u blox WIBEAR-SF-UAP The Lesswire industrial universal 802.11b/g WLAN + Bluetooth 2.1 module is targeted for integration into different products of OEM partners enabling them to communicate over WLAN and Bluetooth connection. User Manual WiBear SF DS v1 03
u-blox AG The Lesswire industrial universal 802.11b/g WLAN + Bluetooth 2.1 module is targeted for integration into different products of OEM partners enabling them to communicate over WLAN and Bluetooth connection. WiBear SF DS v1 03
u blox >
Contents
- 1. AN00K73535 UserMan
- 2. AN00K73535 InstGuide
- 3. 15_WIBEAR-SF_UAP UserMan
15_WIBEAR-SF_UAP UserMan
The information in this document is subject to change without notice. Please download latest version from www.lesswire.com
WiBear-SF
IEEE 802.11b/g WLAN and Bluetooth 3.0+EDR Module
Data Sheet
Preliminary Version 1.03
March 2012
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Introduction
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Applications
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Key Features
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Ordering Information
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Order Number Part Number Description
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Product Variants
Product Variants
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Product Name Description
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Performance Comparison
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Module Mode Net Throughput
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Block Diagram
WiBear-SF1
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Pin Description
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Pin
No.
Pin Name Pin Type Description
A .0( .(<+9 +KL6%1 2
.(+96%1 2
.(".96'%
".9. &&&1'2
A! .0( .(<+9 +K!L
.(+96'%
.(".91'2
".9:E&
! A* .0( .(<+9 %06
.(+9 %
.(".9 &
".9 &
< A,? . .(<+9: &
.(+9: &
.(".9: &
".9: &
SD_D2
1
SD_D3
2
SD_CMD
3
SD_CLK
4
SD_D0
5
SD_D1
6
RESETn
7
PDn
8
3V3
9
VIO
10
1V8
11
GND
12
GND
13
SLEEP_CLK 14
GPIO_2 15
GPIO_6 16
GPIO_7 17
GPIO_8 18
GPIO_3 19
GPIO_4 20
GPIO_5 21
GPIO_16 22
GPIO_17 23
CF_INPACKn 24
CF_RESET 25
GND 26
GPIO_0 27
GPIO_1 28
GPIO_9 29
GPIO_10 30
GPIO_11 31
GPIO_12 32
GPIO_13 33
GPIO_14 34
GPIO_15 35
BT_FREQ 36
BT_PRIORITY 37
BT_STATE 38
WL_ACTIVE 39
GND
40
ANT2
41
GND
42
GND
43
ANT1
44
GND
45
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> A .0( .(<+9 +KL
.(+9
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G A .0( .(<+9 +KL
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Electrical Specifications
Absolute Maximum Ratings
$+>9+&8&
Name Parameter Min Max Units
!! "&'!! ! <
/ "&'/ ! !
.( .0(&'/0!! ! <
$
$(6)
& < 4/> =
Operating Conditions
$+G9( %
Name Parameter Min Typ Max Units
!! "&'!! ! !! !G
/ "&'/ @ / H
G / .( .0(&'/0!!
! !! !G
$
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Current Consumption
$+@9& &
1.8V Current 3.3V Current
Mode AVG Peak AVG Peak Units
,- %&6J @ /
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,-$J4>% @ / /
,-$J4G% @ / G
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Digital Pad Ratings
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Name Parameter Mode
1
Min Max Units
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Radio Specifications
WLAN
$+H9,-6%#
Parameter Specification
6E& 6 <N>5D
&% N!1.)))/+02
*%& /+9? %
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&%6 /+933>>3*+
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$+9/+0 &%
Channel Frequency,
GHz
North
America Europe Spain France Japan MKK
< 8 8 8
<@ 8 8 8
! < 8 8 8
< <@ 8 8 8
> <! 8 8 8
G <!@ 8 8 8
@ << 8 8 8
/ <<@ 8 8 8
H <> 8 8 8
<>@ 8 8 8 8 8
<G 8 8 8 8 8
<G@ 8 8 8
! <@ 8 8 8
< </< 8
-9 <1R 2 /+%
Bluetooth
$+9&6%#
Parameter Specification
6E& 6 <N</!>5D
&%*% $3$!53)6
-&+# @H
*%& *+9?162
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!*+9/M"?1)62
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Physical Dimensions
&>9"%
Recommended Footprint
&G96 %%#
19
7
20 21 2215 16 17 1814 23 24 25 26
8
9
10
11
12
13
1
2
3
4
5
6
33
32
31
30
29
28
27
39
38
37
36
35
34
45 44 43 42 41 40
G
G
/
O
> > > > >
"T@
"T@
"T@
O
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Module Configuration
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GPIO Function Condition
Operation mode
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5 #
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Host Interfaces
SDIO Interface
5% ##%&1 NG2 + #&%.(1%#&2".
