SRP1
,&
!!,
()**!
)!#!$G)
)!%
/,>& /,>& /,>& /,>& '&+
$G))!%
!!,
/,!
)!#!
$G))!%
9:
6.4 Top/Bottom Block protect (TB)
::)7)!!)*+!$:7%,)>)!+!,!,!!,,!$%!!#)!),"!7)#5)!#!7!,$78787%
)!#!")*!:)$:7P%)!7)!!)*$:7P%)"!,,)<!!!,/,!-*))!#!)!+:
"#!)&"!,!!,:7P::7+!#+,!<!!?!!!,/,! ,!#!)&&)!,!!)"!
/8/&?=+!,
6.5 Sector/Block Protect (SEC)
:#!))!#!+!$(%,)>)!+!,!,!!,,!$%!!#)!),"!7)#5)!#!7!,$78787%
)!#!;7#!),$(P%);77)#5,$(P%!:)$:7P%)!7)!!)*$:7P%)"!,,)<!
!!,/,!-*))!#!)!+:&"!,!!,(P
6.6 Status Register Protect (SRP1, SRP0)
: !!, /,! )!#! +!, $/ & /% )
-
>)! &<! +!, ! ,!!,,!$&%
.
:
/+!,#)!)!*!)&)"<!)!#!)B,)"!<)!#!)8&<)!#!)
,
)<,)#5
-
&)<))!*
)**+$.:%)!#!)
.
6.7 Quad Enable (QE)
: '& + $'% +! , )>)! &<! +! ! ,!!, ,! $O% !! )<,'&)!)
?!'+!,,!!),!!$"#!)&"!%!?&0.=+&?!',,!!)!
'& .& .,+&WARNING: The QE bit should never be set to a 1 during standard SPI or Dual
SPI operation if the WP or HOLD pins are tied directly to the power supply or ground.
6.8 Complement Protect (CMP)
:()**!)!#!+!$(-%,)>)!&<!+!!,!!,,!$% !,,&#)J#!)
<!(8:78787&7+!,!))>&*)"3+!")!)!#!).#(-,,!!)8>),
)!#!),!+(8:78787&7,>,&),!#8<(-P8!);7,#!)#+
)!#!&<!,!)"!,)!L<(-P8!!);7,#!)<+#)*)!#!&<!,!)"
!+#)*&),"!)!!!,/,!-*))!#!)!+")&!,:&"!,!!,
(-P
Table 6-3. Encoding of SRP and WP Bits
SRP1 SRP0WP
Status
Register Description
K )"!<
)!#!)
?)#)!):,!#+<!!!)&,)!""#!&
+!,!!)"!?
0&<
)!#!&
??,)<!!!,/,!)#5&&#)!+
<!!!)
0&<
6)!#!&
? ? , ! !!, ,! , )#5& &#+
<!!!)"!?!+,!#!)8?=P
K )<
=)#5)<
!!,/,!,)!#!&&#)!+<!!!)!
!3!)<&)<8)<##
$%
?/8/P$8%8)<&)<8)<##<#/8/!)$8%,!!
K .:*
)*
!!,/,!,*!)!#!&&#)!+<!!!)
9:
6.9 Erase/Program Suspend Status (SUS)
:,&!!,+!$6%,&)+!!,!!,,!$%!!,,!!)"!3#!,)*
,&$%,!#!)
.
:6,!!,+!,#&!)+,)*/,*$9%,!#!),<,)<
&)<
,
)<
-
##
.
G)!B
KP)Q!#
=P=)<L6P6
. ",))*,!#!),#",**))!!#)!,)!#!&&!)!),!,,!#!)<
+)&.
Table 6-4. Status Register Memory Protection (CMP = 0)
Status Register Memory Protection
SEC TB BP2 BP1 BP0 Block(s) Addresses Density Portion
K K G.G G.G G.G G.G
& ;7 6
! ( ;7 6
! ;7 6
! -7 6
O! -7 6
! -7 6
& ;7 =)<
! ;7 =)<
! ;7 =)<
! -7 =)<
! -7 =)<
! -7 =)<
K K ! -7 9==
;7 6
;7 6
( ;7 6
K ;7 6
;7 =
;7 =
;7 =
K ;7 =
9:
G)!B
KP&)Q!#
=P=)<L6P6
. ",))*,!#!),#",**))!!#)!,)!#!&&!)!),!,,!#!)<+)&.
Table 6-5. Status Register Memory Protection (CMP = 1)
Status Register Memory Protection
SEC TB BP2 BP1 BP0 Block(s) Addresses Density Portion
K K ! -7 9==
! 8;7 =)<
! 7 8O;7 =)<
!O 8;7 =)<
! 8;7 =)<
!O -7 =)<
! -7 =)<
! 8;7 6
& 8O;7 6
! 8;7 6
! 8;7 6
! -7 6
! -7 6
K K G.G G.G G.G G.G
! 8;7 =
! 8;7 =
! 7 8;7 =
K ! 8;7 =
! 8;7 6
! 8;7 6
! 8;7 6
K ! 8;7 6
9:
7. Instructions
: ,!#!),!)"!9:#),,!,)"!!!+,#,!#!),& !' ,!#!),!)"!
9:#),,!,)"!!)+,#,!#!),!! "#)!)&!) ! +, $, ,!#!) !
!+% ,!#!), !!& <!! "& )"(#!$(%:",!+!)"&!#)#5&!)!!
, $ ) . RBS% )>&, !,!#!)#)&!)! !,,*&)!,&)"#)#5<!
*),!,"#!+!$-7%",!
,!#!), #)*!& <! ! , & )" & ( ()#5 !> !* &*, ")#,!#!)
#&&,!)&,!#!),#+#)*!&"!#)#5&+!0)<>,
,!#!),!!?!,)*),*,!#)*!)+!$(&>"!"-+!>+#)#5&%
)!<,!,!#!)<+!*!&:,"!"!)!#!,!&>#")*&>!!<!,.9&&!),
<!**),+)**&),&8)<!!!,/,!,+<!!,,!#!),3#!")
/&/,!<+)&!!)*),##,#)*!&
7.1 Instruction Set Tables
:"))<!+,,!!,!#!),")!88'&8&' *)&,)")!)
