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EDA365电子论坛网»电子社区 › 研发技术版块 › 射频RF|微波技术 › MT6589 射频调试。
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MT6589 射频调试。

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rongunac

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发表于 2019-8-15 12:13 | 只看该作者 回帖奖励 |倒序浏览 |阅读模式

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大家好:
" a6 t$ L+ Z9 e& P* e' p$ }
# P5 v3 j% I# x5 Q) ]  N* s使用MT6589+MT6167+BAND 1 2 5,现在校准不过,以下是ATE的打印信息.
& u  o( j5 i- H! N9 M$ ]% l* K/ @已经用META调过3G的功率,更换过电阻 电容 电感,请教大神，非常感谢！3 t. u0 s1 x% [+ n8 f2 W+ A& |

9 P7 C& Q5 `- K( n% m9 n! j# \  y2 ~" \+ I
如下:
& \7 O+ `% E) i" ]6 a===================== Begin Calibration =========================7 e1 H0 U: f7 T) E: W
6 u6 y4 x& I! s; ~8 Q6 N" a. }4 W
&nBSP;       AFC Calibration OK
3 L* ], J: ^+ _5 uAFC DAC1=4200, AFC DAC2=4800! m2 V' ]% i: H
Slope=8.078, min:-10.000, max:10.0003 n5 B1 U6 E& q- X) H1 C
Use Default Value=4256. h) _; ]6 x' s) K4 S' {6 f
        AFC Calibration time=8.03 (sec)+ X' v' A( V1 W
PL GSM TCH 25 = 6.62  Pass MAX:25.00   MIN:-20.004 L" h6 `) v$ \7 b  L) c
PL GSM TCH 50 = 7.88  Pass MAX:25.00   MIN:-20.00' a9 N) H5 ^: {8 t4 q
PL GSM TCH 75 = 4.38  Pass MAX:25.00   MIN:-20.00( K  X+ X, [1 \9 d" Y7 Z
PL GSM TCH 100 = 5.00  Pass MAX:25.00   MIN:-20.00
: R4 T7 j- q9 }8 M/ x) H6 k; C+ FPL GSM TCH 124 = 7.75  Pass MAX:25.00   MIN:-20.006 ~% ?1 r2 C7 R" J
PL GSM TCH 975 = 5.00  Pass MAX:25.00   MIN:-20.00
9 d, |3 J, G7 N( iPL GSM TCH 1000 = 8.00  Pass MAX:25.00   MIN:-20.00
0 J( g: W1 x! Y% @% @PL GSM TCH 1023 = 3.75  Pass MAX:25.00   MIN:-20.00; U0 A3 [% r5 m. r, R  F0 l
PL DCS TCH 512 = 8.25  Pass MAX:20.00   MIN:-15.006 k; V$ h4 {9 m& W
PL DCS TCH 560 = 9.88  Pass MAX:20.00   MIN:-15.00: O/ `/ `  B" @2 q
PL DCS TCH 600 = 9.75  Pass MAX:20.00   MIN:-15.00
6 w! \" N% N, ?5 g2 u% FPL DCS TCH 640 = 9.25  Pass MAX:20.00   MIN:-15.00
% a& y6 k* P1 g" UPL DCS TCH 680 = 8.38  Pass MAX:20.00   MIN:-15.00
; J; Z1 ?( P! N+ zPL DCS TCH 720 = 7.62  Pass MAX:20.00   MIN:-15.00
% ~, W8 @: P- M& J- YPL DCS TCH 760 = 7.50  Pass MAX:20.00   MIN:-15.00
* `- J1 h0 R: v! G& p/ c- N0 jPL DCS TCH 800 = 8.00  Pass MAX:20.00   MIN:-15.00
# I6 E) i% k& H# J2 gPL DCS TCH 840 = 10.00  Pass MAX:20.00   MIN:-15.005 ]: r! f. v* `: v* b/ `4 Y
PL DCS TCH 885 = 10.25  Pass MAX:20.00   MIN:-15.006 x" f: U5 f  n& t