# %& & .( %' # # %& %% .(
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$+!9.( #%
Pin No. Pin Name Pin Type Description
A .0( .(<+9 +KL6%1 2
.(+96%1 2
.(".96'%
A! .0( .(<+9 +K!L
.(+96'%
.(".91'2
! A* .0( .(<+9 %06
.(+9 %
.(".9 &
< A,? . .(<+9: &
.(+9: &
.(".9: &
> A .0( .(<+9 +KL
.(+9
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G A .0( .(<+9 +KL. &1( 2
.(+9. &
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$
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$+<9.(5. #$
Symbol
Parameter Condition Min Typ Max Units
- > *5D#
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5% > *5D
- $
,
:,$
5% @
- $
5
:5$
5% @
- > $
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5% G
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. &5%$
5%
$
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G-SPI Interface
5% ##%&1 NG2 + #&%"..(1%#&2
#. ".%%&& 3#%&83*%". #1".2
& ".+&,-%'%&'
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$+>9". #%
Pin
Number
Generic SPI bus Name Description
.-$ ".7 ' &&&
,?A)- ".7 :) +&&
! . ".7 % &
< ,? ".7 : &
> ".7 ' &
G ( ".7 %&&
@ 6$ ' &1*%&2
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5
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$+G9".5. #$
Symbol
Parameter Min Typ Max Units
$
,?
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$
5
:5 >
$
,
:, H
$
6
:6$
$
:$
$
5
.5%$ >
$
7
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$
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$
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$
5
: 6
$
6
6 <
$
$
6
$
$
7
$
5
$
5
5.W
$
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5
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6
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Bluetooth Coexistence Interface
*%& & #& 8 & ( #
#& +&%$&8 +12 + #&% #
8 &%' &&+8 #%3
#123!1!2<1<2 '+( #
+&%
$ #%%%'%%&%
8 $ # : % +% & #
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+ 1"$2
$+@9&8
Pin No. Pin Type 2-Wire 3-Wire 4-Wire
!G . -&% -&% $A6)M
!@ . $A"6.(6.$I $A6A$.) $A6A$.)
!/ . -&% $A$$) $A$$)
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2WBCA
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$% ,-68 %$8+% # %
3WBCA
& $A6A$.) 1$A6)M2 & # *%& & ##
' $8 68 % 1& %' E& %&2 $ #
% & & : $A$JA(- N && # *%& &
%' % $8.#&&3 &%' $8$
#%& #& $A$$)N & #*%&& $8
68 % % ' # ## 1 # $A6A$.) % % # & %2
" # $A$$) & % # $A6A$.) % $
&$8068 # $A$$) & %# #
4WBCA
$<+% !%% # & # &%'
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Antennas
Antenna Connection
( +% 8 + &% %& +
% %& + > ( 1 & +2
$ % &% + &% % % +% % % :
%3: %'% 8&+B& % .