Table 7-1. Manufacturer and Device Identification
ID Type Name ID Code Instruction(s)
-"#! 9&,!) O8O8O8O
># 9: O8O8O897
-*): ' O
(#!: - O
Table 7-2. Instruction Set Table 1 (SPI instructions)
Instruction Name Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5
(Clock Number) (0 – 7) (8 - 15) (16 - 23) (24 - 31) (32 - 39) (40 - 47)
?!+
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Table 7-3. Instruction Set Table 2 (Dual SPI Instructions)
Instruction Name Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5
(Clock Number) (0 – 7) (8 - 15) (16 - 23) (24 - 31) (32 - 39) (40 - 47)
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Table 7-2. Instruction Set Table 1 (SPI instructions) (Continued)
Instruction Name Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5
(Clock Number) (0 – 7) (8 - 15) (16 - 23) (24 - 31) (32 - 39) (40 - 47)
9:
Table 7-4. Instruction Set Table 3 (Quad SPI Instructions)
Instruction Name Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5
(Clock Number) (0 – 7) (8 - 15) (16 - 23) (24 - 31) (32 - 39) (40 - 47)
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Table 7-5. Instruction Set Table 4 (QPI Instructions)
Instruction Name Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7 Byte 8
(Clock Number) (0 - 7) (8 - 15) (16 - 23) (24 - 31) (32 - 39) (40 - 47) (48 - 55) (56 - 63) (64 - 71)
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Table 7-5. Instruction Set Table 4 (QPI Instructions) (Continued)
Instruction Name Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7 Byte 8
(Clock Number) (0 - 7) (8 - 15) (16 - 23) (24 - 31) (32 - 39) (40 - 47) (48 - 55) (56 - 63) (64 - 71)
9:
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7.3 Write Enable for Volatile Status Register (50h)
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Figure 7-2. Write Enable for Volatile Status Register Instruction for SPI Mode (left) and QPI Mode (right)
7.4 Write Disable (04h)
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Figure 7-3. Write Disable Instruction for SPI Mode (left) and QPI Mode (right)
7.5 Read Status Register-1 (05h) and Read Status Register-2 (35h)
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Figure 7-5. Read Status Register Instruction (QPI Mode)
7.6 Write Status Register (01h)
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Figure 7-6. Write Status Register Instruction (SPI Mode)
Figure 7-7. Write Status Register Instruction (QPI Mode)
7.7 Write Status Register-2 (31h)
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Figure 7-8. Write Status Register-2 Instruction (SPI Mode)
Figure 7-9. Write Status Register-2 Instruction (QPI Mode)
7.8 Read Data (03h)
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Figure 7-10. Read Data Instruction
7.9 Fast Read (0Bh)
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7.10 Fast Read in QPI Mode
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9:
Figure 7-12. Fast Read instruction (QPI Mode, 80MHz)
Figure 7-13. Fast Read instruction (QPI Mode, 104MHz)
7.11 Fast Read Dual Output (3Bh)
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9:
Figure 7-14. Fast Read Dual Output instruction (SPI Mode)
7.12 Fast Read Quad Output (6Bh)
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9:
Figure 7-15. Fast Read Quad Output instruction (SPI Mode)
7.13 Fast Read Dual I/O (BBh)
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9:
Figure 7-16. Fast Read Dual I/O Instruction (initial instruction or previous M7-0≠ Axh)
Figure 7-17. Fast Read Dual I/O Instruction (previous M7-0 = Axh)
9:
7.14 Fast Read Quad I/O (EBh)
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!#)#5,& )<,!&&,,!) + **&!!&"!(,,,!&)<. "!-)&+!,$--%
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,!#!),.
Figure 7-18. Fast Read Quad I/O Instruction (Initial instruction or previous M7-0 ≠ Axh, SPI mode)
O9:
Figure 7-19. Fast Read Quad I/O Instruction (previous M7-0 = Axh, SPI mode)
Wrap Around in SPI mode
:,!/&'& .,!#!)#,)+,&!)##,,,#"#)!)<!+,,M!7,!
<!?N$%,!#!)),!/&'& .$7%,!#!):M!7,!<!?N$%,!#!)#
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+!,#!)8!)!!<<)&!)!++)&!)*!#!(,&!)
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cache afterwards within a fixed length (8/16/32/64-byte) of data without issuing multiple read instructions. $,
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Fast Read Quad I/O in QPI mode
?' *)&+&8!*+)"&**#)#5,,#)"&+!M!/&*!,$(%N,!#!)
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9:
Figure 7-20. Fast Read Quad I/O Instruction (Initial instruction or previous M7-0 ≠ Axh, QPI mode, 80MHz)
Figure 7-21. Fast Read Quad I/O Instruction (Initial instruction or previous M7-0 ≠ Axh, QPI mode, 104MHz)
7.15 Page Program (02h)
:)*,!#!),"))**!**)!)+MN9?!+,!#!)*,!+,,&
+")!&>###!!)* ,!#!)$!!,/,!+!?=P%9"!!?!+$?/G%
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+!8!) ! :(*,!+&>)<")!!!*)"!,!#!)<&!,+,!!)!
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!). "!,!&&,,+!,)!1),&!*+)"#)#5,3#&,!*!8!&&,,
<<!)!+)"! ,)*#,,8,,!+!,$!%#+)**&<!)!
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9:
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+!!!!,/,!,#&!):)*,!#!),)!3#!&"!&&,,&,
)!#!&+!)!#!$(-,(8:787,7&7%+!,.
Figure 7-22. Page Program Instruction (SPI Mode)
Figure 7-23. Page Program Instruction (QPI Mode)
9:
7.16 Quad Page Program (33h)
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08
.
18
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2
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!()<!,&!,!#!)#)&MN<!"))<-+!&&,,$9-9%&!,!)&!,
!)! .,.:(*,!+&)<")!!!)"!,!#!)<&!,+,!!)!&>#.
9)! "#!), )" '& )* "#! ,* , ,!&& )*. $,"!)
&%
Figure 7-24. Quad Page Program Instruction (SPI mode)
9:
Figure 7-25. Quad Page Program Instruction (QPI mode)
7.17 Block Erase (20h)
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7)#5)!)!7)#5, ,!#!)8!?!+,!#!)*,!+,,&:,!#!),!!&+
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&!&>#,&!)##!)!,!#!),.?!76C+!,,,!&,!?!+=!#$?=%
+!!!!,/,!,#&!).:7)#5,,!#!)<)!+3#!&"!&&,,&,
)!#!&+!)!#!$(-,(8:78787&7%+!,.
Figure 7-26. Block Erase Instruction (SPI Mode)
9:
Figure 7-27. Block Erase Instruction (QPI Mode)
7.18 32KB Block Erase (52h)
:7)#5,,!#!),!),!&!)"!,#!&+)#5,+MN:,!#!),,&");+!
7)#5,)!))!)!7)#5, ,!#!)8?!+,!#!)*,!+,,&:,!#!),
!!&+&>!()<&,"!!,!#!) #)& MN "))<& +! +)#5 &&,, $99%
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7
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!!!,/,!,#&!):7)#5,,!#!)<)!+3#!&"!&&,,&,)!#!&
+!)!#!$(-8(8:78787&7%+!,
Figure 7-28. 32KB Block Erase Instruction (SPI Mode)
9:
Figure 7-29. 32KB Block Erase Instruction (QPI Mode)
7.19 64KB Block Erase (D8h)
:7)#5,,!#!),!),!&!)"!,#!&+)#5,+MN:,!#!),,&");+!
7)#5,)!))!)!7)#5, ,!#!)8?!+,!#!)*,!+,,&:,!#!),
!!&+&>!()<&,"!!,!#!)#)& MN"))<& +! +)#5&&,,$99%
$, "!) &% :(*,!)"!!!+!)"!,!+!,+
!#&8)!<,8!7)#5,,!#!)<)!+3#!&9"!(,&>8!,"!*&7)#5,
,!#!)<#)**#")!*&!))"!
7
$
#!)89(#!#(#!,!#,
%
?!7)#5,##,),,,!/&!!,/,!,!#!)*,!+&!,!!, )" !
76C+! : 76C+! , & ! 7)#5 , ##& +#)*, < ! ## , ",& & !
&>#,&!)##!)!,!#!),. ? !76C+!,,,!&,!?!+=!#$?=%+!