        Path Loss Calibration OK
+ l0 y' h2 P# c2 L" R3 _================== Path loss LNA middle/low calibration begin ===================2 C/ a( H' {/ U% I1 y7 \+ J
----------------- Calibrate LNA Middle mode -----------------
6 J; U& H. U* _  H' DPL GSM900  TCH 25 = 1.50   Pass MAX:15.00   MIN:-15.00
- E8 k; x3 q! T' [, y% i, NPL GSM900  TCH 50 = 0.00   Pass MAX:15.00   MIN:-15.00" Q* X$ i' O( S3 x2 u! a8 L) M
PL GSM900  TCH 75 = 0.38   Pass MAX:15.00   MIN:-15.00
4 R, s7 V2 a5 t6 [( Z: @PL GSM900  TCH 100 = 1.00   Pass MAX:15.00   MIN:-15.00
. a$ m( @# }8 n2 F5 ^PL GSM900  TCH 124 = -0.25   Pass MAX:15.00   MIN:-15.00
$ P& |' T0 ]( b0 ~. i$ cPL GSM900  TCH 975 = 0.88   Pass MAX:15.00   MIN:-15.00
- m$ _4 p8 Q* F( i3 F. BPL GSM900  TCH 1000 = 2.00   Pass MAX:15.00   MIN:-15.00. Q% M  s" _7 f
PL GSM900  TCH 1023 = -0.38   Pass MAX:15.00   MIN:-15.00
4 p! ~7 d3 i- H* CPL DCS1800  TCH 512 = 2.12   Pass MAX:15.00   MIN:-15.00$ P( `2 G7 m' w9 H
PL DCS1800  TCH 560 = 0.62   Pass MAX:15.00   MIN:-15.001 @; _+ P: M+ V$ K# n
PL DCS1800  TCH 600 = 0.00   Pass MAX:15.00   MIN:-15.00% E6 W( t9 I: C4 I1 ~  a5 @6 x+ Q
PL DCS1800  TCH 640 = 0.00   Pass MAX:15.00   MIN:-15.00
; i$ |( ?( q/ gPL DCS1800  TCH 680 = 0.50   Pass MAX:15.00   MIN:-15.00
1 n$ @& r8 Y9 @3 q5 D; x. lPL DCS1800  TCH 720 = 0.75   Pass MAX:15.00   MIN:-15.00- ~, k5 Z% \" t+ i9 j$ f1 ~
PL DCS1800  TCH 760 = 0.88   Pass MAX:15.00   MIN:-15.00, k# b! r2 t) s& h, f
PL DCS1800  TCH 800 = 0.75   Pass MAX:15.00   MIN:-15.00
/ r: g7 a; P, a/ ^3 NPL DCS1800  TCH 840 = 0.50   Pass MAX:15.00   MIN:-15.00  q2 \. m0 n- H6 D7 b$ h( u+ L
PL DCS1800  TCH 885 = 0.50   Pass MAX:15.00   MIN:-15.005 j0 \  [- s' ]
----------------- Calibrate LNA Low mode -----------------8 d' G4 p2 V; X
PL GSM900  TCH 25 = 8.25   Pass MAX:15.00   MIN:-15.005 m- @" L% P8 Q, K' S2 V8 }
PL GSM900  TCH 50 = 9.25   Pass MAX:15.00   MIN:-15.006 k/ R' _( B0 O5 Q
PL GSM900  TCH 75 = 6.00   Pass MAX:15.00   MIN:-15.00
! B1 m) g+ O3 d2 YPL GSM900  TCH 100 = 6.50   Pass MAX:15.00   MIN:-15.00+ H$ a7 l! r! {! O! L/ \
PL GSM900  TCH 124 = 8.88   Pass MAX:15.00   MIN:-15.00
( R$ @0 W- V- y3 _: OPL GSM900  TCH 975 = 6.12   Pass MAX:15.00   MIN:-15.00