# %% %8+& %+3& & $
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&' 1% & % %& % 3 %+%
% %: 3& ' 3%B %'3&
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%0 %&&%+&%" : +% +%% 1 <3>3
, 8+%2& '& # +# "#
# & % &&'%%+ &#&#
# %
8 %&% 5 7,6*$ + %% 1&
%%& #&E& 2$ &%+ %%&+
>( .%:##&& % & %
& % 8 % & % -$0-$ # %& 1
8+2& #& % & % 6 % &%+8D%
%& %& # + & % %## '&## & #
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Antenna Accessories
$+/9
Part name and description Comment Outlook
57,6*$
&#& %>( &
8
7, 8 + & %
+% %&
'% 6 + %&
% 8 1 2 &
%% & # &
E&
7,*12%+ 6%% + # %## 1#
@>!2 %%1/3! %
!2'+ :
+ # & %& $
* + & %
- '% # & 7 % %
'%#)71%&* 2
7,6"*12%
+
6%% + # %## 1#
@>!2 %%1/3! %
!2'+ :
+ # & %& $
6" 16' "2 +
& % '% # &
73 % % )7 1%& 6"*
2
Antennas
$+H9
Part name and description Comment Outlook
&): :@<//H<>3
R $ <>$<>
3&#&
E& 9<N>*5D
9!%
.% 9>(
D9H>88
*
*@0@6)
5#'%
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9!<%
.% 9>(
"D 9'
D9H>8H
9
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* %6"* '%
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% %
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9!<%
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D9H>8G
9
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Reference Design
Overview
6# % %& ' .( % 76$
#,- %&1$4)62+ %& &'.(+&
'.(+& %76$#,- %& % ,- %&5
1$!54)62+ E&%1.(476$2"+& +%
8 % '8 + # # B& 6/ 6H 5
#' +%+B&6G6@1!!/26%%# % '+
)'& ?1)?* 2#,
&9)'& ?&:
Schematic Diagram
&!9%
A1
2.45GHz
C1
100nF
D3
Blue
D1
Green D2
Orange
1 2
3 4
5 6
7 8
9 10
J2
J3
IN
1
EN
3
GND
2NC 4
OUT 5
U2
MCP1824T-1802E
DAT2 9
DAT3 1
CMD 2
GND 3
VDD 4
CLK 5
GND 6
DAT0 7
DAT1 8
SDIO
SD_D2
1
SD_D3
2
SD_CMD
3
SD_CLK
4
SD_D0
5
SD_D1
6
RESET
7
PD
8
3V3
9
VIO
10
1V8
11
GND
12
GND
13
SLEEP_CLK
14
GPIO_2
15
GPIO_6
16
GPIO_7
17
GPIO_8
18
GPIO_3
19
GPIO_4
20
GPIO_5
21
GPIO_16
22
GPIO_17
23
CF_INPAK
24
CF_RESET
25
GND
26
GPIO_0
27
GPIO_1
28
GPIO_9
29
GPIO_10
30
GPIO_11
31
GPIO_12
32
GPIO_13
33
GPIO_14
34
GPIO_15
35
BT_FREQ
36
BT_PRIORITY
37
BT_STATE
38
WL_ACTIVE
39
GND
40
ANT2 41
GND
42
GND
43
ANT1 44
GND
45
U1
1 2
3 4
5 6
7 8
9 10
12
14
11
13
J1
R1
620 R2
1.6K
C3
10uF
C2
10uF
3V3
R3
820
3V3
C4
1.8pF
MAIN
J4
AUX
".(A@".(A
3V3
1V83V3
R4
100K
6))$
A
A!
*
,?
A
A
3V3
3V3
1V8 3V3
".(A
".(A@
6))$
76$A6$
76$A$J
76$A6J
76$A$
R5
100K
A
A!
*
,?
A
A
A
A!
*
,?
A
A
VIO
VIO
VIO
SDIO
UART
76$A$
76$A6J
76$A6$
76$A$J
+
9,- %& 179-$3" <<2
9,-179-$3" <<2 %&179-$3" <2%##
R<
"Supply" "WLAN" "BT"
DNP
+
R6
0
R7
DNP
VIO3V3
1V8
C5
1.5pF L1
3.9nH
Antenna matching components (C4, C5, L1)
values depend on antenna type,
layout, PCB material and PCB thickness
R8
0
R9
DNP
X) %& +% 8 &#Y* Y + # # #6/6H1# &9 +% 2
7
Host interface voltage selection
Install one of R6 (3.3V) or R7 (1.8V)
(Default R6 installed for 3.3V host)
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Assembly Diagram
&<9+%
Bill of Materials
$+9#
Assembly Option
Qty Des Part Description Manufacturer Part Number 1 2
5."<>*5DH>88 R $ 9
<>$<> 4 4
"3)63 3Q3J@63G3*
G! 4 4
3
!
"3)63&3Q3J>63G!3*
/> 4 4
< "3)63/3403-"3>3
*G! 4 4
> "3)63>3403-"3>3
*G! 4 4
,)3 3*/> ? +9?"5*? 4 4
,)3( 3*/> ? +9?"5*)? 4 4
! ,)3&3*/> ? +9?"5*" 4 4
R " 5%3&+63><3
3&%%38@3$&
5 -" -"
R " 5%3&+63><3
3&%%38>3$&
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