!!!,/,!,#&!).:7)#5,,!#!)<)!+3#!&"!&&,,&,)!#!&
+!)!#!$(-8(8:78787&7%+!,.
Figure 7-30. 64KB Block Erase Instruction (SPI Mode)
9:
Figure 7-31. 64KB Block Erase Instruction (QPI Mode)
7.20 Chip Erase (C7h / 60h)
:(,,!#!)#,+!,!&>#!)+$,%)!)!(, ,!#!)8?!
+,!#!)*,!+,,&:,!#!),!!&+&>!()<&,"!!,!#!)#)&
M(N)MN$,"!)%:(*,!)"!!!+!)"!,!+!,+
!#&8)!<,8!(,,!#!)<)!+3#!&9"!(,&>8!,"!*&(,
,!#!)<#)**#")&!))"!
(
$
#!)89(#!#(#!,!#,
%
?!(,##,),,,!/&!!,/,!,!#!)*,!+##,,&!)##5!,!!,
)"!76C+!:76C+!,&!(,##&+#)*,<!##,",&&!
&>#,&!)##!)!,!#!),?!76C+!,,,!&,!?!+=!#$?=%+!
!!!,/,!,#&!).:(,,!#!),)!3#!&",)!#!&+!)!#!
$(-8(8:78787&7%+!,.
Figure 7-32. Chip Erase Instruction for SPI Mode (left) and QPI Mode (right)
9:
7.21 Erase / Program Suspend (75h)
: ,)* ,& ,!#!) )<, ! ,,!* !) !! 7)#5,)!)))*8
'&! !)*8'&)*)!)
,,&,>&)&!7)#5,)!):?!!!,/,!$%8?!!!,/,!
$%,!#!)&,,!#!),$888(8%)!)<&&,,&!
(,)!)8!,,&,!#!),)&
)*,&,>&)&!)*8'&! !)*)'&)*
)!):?!!!,/,!$%8?!!!,/,!$%,!#!)&)*,!#!),$
&%&,,!#!),$888(&%)!)<&&)*,&
:,)*,&,!#!)MN<+##!&+!&>#)"!6+!!!!,/,!
4,!)&!76C+!4,!)<7)#5,))*)!),)) "!6+!
4,!))!76C+!4,!)8!,&,!#!)<+)&+!&>#9*3**)"!*)"
!
6
$
#!)89(#!#(#!,!#,
%,4&!),,&!,))*)!)9"!
,)*,&8!6+!!!!,/,!<+,!")*!)**&!&:76C+!!
!!,/,!<+#&")*!)<!M!
6
N)>),,*&,)*)!)8!,,)
4&!!!,&,!#!)MN,)!,,&!***)"!*)"!
6
"))<!#&
/,*,!#!)M9N
63#!&)<)""&!,)*,,&,!!,!,!&>#&,!,,&,!!.6
+!!!!,/,!,),!,!).:&!<!!)+)#5!!<,+,,&&*+#)*
#)!&. !,#)**&&")!,!) **! ,,!* &, !#4, ,! ! ##&! )<
!!) & ,>&!!!&,)*,,&,!!.$,"!)&
%
Figure 7-33. Erase Suspend instruction (SPI Mode)
9:
Figure 7-34. Erase Suspend instruction (QPI Mode)
7.22 Erase / Program Resume (7Ah)
:,)*/,*,!#!)M9N,!)<)5!7)#5,)!))!)*)!)
),)*,&:/,*,!#!) “9N<+##!&+!&>#)"!6+!
!!!,/,!4,!)&!76C+!4,!).9"!,,&,!6+!<+#&")*!)
**&!,!76C+!<+,!")*!)<!,&!7)#5<#)*!!,)!))!
< #)*! !)* )!). " !6+! 4,!) ) ! 76C+! 4,!) ,!/,*
,!#!)M9N<+)&+!&>#
/,*,!#!)#)!+##!&"!>),,)*,&)!)<,!!&+
3#!&)<)"" !,,)4&!!,+,4!,)*,&,!#!))!!)+,,&<!
***)"!*)"M!
6
N"))<>),/,*,!#!).$,"!)&%.
Figure 7-35. Erase / Program Resume instruction (SPI Mode)
O9:
Figure 7-36. Erase / Program Resume instruction (QPI Mode)
7.23 Deep Power Down (B9h)
3#!!)<)<,!#!),!+,!<!)!!&>#!)<,!)<#),*!).:
)<)<,!#!)&#,!,!&+#!$")* ((!) ((8,,#"&
#!)89(#!#
(#!,!#,
%:,!#!),!&+&>!()<<!"))<!,!#!)#)&M7ON$,
"!)&%
: ( *,! ) 3#! ! ! +! +)& $! !,! ! +! )" ,!#!) #)&+!#&-%L
)!<,,!)<)<,!#!),)!3#!&.9"!(),8!4,&)"!
&!
)<)<*)&,!&.?!/,)<)<># ,!#!),<#,!),!&>#
!))*)!)8<+#)1&9)!,!#!),)&#&!/&!!,/,!,!#!)8
<#,<,>+&)*)!))< )<-)&!)*!#,!),!)<)<,&!
&>#<,)<-!!&+-)&
Figure 7-37. Deep Power Down Instruction (SPI Mode)
9:
Figure 7-38. Deep Power Down Instruction (QPI Mode)
7.24 Release Deep Power Down / Device ID (ABh)
: /, )<)< ># ,!#!) , *!), ,!#!) ! # +,&!),!
&>#")*!)<)<,!!))+!!&>#&!"#!)$ %
:,!#!),,,&+&>!()<8,&!,!#!)#)&M97N&&>(,,)<
"O&/,")*)<)<4!!*&!))"!
/
$
#!)8
9(#!#(#!,!#,
%")<)5)*)!)&##!)!,!#!),:(*,!5
&!!
/
!*&!)
:># #+&& *)&)
)!<)&,
8># "!,)!>+' *)&")/,
)<)<># ,!#!)
:))+!!># *)&8,!#!),!!&+&>!(
)<&,&!,!#!)#)& M97N<!"))<-&**+!,.:># +!,!,"!&)!
"& )"(;<! *),!,"#! +!$-7%",! , ,)< .9"!(,&>!*,!5
")!*&!))"!
/
$
#!)89(#!#(#!,!#,
%.:># #+&#)!),.
:,!#!),#)*!&+&>(.
"!/,")*)<)<># ,!#!),,,&<,8)*)?!##,)#,,
$<76C4,%!,!#!),)&&&),)!>""#!,)!#!##
Figure 7-39. Release Power Down Instruction (SPI Mode)
9:
Figure 7-40. Release Power Down Instruction (QPI Mode)
Figure 7-41. Release Power Down / Device ID Instruction (SPI Mode)
7.25 Read Manufacturer / Device ID Dual I/O (90h)
:/&-"#!># .,!#!))>&,+)!!@(,,&*"#! &!
,#"#&>#
:/&-"#!># ,!#!),>,*!)!,!/& .,!#!):,!#!),
!!&+&>!()<&,"!!,!#!)#)&MON"))<&+-+!&&,,$99%)"
.9"!<#,!-"#! ")9&,!)$%&!># $%,"!&)!)!"&)"
(;<!*),!,"#!+!$-7%",!,,)< and . "!-+!&&,,,!,!!)