( Y& k4 z2 C8 e3 y6 T, YPL GSM900  TCH 1000 = 9.75   Pass MAX:15.00   MIN:-15.00
9 S, W6 }! s% j: f  L: @PL GSM900  TCH 1023 = 5.25   Pass MAX:15.00   MIN:-15.00
) G  ?. Z% y% [' K9 SPL DCS1800  TCH 512 = 10.50   Pass MAX:15.00   MIN:-15.00
% f  ?- Y7 q3 C) `$ V, d6 L; B# BPL DCS1800  TCH 560 = 12.00   Pass MAX:15.00   MIN:-15.00
1 T% i% ^, c, L; S, CPL DCS1800  TCH 600 = 11.88   Pass MAX:15.00   MIN:-15.00
8 R; w! f, y" _" N6 Y: n0 MPL DCS1800  TCH 640 = 11.12   Pass MAX:15.00   MIN:-15.008 M. O/ d' p+ n% U
PL DCS1800  TCH 680 = 10.50   Pass MAX:15.00   MIN:-15.00
( |' w2 F$ T5 zPL DCS1800  TCH 720 = 9.88   Pass MAX:15.00   MIN:-15.00) p; d" K6 c$ j  t* @8 f( _! ~
PL DCS1800  TCH 760 = 9.62   Pass MAX:15.00   MIN:-15.00
; O  W$ e( e% p5 IPL DCS1800  TCH 800 = 10.38   Pass MAX:15.00   MIN:-15.00; _2 z: H/ h$ {
PL DCS1800  TCH 840 = 12.25   Pass MAX:15.00   MIN:-15.00
( q' R9 X9 v: l6 E2 v$ CPL DCS1800  TCH 885 = 12.50   Pass MAX:15.00   MIN:-15.00% l- {7 @9 ]$ `8 W" ?! J, h' T

: }8 E8 @* q/ u6 J; @; f        Pathloss Calibration time=14.11 (sec)$ B. }! K/ \4 v6 }" `1 `) I: ^+ z# A
S:470,delta_s:2.00,wanted:32.500,meas:31.888,current_C:3
5 I" L; m1 @( E- LS:471,delta_s:1.00,wanted:32.500,meas:31.923,Current_C:3+ {, p+ v" y* H, B* I. r
S:472,delta_s:1.00,wanted:32.500,meas:31.958,Current_C:3( P* C2 N9 }) u# U6 \' H2 H* s- ?
S:473,delta_s:1.00,wanted:32.500,meas:31.993,Current_C:3; ?6 K% t3 p" s3 z$ G0 R8 @( R$ T
S:474,delta_s:1.00,wanted:32.500,meas:32.028,Current_C:3
5 o' i3 \, h5 V+ N  _S:475,delta_s:1.00,wanted:32.500,meas:32.058,Current_C:3" D1 E! F5 d8 b4 Z- N
S:476,delta_s:1.00,wanted:32.500,meas:32.090,Current_C:33 ^8 Y& g4 l7 `. z2 L
S:477,delta_s:1.00,wanted:32.500,meas:32.124,Current_C:39 p# ^3 v% }- t+ q% t
S:478,delta_s:1.00,wanted:32.500,meas:32.155,Current_C:3
- i: E& B" ~9 \9 I+ M' LS:479,delta_s:1.00,wanted:32.500,meas:32.188,Current_C:3! Q1 Y0 p$ O' C+ u& i. i/ s
S:479,delta_s:0.00,wanted:32.500,meas:32.188,Current_C:38 Q, s3 u* |5 y+ p- z" F$ z: B1 m
[Dac Repeated] Pre2_Dac[0] = Current Dac = 479
1 P0 u8 e! t  [
8 r4 Q+ k+ q# oAPC GSM PCL:5  Vset:0.867891 APC_DAC:478, p& L3 _  g6 L
S:418,delta_s:1.00,wanted:30.500,meas:29.943,Current_C:3$ H# g+ T! g& x6 H* l
S:431,delta_s:13.00,wanted:30.500,meas:30.450,Current_C:24