!># <+&",!&!"))<&+!-"#! :-"#!&># #
+&#)!),,!!")*)!)!)!.:,!#!),#)*!&+&>(.
9:
Figure 7-42. Read Manufacturer/ Device ID instruction (SPI Mode)
Figure 7-43. Read Manufacturer/ Device ID instruction (QPI Mode)
9:
7.26 Read Manufacturer / Device ID Dual I/O (92h)
:/&-"#!># .,!#!))>&,+)!!@(,,&*"#! &!
,#"#&>#
:/&-"#!># ,!#!),>,*!)!,!/& .,!#!):,!#!),
!!&+&>!()<&,"!!,!#!)#)&MON"))<&+-+!&&,,$99%)"
.9"!<#,!-"#! ")9&,!)$%&!># $%,"!&)!)!"&)"
(;<!*),!,"#!+!$-7%",!,,)<. "!-+!&&,,,!,!!)!
># ,&",!&!"))<&+!-"#! :-"#!&># #+&
#)!),,!!")*)!)!)!.:,!#!),#)*!&+&>(.
Figure 7-44. Read Dual Manufacturer/ Device ID Dual I/O instruction (SPI Mode)
7.27 Read Manufacturer / Device ID Quad I/O (94h)
:/&-"#!># '& .,!#!))>&,+)!!@(,,&*"#! &!
,#"#&>#
:/&-"#!># ,!#!),>,*!)!,!/&'& .,!#!):,!#!),
!!&+&>!()<&,"!!,!#!)#)&MON"))<&+-+!&&,,$99%)"
.9"!<#,!-"#! ")9&,!)$%&!># $%,"!&)!)!"&)"
(;<!*),!,"#!+!$-7%",!,,)<. "!-+!&&,,,!,!!)!
># <+&",!&!"))<&+!-"#! :-"#!&># #+&
#)!),,!!")*)!)!)!.:,!#!),#)*!&+&>(.
9:
Figure 7-45. Read Quad Manufacturer/ Device ID Quad I/O instruction (SPI Mode)
JEDEC ID (9Fh)
)#)*!+!,),8!9:)>&,,>,!#!),!)#!)#&!*!&!!)"!
&>#:/&@( ,!#!),#)),<!!@(,!&&") #)*!+,",**),
!!<,&)!&:,!#!),!&+&>!()<<!"))<!,!#!)#)&MON
@(,,&-"#! +!")9&,!)$%&!<)># +!,8-*):$ %&
(#!$ %!,"!&)!)!"&)"(;<!*),!,"#!+!$-7%",!,)<
and .)**)! &##!>, "!)-"#!&># &!"#!)!+
:
@( #+&#)!),
.
:,!#!),!*!&+&>(
9:
Figure 7-46. Read JEDEC ID instruction (SPI Mode)
Figure 7-47. Read JEDEC ID instruction (QPI Mode)
9:
7.28 Enable QPI (38h)
:9:,)!+)!!&&'&!"#$ %&'& !"#
$' %0)<>8 *)&&' *)&#)!+,&!!,*!*:W+' Q,!#!),!)<
!),<!#!&>#")* *)&!)' *)&
)&!),<!#!&>#!)' *)&8!'&+$'%+!!!,/,!*,!+,!!)",!8&
+' ,!#!)*,!+,,& "!'&+$'%+!,8!+' ,!#!)<+)&&
!&>#<* *)&
9"!)<8!&"!,!!)"!&>#, *)&!,!#!)!:+")!#)**&,
,)!& *)&&!,!#!)!:+")!,!#!),,)!&' *)&
?!&>#,,<!#&")* *)&!)' *)&8!3,!?!+&)*,,&,!!,,
&!?=!,!!<*#&.
Figure 7-48. Enable QPI instruction (SPI Mode only)
7.29 Disable QPI (FFh)
7,,,+' $%,!#!),!&>#,,! *)&.?!&>#,,<!#&")*' *)&!)
*)&,!3,!?!+=!#$?=%&)*,,&,!!,,&!?=!,!!
*,#&.
Figure 7-49. Disable QPI instruction for QPI mode
9:
7.30 Word Read Quad I/O (E7h)
:'& .&*!#&#,,!#!))>&)<",!&)*##,,")#)&3#!)$K %&#!
")*!'& :'& ++!$'%)"!!,/,!*,!+,!!)+!?)&/&'& .
,!#!):)<,!9&&,,+!$9%*,!4&)!<)&**#)#5,4&)!)!&!)!!
Continuous Read Mode
:?)&/&'& .,!#!)#"!&#,!#!))>&!),!!!M()!),/&
-)&N+!,$-%"!!!9&&,,+!,$9%8,,)<: ++ )" ! $-%
#)!), ! ! )" ! 3!?)& /& '& . ,!#!)!) ! #,) ) 3#,) )" ! ",! +!
,!#!) #)& : )< ++ +!, )" !$-RBS%&)Q!#$MKN%0)<>8! .,,)&+
*&#)!)!"&)"!",!&!)!#)#5
"!M()!),/&-)&N+!,-RSP98!!3!,!/&'& .,!#!)$"!(,,&&
!)<&%&),)!4!,!#!)#)&,,,)<:,&#,!,!#!),4#
+!#)#5,&)<,!/&&&,,!)+**&!!&"!(,,,!&)<. "!M()!),
/&-)&N+!,-RBS&))!4!)9$,,,%!3!,!#!)$"!(,,&&!)<&%4,
! ",!+!,!#!)#)&,!,!!))*)!)
Figure 7-50. Word Read Quad I/O instruction (Initial instruction or previous set M7-0 ≠ Axh, SPI Mode)
Figure 7-51. Word Read Quad I/O instruction (Previous instruction set M7-0= Axh, SPI Mode)
9:
Wrap Around in SPI mode
:?)&/&'& .,!#!)#,)+,&!)##,,,#"#)!)<!+,,M!
7,!<!?N$%,!#!))!):M!7,!<!?N$%,!#!)#!+)&,+
!M?9)&N"!")!"))<#)**&,?M?9)&N,+&8!)!!&!,!!,!
!!&&,,,#"&!,!#!)8 )# ! #, ! & +)& )" ! +! ,#!)8
! )!! <<)&!)!++)&!)*!#!(,&!)!*!!,!#!)
:7,!<!?"!)<,#!),!!,##!)4#5"!##!#&&,,&!"!##
"!<&, <! "3& ! $+!% )" &! <!)! ,,&,!#!),
:M!7,!<!?N,!#!))<,!M?7!,N8?-!)+,!:?+!,,&!)+)&,+
!M?9)&N)!)<?,,&!),#"!!)"!<)&,#!)<!.
7.31 Set Burst with Wrap (77h)
:! 7,! <!?$%,!#!) ,,&#)J#!)<!M,!/& '& .N&M?)& /& '&
.N ,!#!), !) ##,, "3& ! )" +! ,#!) <! +!(!#!),#
+"!")*!,"!&*)>!)>,,!*#)&3#!)")*#7")!&>#<##!!
!7,!<!?,!#!)8'&+)"!!,/,!*,!+3#!&$!!,/,!+!'*,!
4%
: ! 7,! <!? ,!#!) , !!& + &> ! ( )<& ! ,"! !,!#!)#)&MN
"))<&+&**+!,&M?7!,N8?.:,!#!),4#,,)<!7,!<!?
,!#!)4#.?+!?&?-)!,&.
.#?,,!+!7,!<!?,!#!)
,
!"))<M,!/&'& .N&?)&/&'& .
,!#!),<,!?,!!!)##,,!
-
+!,#!)<!:)3!!M?9)&N"#!)
&!!))*&)!)8)!! 7,! <! ? ,!#!) ,)& + ,,& !) ,!? P
.
: &"!
> )" ? ))<),
.
!#,)",,!*/,!<?P
,
!,#)**&&!!!#)!),,,
!7,!<!?,!#!))/,!$OO%,!#!)!),!?P)!))*/&,!#!),,#
9:&),)!>&</,!
.
Table 7-6. Set Burst with Wrap W6:W4 Encoding
W6, W5 W4 = 0 W4 = 1(Default)
Wrap Around Wrap Length Wrap Around Wrap Length
C, +! G) G9
C, +! G) G9
C, +! G) G9
C, +! G) G9
O9:
Figure 7-52. Set Burst with Wrap Instruction Sequence
7.32 Burst Read with Wrap (0Ch)
:M7,!/&<!?$(%N,!#!))>&,!!><!)")*!&)!)<!M?
9)&N' *)&:,!#!),,*!)!M,!/&$7%N,!#!) ' *)&8 3#! !
&&,, )" ! & )!) M?, 9)&N !) !++)&)"!M?=!N)#!&
+)&,#&
: M? =!N & ! *+ )" &** )" #)#5, # + #)"& + ! M! /&*!,$(%N
,!#!).
Figure 7-53. Burst Read with Wrap instruction (QPI Mode, 80MHz)
9:
Figure 7-54. Burst Read with Wrap instruction (QPI Mode, 104MHz)
7.33 Set Read Parameters (C0h)
' *)&8!)##)**)&!<&)"#!),<!&""!&,")!*3**&"4#)
***&!##,,!#8M!/&*!,$(%N,!#!) # + ,& !) #)" ! *+ )"
&** #)#5, ") M,! /& $7%N8 M,!/&'& .$7%NXM7,!/&<!?$(%N,!#!),8&
!)#)"!*+)"+!,)"M?=!N")!M7,!/&<!?$(%N,!#!)
!&& *)&,!M!/&*!,$(%N,!#!),)!##!&.:&**#)#5,")>),,!
/&,!#!),!&&'& *)&"3&,,"!)!,!#!).&")&!,:+,
:+, :+, and :+.:M?=!N,,!+?+!!M!7,!<!?$%N,!#!).
:,,!!<*#&<!&>#,,<!#&")*!&& *)&!)' *)&.
:&"!M?=!N"!)<)/,!,!#!),+!,
,
!&"!*+)"&**#)#5,,
Table 7-7. Dummy Clock Encoding
P5, P4
Dummy
Clocks
Maximum
Read Freq.
-01
-01
-01
Table 7-8. Wrap Length Encoding
P1, P0 Wrap Length
+!,
+!,
+!,
+!,
9:
Figure 7-55. Set Read Parameters instruction (QPI Mode)
7.34 Enable Reset (66h) and Reset (99h)
7#,)"!,*#5&!*!!))!*+)",8!9:)>&,)"!</,!
,!#!),!&)"&&#!&/:
.#!/,!,!#!),##!&8))!)!),<+!*!&&!&>#< !!)
!, &"! )<) ,!! & ), ! #! >)! ,!!,8 ,# ,)!!!,/,!+!,8?!+
=!#$?=%,!!,8)*,,&,!!,8()!),/&-)&+!,!!8/&*!,!!&
?+!,!!
M+/,!$%N&M/,!$OO%N,!#!),#+,,&! *)&)' *)&:) >)& ##&!
,!8 +)! ,!#!), *,! + ,,& ,4# 9 )! ,!#!),)!!M/,!$OO%N"!!M+
$%N,!#!)&,+,!M/,!+N,!!9<,4#)"M+/,!$%N&M/,!$OO%N,
&&!),!!&>#.#!/,! ,!#!) , ##!& + ! &># !5, )3*! !
/:
P , !)
,! !,)&8),!#!)<+##!&
!#)!)*"!,))),,&&!,))*)!)</,!
,!#!),4#,##!&+&># !,#)**&&!)##5!76C+!&!6+!!!,/,!
+"),,!/,!,!#!),4#
Figure 7-56. Enable Reset and Reset Instruction (SPI Mode)
9:
Figure 7-57. Enable Reset and Reset Instruction (QPI Mode)
7.35 Read Serial Flash Discovery Parameter (5Ah)
:/&,,#)>*!$%,!#!))<,&!,,#)>*!
$%:,,#)*),&)"&-)+!,#)!)!##!,!#,&>&)
,#"#")*!).:,"#!))**&. "!,+58!&>#,,&<!!
+!,! "))!))"!,<!!!),!)!))!,&,,&<!+!,,&
,!!$%:,!#!),4#")!&,!,*,!#!,!!)",!/&,!#!).,!8
!&>#,,#!&+&>(#!$(%)<.G3!8!-+!,!#!)#)&$9%&!-+!&&,,
,"!& , "))<& + &** #)#5 ##,:+!,)"#)!!,"!&)!)!!.!!
$.%,!!")*!,#"&&&,,.#+!,,"!&)!&!"&)"()#5$(;%:
,!#!),4#,,)<.:/&,!#!),!*!&+&>(#!$(%0!
!*&&!)!!
9:
Figure 7-58. Read SFDP Register Instruction
Table 7-9. SFDP Signature and Headers
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
! B
B
B
B
-)/>,) !!")* B
-J)/>,) !!")* B
G*+)"*!,
0&,
!!")* B
/,>& B
@(*! $=7% @(*!
$=7%P0
B
*!:+-)
/>,)
!!")*
00
0O B
*!:+-J)
/>,)
!!")*0 9 B
*!:+=!
$&)+<)&,%
0)<*?./,
!*!!+
7 B
9:
*!:+)! 9&&,,)"9&,!)
*!:+
( B
B
B
@(*! $-7% @(*!
$-7%B0
B
@(*! $=7% 9&,!)-"#! B
*!:+-)
/>,)
!!")*0 B
*!:+-J)
/>,)
!!")*0 B
*!:+=!
$&)+<)&,%
0)<*?./,
!*!!+
B
*!:+)!
$:%
9&&,,)"9&,!)
*!:+
B
B
B
/,>& B
Table 7-9. SFDP Signature and Headers (Continued)
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
Table 7-10. SFDP Parameters Table 1
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
,F! B;7>+
B;7)!>+
B
?!F! B7!8B+!,)
)!!!,/,!7)#5
)!#!7!,
BG)>)!,!!,+!
B)!,!!,+!
)!!!,/,!?!
+.#)&
B0.#)&!)+8
"+!P
/,>& B
;7,.##& .#)&) B
9:
,!/&.!!
$% PG)!,)!&8P)!&
G*+)"9&&,,7!, B7!)
B)7!
B7!)
B/,>&
B
)+:,"/!$:/%
()#5 PG)!,)!&8P)!& O
,! ./&
$% PG)!,)!&8P)!&
,!'& ./&
$% PG)!,)!&8P)!&
,!'&.!!/&
$% PG)!,)!&8P)!&
/,>&
/,>& B
,-*),!