3 z9 N& O. }  h/ l* FAPC GSM PCL:6  Vset:0.789141 APC_DAC:431
: [" f+ }. h0 Q( w6 x8 oS:385,delta_s:1.00,wanted:29.000,meas:28.588,Current_C:3
% F- o$ M5 C# M, ]S:394,delta_s:9.00,wanted:29.000,meas:28.964,Current_C:228 O( Z" S" H2 I% \) G+ z) ^
APC GSM PCL:7  Vset:0.728437 APC_DAC:3934 M) j; Q+ i5 a; b: N3 |( b8 F0 D7 |
S:341,delta_s:1.00,wanted:27.000,meas:26.594,Current_C:3
8 P$ G) \1 s' ~4 L. TS:349,delta_s:8.00,wanted:27.000,meas:26.975,Current_C:20
+ E% ?6 M' W# {& |) r* B7 VAPC GSM PCL:8  Vset:0.654609 APC_DAC:348
0 F% e. ^6 }6 t4 i) p3 t1 ZAPC GSM PCL:9  Vset:0.582422 APC_DAC:305$ ?' @' h+ f# m2 `3 \  ~
APC GSM PCL:10  Vset:0.531562 APC_DAC:2735 U2 c/ e$ u) z, E. l# Y7 X
APC GSM PCL:11  Vset:0.487266 APC_DAC:247
6 N3 G7 h& W( ~& \9 @0 ?S:222,delta_s:-1.00,wanted:19.000,meas:19.457,Current_C:3' U$ z. h- ?& t8 |- S  U% G9 ?
S:217,delta_s:-5.00,wanted:19.000,meas:19.063,Current_C:11# k. R# b1 }6 X6 L! @' ~3 Y/ q
APC GSM PCL:12  Vset:0.438047 APC_DAC:216
! {: J- d* Z/ a0 NS:201,delta_s:-2.00,wanted:17.000,meas:17.724,Current_C:30 w0 [/ @: X3 Z& Z  q$ i: `
S:194,delta_s:-7.00,wanted:17.000,meas:17.095,Current_C:11
/ D8 c, c. U  JAPC GSM PCL:13  Vset:0.400312 APC_DAC:193
  e* W1 X" O, O$ i' r7 ^S:181,delta_s:-3.00,wanted:15.000,meas:15.833,Current_C:3' f8 f  N. @/ X1 R3 q4 r) h3 `1 U
S:174,delta_s:-7.00,wanted:15.000,meas:15.105,Current_C:9" U; A! z6 G0 R/ j
APC GSM PCL:14  Vset:0.367500 APC_DAC:173
+ Q) c+ I( s0 ^7 Q7 O* @S:165,delta_s:-4.00,wanted:13.000,meas:14.134,Current_C:3! L- w1 ~4 w1 d; w
S:156,delta_s:-9.00,wanted:13.000,meas:13.082,Current_C:8
+ _) ?  U; d" D. _- G5 pAPC GSM PCL:15  Vset:0.337969 APC_DAC:156" C7 d2 E! C* F! S7 E* c8 G
S:200,delta_s:-5.00,wanted:11.000,meas:12.341,Current_C:3# @3 E/ c: w4 L8 F
S:190,delta_s:-10.00,wanted:11.000,meas:11.016,Current_C:8* \% A8 L+ K; ]! ?& z  G
APC GSM PCL:16  Vset:0.393750 APC_DAC:190$ f- g+ Q9 k$ c8 ^, U
S:186,delta_s:-6.00,wanted:9.000,meas:10.619,Current_C:3% q4 @* g' }2 x4 i+ u
S:172,delta_s:-14.00,wanted:9.000,meas:8.498,Current_C:9
. f% V& s- T8 }7 z, T& LS:175,delta_s:3.00,wanted:9.000,meas:8.977,Current_C:6
& e  U8 X& B. h5 h! u& dAPC GSM PCL:17  Vset:0.369141 APC_DAC:175# Y1 w+ i- L' |5 U# U" l
S:173,delta_s:-8.00,wanted:7.000,meas:8.686,Current_C:3
! V* ]: c. G$ F1 ]- _S:163,delta_s:-10.00,wanted:7.000,meas:7.041,Current_C:6