B
B
B
B
,!'& .$%
G*+)"&**#)#5, *+)"&**#)#5,
B
,!'& .$%
G*+)"*)&+!, *+)"*)&+!, B
,!'& .$%
/&.#)& .#)&) O B 7
,!'&.!!$%
G*+)"&**#)#5, *+)"&**#)#5,
9
B
,!'&.!!$%
G*+)"*)&+!, *+)"*)&+!, B
,!'&.!!$%
/&.#)& .#)&) 7 B 7
,!.!!$%
G*+)"&**#)#5, *+)"&**#)#5,
(
B
,!.!!$%
G*+)"*)&+!, *+)"*)&+!, B
,!.!!$%
/&.#)& .#)&) B 7
Table 7-10. SFDP Parameters Table 1 (Continued)
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
9:
,! .$%
G*+)"&**#)#5, *+)"&**#)#5,
B
,! .$%
G*+)"*)&+!, *+)"*)&+!, B
,! .$%
/&.#)& .#)&) B 77
,! $% PG)!,)!&8P)!&
/,>& B
,!'&' $% PG)!,)!&8P)!&
/,>& B
/,>& B
/,>& B
/,>& B
/,>& B
/,>& B
,! $%
G*+)"&**#)#5, *+)"&**#)#5,
B
,! $%
G*+)"*)&+!, *+)"*)&+!, B
,! $%
/&.#)& .#)&) B
/,>& B
/,>& O B
,!'&' $%
G*+)"&**#)#5, *+)"&**#)#5,
9
B
,!'&' $%
G*+)"*)&+!, *+)"*)&+!, B
,!'&' $%
/&.#)& .#)&) 7 B 7
,!1 ;7PY(8
;7PY8;7PYL
$YG+!%
( B (
,!.#)& .#)&) B
,!1 ;7PY(8
;7PY8;7PYL
$YG+!%
B
,!.#)& .#)&) B
Table 7-10. SFDP Parameters Table 1 (Continued)
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
9:
,:1 ;7PY(8
;7PY8;7PYL
$YG+!%
B
,:.#)& .#)&) B
,:1 ;7PY(8
;7PY8;7PYL
$YG+!%
B
,:.#)& .#)&) B
Erase Maximum/Typical
Ratio
-3**P2$(.6G:E%2
:#
B
(O
,!:#!* ()!) B
,!:#!,
+B*,
+B*,
+B*,
+B,
BO
,!:#!* ()!) B
,!:#!,
+B*,
+B*,
+B*,
+B,
B
,!:#!* ()!) B
,!:#!,
+B*,
+B*,
+B*,
+B,
B
,!:#!* ()!) OB
,!:#!,
+B*,
+B*,
+B*,
+B,
B
)*-3**:#
/!)
-3**P2$(.6G:E%2
:#
B
1 YG+!, B
Table 7-10. SFDP Parameters Table 1 (Continued)
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
9:
)*:#!* ()!)
O
9
7
B
O
(
)*:#!, B,8
B,
)*7!:#!*8
,!+! ()!) B
)*7!:#!,8
,!+!
B,8
B,
)*9&&!)7!
:#!* ()!) BO
)*9&&!)7!
:#!,
B,8
B,
,(:#!* ()!) B
,(:#!,
+B*,
+B*,
+B,
+B,
BO
/,>&
)+!&.&
)*,& ,&!,!
(
B
(
)+!&.&,
,& ,&!,! B
Table 7-10. SFDP Parameters Table 1 (Continued)
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
O9:
/,>&
9
)*/,*!)
,&!* ()!)", BO
)*,&-3**
!* ()!) B
)*,&-3**
!,
+B,8
+B,8
+B,8
+B,
OB
,/,*!),&
!* ()!)", B
,,&-3**
!* ()!) B
,,&-3**
!,
+B,8
+B,8
+B,8
+B,
BO
,&/,*
,)!&
B)*&,,,&
,)!&
B)!,)!&
)*/,*.#)& .#)&) B 9
)*,&.#)& .#)&) B
/,*.#)& .#)&) B 9
,&.#)& .#)&) B
/,>& +
B
!!,/,!7,)
33333+B.#)&P8+!P
7,8
33333+B.#)&P8+!P
7,8
)!,B,>&
B
Table 7-10. SFDP Parameters Table 1 (Continued)
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
9:
3!)<&)<!* ()!)
12:08 0 0010
9
(
3!)<&)<!,
+B,8
+B,8
+B,8
+B,
B
3!)<&)<
.#)&
Opcode or FFh
B
!)<&)<
.#)&
Opcode or FFh
B
)<&)<)!& B)<&)<,)!&8
B)!,)!&
,+/&-)&
O
9
B
O
(
+/&-)& B
,!'& .()!),
$%,)!&
B)!,)!&8
B'& .,)!& O
,!'& .()!),
$%3! B
,!'& .()!),
$%! OB
'&+/4*!,
$'/% B
0.=)/:,+
B)!,)!&8
B,()"!)/,!
+!
/,>& 7 L
!!,/,!.#)&
(
06:00
/,>&
)"!/,!.#)&, B
(
4-Byte Address Exit
B
4-Byte Address Enter
B
Table 7-10. SFDP Parameters Table 1 (Continued)
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
9:
7.36 Enter Secured OTP (B1h)
:!#&.:,!#!),")!!&&!);+!,#&.:*)&:&&!);+!
,#&.:,&&!")**8<#*+,&!),!)4,*+"),,!*&!"
9"!!!#&.:*)&8&!"))<,!&&&))*8)#&!)&)!!&!)
&!&!:#&.:&!#)!+&!&)#!,)#5&)<
,)!!!?!!!,/,!8?!!!,/,!&?!#!/,!,!#!),)!
##!+&!##,,)",#.:).#,#!.:,)#5&)<8)#)**&,!&<!&
>&:!#&.:,!#!),4#,,)<O.
Table 7-11. SFDP Parameters Table 2
Description Comment
Address
(h) Byte
Address
(Bit)
Data (b)
(Bit)
Data (h)
(Byte)
((-**)!
B8
B8
B8
B8
B
B
((-3**)!
OBO8
B8
B8
B
B
9)!#!)-!)& +B,)>)!
,!!,,!
B
9
)<)!#!)&"! B)<)!#!&8
B)<)!#!&
)!#!),+.#)&, +B,,!!,,! B
)!#!)+.#)&, +B,,!!,,! B
)!#!)/&.#)&, +B,,!!,,! BO
)!#!)/,!,
.#)&
+B)!,)!&8
+B.#)&,
8988(8
B
)!#!)/,!)*
.#)&
+B)!,)!&8
+B.#)&,
8988(
B
/,>& B
/,>& B
/,>& /,>&
9:
Figure 7-59. Enter Secured OTP instruction for SPI Mode (left) and QPI Mode (right)
7.37 Exit Secured OTP (C1h)
:3!#&.:,!#!),")3!!&&!);
-
+!,#&.:*)&$,"!)%
Figure 7-60. Exit Secured OTP instruction for SPI Mode (left) and QPI Mode (right)
7.38 Read Security Register (2Bh)
:/&#!/,!#+&!>)"#!/,!+!,!!*$>)*,<!