5 h/ Q/ M* `8 c7 VAPC GSM PCL:18  Vset:0.349453 APC_DAC:163
" x* Q; L% M- s3 q# l1 A7 \; S* DS:162,delta_s:-10.00,wanted:5.100,meas:6.866,Current_C:34 S, }2 q7 C' c& L
S:152,delta_s:-10.00,wanted:5.100,meas:4.957,Current_C:6
; G, y# |7 r$ j9 n' t% K0 LAPC GSM PCL:19  Vset:0.331406 APC_DAC:151. ^0 ?: q* p, R/ w6 W7 `1 o
S:511,delta_s:3.00,wanted:29.500,meas:28.434,Current_C:3
* R1 k. Z: y! l: F/ X7 `S:542,delta_s:31.00,wanted:29.500,meas:29.495,Current_C:30$ p0 a! F( Z( `' ^* C
APC DCS PCL:0  Vset0.889219 APC_DAC:542" K0 m: W; g# I  J
S:464,delta_s:6.00,wanted:27.500,meas:25.568,Current_C:3
' }. d/ h$ _1 T) ?* bS:502,delta_s:38.00,wanted:27.500,meas:26.923,Current_C:20% t8 r* L) A- V* d) x
S:518,delta_s:16.00,wanted:27.500,meas:28.845,Current_C:28# T  [: q- a2 d
S:508,delta_s:-10.00,wanted:27.500,meas:28.474,Current_C:8
4 z8 f. |* w  e% ~# @! J1 WS:483,delta_s:-25.00,wanted:27.500,meas:27.615,Current_C:268 g# W3 w& K& i% j$ g
APC DCS PCL:1  Vset0.792422 APC_DAC:482  m+ Y# I7 \* {  `5 b
S:427,delta_s:2.00,wanted:26.000,meas:25.408,Current_C:3
6 F0 u8 Y7 s' s* aS:440,delta_s:13.00,wanted:26.000,meas:25.955,Current_C:23
7 m9 a- S" W/ c4 |8 t( ^APC DCS PCL:2  Vset0.721875 APC_DAC:440% c+ q4 C4 z' a! E! x4 i
S:384,delta_s:1.00,wanted:24.000,meas:23.527,Current_C:33 [# t( R$ E3 L
S:392,delta_s:8.00,wanted:24.000,meas:23.901,Current_C:19. ]+ [7 B+ F( [1 R' |
APC DCS PCL:3  Vset0.643125 APC_DAC:392: D4 \3 G4 K4 ~( E0 U
APC DCS PCL:4  Vset0.572578 APC_DAC:348, s+ {% ]/ i- `
APC DCS PCL:5  Vset0.523359 APC_DAC:319
+ l7 Q8 D% U8 k! T9 nAPC DCS PCL:6  Vset0.472500 APC_DAC:288
( `9 J2 e3 k, \( O9 z# E* q; J# ~S:263,delta_s:-1.00,wanted:16.000,meas:16.454,Current_C:33 K% }( i/ p1 l; z
S:257,delta_s:-6.00,wanted:16.000,meas:16.049,Current_C:14
% A' Z& A2 V" a1 U& M; M" FAPC DCS PCL:7  Vset0.421641 APC_DAC:256; f6 X( V$ O$ C
S:239,delta_s:-2.00,wanted:14.000,meas:14.737,Current_C:3" }) e- m6 `& i2 G
S:233,delta_s:-6.00,wanted:14.000,meas:14.162,Current_C:9
% ~( I0 Y. a  w# W9 o' sAPC DCS PCL:8  Vset0.382266 APC_DAC:233
* A( M& w7 Q5 D) H) JS:218,delta_s:-3.00,wanted:12.000,meas:12.914,Current_C:30 s3 ]$ N( h% O
S:208,delta_s:-10.00,wanted:12.000,meas:11.975,Current_C:11- h' c$ W% w5 e" O. B
APC DCS PCL:9  Vset0.341250 APC_DAC:208( ]; m, d, ~+ @# a& M