,!!,,!&<!,!!,,!#)&!)%&#)!),
Secured OTP Indicator bit. :#&.:&#!)+!,)<,!#,)#5&+"#!)+")3"#!)))!
?!,MN8!&#!,)"#!))#58MN&#!,"#!))#5
Lock-down Secured OTP (LDSO) bit. 7<!?!#!/,!,!#!),!=.+!*+,!!)MN")
#,!)*)#5-&)<),.0)<>,)#!+!!,!!)MN$=)#5-&)<%8!=.+!&!;-+!#&.:
#)!+&!&*)?!,;-+!#&.:*)&,##,,,)!)<&!)<!.
9:
Figure 7-61. Read Security Register instruction (SPI Mode)
Figure 7-62. Read Security Register instruction (QPI Mode)
Table 7-12. Security Register Definition
Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0
3 3 3 3 3 3 =.
$&#!"
)#5&)<%
#&
.:
&#!)+!
/,>& /,>& /,>& /,>& /,>& /,>& P)!
)#5
-
&)<
P)#5
&)<
$#)!
)*
,.:%
P)
"#!)
)#5
P"#!)
)#5
)!
+!
)!
+!
)!
+!
)!
+!
)!
+!
)!
+!
G)
-
)!+!
G)
-
)!+!
9:
7.39 Write Security Register (2Fh)
:?!#!/,!,!#!),")#!>,)"#!/,!+!,65?!!!,/,!8
!?!+,!#!),)!4&+")<!?!#!/,!,!#!):?!#!
/,!,!#!)*#!>)"+!$=.+!%")#,!)*!))#5&)<!;+!#&.:
.#!=.+!,,!!)MN8!#&.:#)!+&!&*)
:(*,!)3#!!!+)&L)!<,,!,!#!),J#!&&)!3#!&.
Figure 7-63. Write Security Register instruction for SPI Mode (left) and QPI Mode (right)
7.40 4K-bit Secured OTP
!Q, ") 4 &!" !) )>& ;+! )!*)* ") ,!! &># 4 ,*+<#*
+,!+"#!)),,!*#,!)*,"!)!+)"M;+!,#&.:&"!)N
#!,!+!&#!,<!!#,)#5&+"#!)))!
:))*!;+!,#&.:+!;+!,#&.:*)&$<!G.#)**&%&)!)
)*)*)#&8&!3!;+!,#&.:*)&+<!K.#)**&
(,!)**)#5&)<+!,MN,"!)M!+)",#!,!&"!)N"),#!,!+!
&"!)&!+)"M;+!,#&.:&"!)N")&&,,&"!)
G)!..#)#5-&)<<!>+"#!))#,!)*,!#)!+#&*).?;+!,#&.:
*)&,##,,,)!)<&!)<!.
Table 7-13. Secured OTP
Address Range Size Standard Customer Lock
Z +! G
$#!#G*+%
!*&+#,!)*
Z O+! G9
9:
8. Electrical Characteristics
Notes:
!,,,+)&!),,!&&M9+,)!-3**/!,N*#,*!&*!)!&>#:M9+,)!-3**
/!,N,!,,!,)&"#!))!))"!&>#!!,))!#)&!),+)&!),&#!&!)!)
,#!),)"!,,#"#!),)!*&3),!)+,)!*3**!#)&!),")3!&&)&,*""#!&>#+!
)!3!*,"#&!M9+,)!-3**/!,N!&&!)##)**)&!,)!&!)&,))!)>,))!#)&!),
&&),)!*)!"#!)&>#)!)!!,>,")3!&&)&)"!*
()*!<!@(!&&@:("),*+)&+)+"$F%,,*+&!)&#!>),!#!),
)1&),,+,!#,$/)0%O6
.@(!&@99$(P,/P)*,,/P)*,%
8.1
Absolute Maximum Ratings
(1)
Parameter Symbol Conditions Range Units
)! ((
-
!)((E
)!9&!)9
.
/!>!)F)& !)((E
:,!)!)
.:
[:,!
/!>!)F)&
-
.
!)((E
.
!):*! :
:F
-
!)E \(
=&:*! :
=9
G)!
$%
\(
#!),!!#,#
)!
0*
7)&-)&
$%
-
!)E
8.2 Operating Ranges
Parameter Symbol Conditions Min Max Units
,)*
(#,
(( /P-01$'& %
"/ P-01$/&!%
9*+!.!
:*!
:
9
&,! E \(
8.3 Endurance and Data Retention
Parameter Symbol Conditions Min
,)*(#, ;77)#5
,
;7+)#5)"#
.
8 (#,
!/!!) :*!/ ,
9:
Note:
.:,*!,##!1&).
Figure 8-1. Power-up Timing and Voltage Levels
8.4 Power-up Timing and Write Inhibit Threshold
Parameter Symbol Min Max Units
(($*%!)(=)< !
=
$%
A,
:*7")?! ,!#!) !
6?
$%
*,
?! +!:,)&)! ?
$%
8.5 DC Electrical Characteristics
Parameter Symbol Conditions Min Typ Max Units
!(#!# ( G
$%
GP
$%
.!!(#!# (.6:
$%
.6:P
$%
!=5 = ] A9
.=5 =. ] A9
!&+(!
(( (P((
GPFG)(( A9
)<)<(! (( (P((
GPFG)(( A9
(!/&!
'&
MHz
$%
((
(P((O((
*9
9:
Notes:
:,!&),*+,,&,#"&!)&,&##!1!)&!8:9P\(8((P
.(#5&7)&!!.
Note:
..!!0^,&"&,!)!<&!)!,))&>
(!/&!
'&
MHz
$%
(( (P((O((
.P.
*9
(!/&!
'&
MHz
$%
(( (P((O((
.P.
*9
(!/&!
'&
MHz
%
(( (P((O((
.P.
*9
(!?!!!,
/,!
(( (P(( *9
(!)* (( (P(( *9
(! 7)#5, (( (P(( *9
(!(, (( (P(( *9
!=)<)!, = ((3
!0)!, 0 ((3 ((E
.!!=)<)!, .= .=PA9
.!!
0)!,
.0 .0PA9 ((
8.6 AC Measurement Conditions
Parameter Symbol Min Max Units
=)&(#!#
(
=
!/,&:*,
:
/8
:
,
!,)!,
G
((!)((
!:*/"#)!,
G ((!)((
.!!:*/"#)!,
.6: ((!)((
8.5 DC Electrical Characteristics (Continued)
Parameter Symbol Conditions Min Typ Max Units
9:
Figure 8-2. AC Measurement I/O Waveform
8.7 AC Electrical Characteristics
Parameter Symbol Alt Min Typ Max Units
()#5"4#
),!#!),83#!/&!$%
O((& &,!:*!
R
"
#
(
$%
-01
()#5"4/&!,!#!)$%
"
/
( -01
()#508=)<:*3#!/&!$%
!
(=0
8
!
(==
$%
,
()#508=)<:*")/&!$%
,!#!),
!
(/=0
8
!
(/==
$%
,
()#5/,:*5!)5
!
(=(0
$%
,
()#5:*5!)5
!
(0(=
$%
,
(9#!>!:*!>!)()#5
!
=(0
!
(
,
(G)!9#!>0)&:*!>!)()#5
!
(0=
,
! !:*
!
(0
!
6
,
! 0)&:*
!