S:200,delta_s:-4.00,wanted:10.000,meas:11.082,Current_C:3
3 x0 N* U' a* p: c9 N9 k" t* I8 \S:192,delta_s:-8.00,wanted:10.000,meas:10.263,Current_C:8. b2 E( V7 W3 f6 ]9 Z
APC DCS PCL:10  Vset0.315000 APC_DAC:1916 h5 E4 i* [4 ^3 }3 f& B" G2 }
S:183,delta_s:-5.00,wanted:8.000,meas:9.294,Current_C:3
7 M8 j& ^" z) S" ?) xS:172,delta_s:-11.00,wanted:8.000,meas:8.045,Current_C:9
$ g" j# X2 W+ Y! o: p0 LAPC DCS PCL:11  Vset0.282187 APC_DAC:172% D" q! M9 E; f
S:168,delta_s:-6.00,wanted:6.000,meas:7.564,Current_C:35 T* E" q  o4 P' a4 h
S:156,delta_s:-12.00,wanted:6.000,meas:6.037,Current_C:8: V; x3 x7 {; v3 R+ ]
APC DCS PCL:12  Vset0.255937 APC_DAC:156
) ]; T6 I( r' E2 x! N, j* [+ XS:154,delta_s:-8.00,wanted:4.100,meas:5.805,Current_C:3, F3 t: K- }9 p3 D5 L2 x+ Z: S$ P
S:143,delta_s:-11.00,wanted:4.100,meas:4.277,Current_C:7% t# ], t, q/ {  }2 X+ c% W& U
APC DCS PCL:13  Vset0.234609 APC_DAC:143
; S' M( s! d; x" u8 fS:146,delta_s:-6.00,wanted:2.300,meas:4.722,Current_C:2
  n9 ~0 x0 z" M5 US:130,delta_s:-16.00,wanted:2.300,meas:2.323,Current_C:73 V, P7 Q1 x. E9 x+ S% t  u* e1 F
APC DCS PCL:14  Vset0.213281 APC_DAC:130
" g% z' R3 O+ D: y9 y( nS:137,delta_s:-7.00,wanted:0.700,meas:3.406,Current_C:2
( Y$ T% U# C( H3 N  nS:121,delta_s:-16.00,wanted:0.700,meas:0.822,Current_C:6
" R8 J* k- t" T0 D7 a0 `APC DCS PCL:15  Vset0.198516 APC_DAC:120
! y2 @, B& u9 U        APC calibration and write to NVRAM ok
- D1 v8 h4 q) m; a         EDGE APC Cal=0.00 (sec)
1 O) {/ `3 h. E5 T: w( u5 \6 |0 ], v" o6 Z3 p
         APC Calibration time=37.81 (sec)
6 G* b( U; i) [, L7 B6 k% x0 q5 F) e
- _' U2 ^( c( l9 E; R% f===================== TX GMSK PCL Check Begin ===================== 9 D" S, Y0 s9 s0 f, f6 o# C; U" i
  X5 r3 t7 o9 b5 I' U) I
----------------GSM900 GMSK Check -----------------------
4 v* A8 H4 }" b2 b  Y
# f  D) E2 [. g8 i+ Q, n* `& mGSM PCL 19 = 4.89 PASS,Max :6.00 Min :4.00
& z# O7 p" h/ ^9 T0 }* B5 jGSM PCL 18 = 7.11 PASS,Max :8.00 Min :6.00
; A3 a) N3 B0 H& C  z2 LGSM PCL 17 = 9.06 PASS,Max :10.00 Min :8.001 @+ a8 s& P. Y1 ~; D
GSM PCL 16 = 11.24 PASS,Max :12.00 Min :10.00( r4 t1 w$ A, r' y+ }' L  r
GSM PCL 15 = 13.30 PASS,Max :14.00 Min :12.00
) ^1 G- {, v9 Y) dGSM PCL 14 = 15.22 PASS,Max :16.00 Min :14.005 Y4 O3 q: Q) c0 }4 p$ B" C) T
GSM PCL 13 = 17.23 PASS,Max :18.00 Min :16.00
6 T7 m5 O1 X" V. [) h' S, y  D5 R6 ^, TGSM PCL 12 = 19.22 PASS,Max :20.00 Min :18.004 x, U7 t3 O! z% u! A; ]- F
GSM PCL 11 = 21.53 PASS,Max :22.00 Min :20.00* [/ F) X9 o" B" L8 [' {
GSM PCL 10 = 23.13 PASS,Max :24.00 Min :22.007 @" \5 S" V9 O2 U7 k
GSM PCL 9 = 25.01 PASS,Max :26.00 Min :24.005 s( k1 p: w$ ]
GSM PCL 8 = 27.21 PASS,Max :28.00 Min :26.00
3 u9 `' I5 t& N( WGSM PCL 7 = 29.21 PASS,Max :30.00 Min :28.00/ ]5 ~4 F. R1 \+ r$ @
GSM PCL 6 = 30.75 PASS,Max :31.50 Min :29.80' F" W! L- ?( l
GSM PCL 5 = 32.45 PASS,Max :33.00 Min :31.00
! q8 R8 ^: [$ I- e----------------DCS1800 GMSK Check -----------------------/ }. o& B1 I" @' i) y& Z

$ x2 ?2 {, B! W, J3 ~, z& c; SDCS PCL 15 = 0.66 PASS,Max :2.00 Min :-0.509 z% g$ a( E* L- g
DCS PCL 14 = 2.34 PASS,Max :3.30 Min :1.309 _( @9 ]4 x. i2 h! i6 ]) h
DCS PCL 13 = 4.29 PASS,Max :5.00 Min :3.10' v0 j5 n1 H8 J2 H2 W+ x* ]" W* Q" [
DCS PCL 12 = 6.05 PASS,Max :7.00 Min :5.00
8 S( M# A" c3 n0 z, GDCS PCL 11 = 8.06 PASS,Max :9.00 Min :7.00
* o* Y0 A8 U7 _; z/ }8 X' `- ^DCS PCL 10 = 10.18 PASS,Max :11.00 Min :9.00+ h. N/ e1 @; p
DCS PCL 9 = 12.01 PASS,Max :13.00 Min :11.00
+ M% ?" R, H0 L; U- uDCS PCL 8 = 14.28 PASS,Max :15.00 Min :13.00# W5 s/ y  \: b. t& E9 G( j% m
DCS PCL 7 = 16.05 PASS,Max :17.00 Min :15.00
8 A$ Z) e2 h+ K5 s1 q' u) p& Y- FDCS PCL 6 = 18.32 PASS,Max :19.00 Min :17.00- H: U9 g" K- D( N* a1 N
DCS PCL 5 = 20.30 PASS,Max :21.00 Min :19.00
7 C/ f% x0 U+ U$ H6 e8 ~; a: c0 A/ BDCS PCL 4 = 21.90 PASS,Max :23.00 Min :21.00
9 y9 q( p7 F8 F% j7 SDCS PCL 3 = 24.01 PASS,Max :25.00 Min :23.00+ }  ~- y4 g, V; T, K5 p( Y! n
DCS PCL 2 = 26.16 PASS,Max :27.00 Min :25.00
3 G8 p8 t' X8 I9 v+ T* kDCS PCL 1 = 27.80 PASS,Max :28.50 Min :27.00& d. t! d3 {" O/ F  a9 x
DCS PCL 0 = 29.87 PASS,Max :30.00 Min :27.20
& v9 V: t9 F- d  ^* o" i! v        APC Calibration Check OK: K4 j5 R% D' v! O: I3 b( z5 H4 w9 q
         GMSK Check time=9.28 (sec). y, F7 v/ M/ ?5 }( _% w+ m
         EPSK Check time=0.00 (sec)
: a3 {% S! l$ D1 Z' t- q         Actually measurement time=59957.000000, p% {5 w( i0 k5 \" I
        GSM/EDGE Cal Total Time = 69.72 (sec)" j3 ]) g' B1 S( x4 @+ J

0 ~6 Q! ]9 |6 N- |0 R! f======== All Band Preset ==========# q  i: g& V0 i' _0 v
Reload golden sample value from the file.