(0K
!
0
,
(9#!>0)&:*!>!)()#5
!
(00
,
(G)!9#!>!:*!>!)()#5
!
0(0
,
( ,#! :* $") /& ,!#!), ?!8
,&)*,!#!),% !
0=
!
(0
,
.!!,+:*
!
0'^$%
!
,
()#5=)<!).!!&
!
(='
!
,
()#5=)<!).!!&$3#!-/&%
$%
!
(='
!
,
.!!0)&:*
!
(='K
!
0.
,
0.=9#!>!:*!>!)()#5
!
0=(0
,
O9:
G)!,B
()#5E()#5)<*,!+,,!)4!)"#
!&+&,&)##!1!)8)!_!,!&)&#!)
()!,B/&!!, /,!8/&-"#!># 88'&/&@( /&#!/,!/&
,,#)>*!
.#+,#),!!")?!!!,/,!,!#!)<#!))!#!7!,,!!)
()**# !*! ) , !) ,! /& $/% &,! !*! , !) )!*!,
0.=9#!>0)&:*!>!)()#5
!
(000
,
0.=G)!9#!>!:*!>!)()#5
!
00(0
,
0.=G)!9#!>0)&:*!>!)()#5
!
(00=
,
0.=!).!!=)<^
!
00'K
$%
!
=^
,
0.=!).!!0^
!
0='^
$%
!
0^
,
?!)!#!!:*7")(=)<
!
?0=
$%
,
?!)!#!!:*9"!(0
!
0?=
$%
,
(0!))<)<-)&
!
$%
A,
(0!)!&+-)&<!)!#!)#
!/&
!
/
$%
A,
(0!)!&+-)&<!#!)#
!/&
!
/
$%
A,
(0!)3! ,!#!)"!,&
!
6
$%
A,
(0!)3! ,!#!)"!/,!
!
/:
$%
A,
?!!!,/,!:*
!
?
*,
7!)*:*
!
7
A,
)*:*
!
*,
7)#5,:*$;7%
!
,
7)#5,:*$;7%
!
7
,
7)#5,:*$;7%
!
7
,
(,:*
!
(
,
8.7 AC Electrical Characteristics (Continued)
Parameter Symbol Alt Min Typ Max Units
9:
8.8
Input Timing
8.9 Output Timing
8.10 Hold Timing
9:
9. Ordering Information
9.1 Ordering Code Detail
A T 2 5 S 6 4 S BU T1 – –F
Designator
Product Family
Device Density
641 = 64-megabit
Package Option
M = 8-pad, 5 x 6 x 0.75 mm DFN
S = 8-lead, 0.208" wide SOIC
CC = 1 mm pitch BGA
U = 0.5mm pitch dBGA
DWF = Die in Wafer Form
Device Grade
U = Green, Matte Sn or Sn alloy,
Industrial temperature range
(–40°C to +85°C)
Shipping Carrier Option
T = Tape and reel
Operating Voltage
B = 2.7V to 3.6V
A
Device Revision
Ordering Code
(1)
Package Lead Finish
Operating
Voltage
Max. Freq.
(MHz) Operation Range
9:-07: -9
9( -01
℃
!)
℃
$ &,!
:*!/%
9:67:
9:?
$%
?
:,#)!)#)&,)!*5&)!&>#,
()!#!9&,!)")*##&<),,")*!)
Package Type
8S4
&8`?&8,!#F?*.!#5$ 9@. (%
8MA1
&$33**+)&%8:*#&,!#6!:!G)&$6G%
DWF
?")*
9:
10. Packaging Information–
10.1 8S4 – 8-lead, 0.208” EIAJ SOIC
TITLE DRAWING NO. GPC REV.
Package Drawing Contact:
contact@adestotech.com
®
8S3STN A
8S3, 8-lead, 0.208” Body, Plastic Small
Outline Package (EIAJ)
SYMBOL
MILLIMETERS
INCHES
MIN
NOM
MAX
MIN
NOM
MAX
A
1.75
1.95
2.16
0.069
0.077
0.085
A1
0.05
0.15
0.25
0.002
0.006
0.010
A2
1.70
1.80
1.91
0.067
0.071
0.075
B
0.35
0.42
0.48
0.014
0.017
0.019
C
0.19
0.20
0.25
0.007
0.008
0.010
D
5.18
5.28
5.38
0.204
0.208
0.212
E
7.70
7.90
8.10
0.303
0.311
0.319
E1
5.18
5.28
5.38
0.204
0.208
0.212
e
1.27 BSC
0.050 BSC
L
0.50
0.65
0.80
0.020
0.026
0.031
Θ
0˚
-
8˚
0˚
-
8˚
Y
-
-
0.10
-
-
0.004
5/5/16
9:
10.2 8MA1 – UDFN
TITLE DRAWING NO.GPC REV.
Package Drawing Contact:
contact@adestotech.com
®
8MA1YFG D
8MA1, 8-pad (5 x 6 x 0.6 mm Body), Thermally
Enhanced Plastic Ultra Thin Dual Flat No Lead
Package (UDFN)
COMMON DIMENSIONS
(Unit of Measure = mm)
SYMBOL MIN NOM MAX NOT E
A 0.45 0.55 0.60
A1 0.00 0.02 0.05
b 0.35 0.40 0.48
C 0.152 REF
D 4.90 5.00 5.10
D2 3.80 4.00 4.20
E 5.90 6.00 6.10
E2 3.20 3.40 3.60
e 1.27
L 0.50 0.60 0.75
y 0.00 – 0.08
K 0.20 – –
4/15/08
Pin 1 ID
TOP VIEW
E
D
A1
A
SIDE VIEW
y
C
BOTTOM VIEW
E2
D2
L
b
e
1
2
3
4
8
7
6
5
Pin #1 Notch
(0.20 R)
0.45
K
Pin #1
Cham fer
(C 0.35)
Option A
(Option B)
9:
11. Revision History
Revision Level – Release Date History
9- !,)"9:&!,!
7@
6&!&!*+$<,9:9%/>,&!)9:
9&&&?=(#5
()#!&**)!&##!! ,
(G)>*+
9&&&&>#&0
(&9:-67:!)-07:
6&!&6G#5&<&&*,),
6&!&!+,
6&!&? & ((6&!&#!)
+ 6&!&G)!):+
-#
/*)>&?=(&7F9#5,
/*)>&-01"#,
6&!&7)#5&(,!*9((#!,!#,!+
Corporate Office
(")a69
9&,!)0&4!,
!,)?
!(8(9O
)B$E%
*B#)!#!b&,!)!##)*
c9&,!):#)),9!,,>&/>B
,#*B9&,!):#)),())!)*5,)<!")!,)"!,)&#!,8)!!!),3,,#)!&!()*I,,!&&<!<#,&!&9&,!)I,:*,
&()&!),)#!&)!()*I,<+,!:()*,,*,),),+!")),<#*!,&)#*!8,>,!!!)#&>#,),#"#!),
&!&!!*<!)!)!#8&&),)!*5#)**!*!!)&!!")*!)#)!&G)#,,!)!!,))!!#!)!)"9&,!)!&+!
()*#)#!)<!!,)"9&,!))&#!,83,,)+*#!)9&,!)I,)&#!,)!!)1&"),,#!##)*)!,",)!&>#,),,!*,