/ ]( i. B+ P! ?  u5 I" h1 @Written in RSSI golden values.  y$ F/ I1 a3 o4 y
Written in TPC golden values.
- |' ?/ ]$ |- _9 D2 k& h================== WCDMA Temperauter ADC calibration begin ===================
7 ~; ~0 z% P8 A( W( @Target > TADC current = 0 @ 25.00 degrees (with count:1000)  [1 j8 Y& y8 Q9 T) X
Calculated Ref DAC (438.33) based on INI for (25.00 degrees)6 O( s2 g& h+ k) J1 Q- d) `; k# l
) s  V& B- F% h. d, _" e: {9 \& W
Evaluate: TADC -10 = 65432, TADC 5 = 65476, TADC 20 = 65522, TADC 35 = 28, TADC 45 = 62, TADC 55 = 92, TADC 60 = 107, TADC 65 = 121
% }6 v( P( k6 X) F/ _: e. j; ?5 y# G- Z' O3 D
Target < Write WCDMA Temperature ADC to NVRAM
8 ]0 f* Z& c' h& s2 `
9 X8 ^/ b( d" G7 v1 C: V/ l=================== WCDMA Temperature ADC calibration end ====================0 j1 t# F  T9 _4 }
0 ]$ I3 \! x( f. F/ w
Total Time used by <<WCDMA Temperature ADC>>: 0.230 sec.
6 e7 y% Z9 d6 b) t" ]+ z7 i: X4 @
& L" ?% N$ U( P0 P/ q" k
4 x! L' v9 Z1 R7 K================== WCDMA RSSI/LNA calibration begin ===================6 K8 m- @$ |, n( C6 Y
; K6 H/ ~) z/ n3 v( \" ^
  === (High LNA mode): cell power:-75.00 ===
: B- s; o+ f. Q/ x3 \. Y
% g- {# x/ [2 x" JAG8960 < UARFCN DL = 105622 p* n. J9 M% Z0 K! t8 [7 _
" Y5 C& L7 t' }6 w
UARFCN = 10562, RSSI = -105.50000
9 V, G0 L! @7 R: l  v: d' ~7 X! \2 `& X  x+ m  p9 s
AG8960 < UARFCN DL = 10631" C/ K. q8 y$ v6 y" a* W$ f4 g5 W
  t; g6 ~3 ^; c( b
UARFCN = 10631, RSSI = -104.50000* ^5 G1 S' ^# @  e

" p" i" A  ?, V! K) }6 n% wAG8960 < UARFCN DL = 10700
- H) O/ B1 e7 N, t$ B2 G% ]9 c& v
UARFCN = 10700, RSSI = -81.00000
% L" ?6 v1 i0 r5 f4 y, x$ \: J' m+ Y3 f' N' M
AG8960 < UARFCN DL = 10769
, J/ _) ?8 z0 _- I" o$ ^5 k7 g# {1 b% `+ D8 @, n
UARFCN = 10769, RSSI = -106.500000 G, S6 K4 H2 F3 H# W( m1 ^& S( n, E
& {7 Q3 x- }' b4 W  \
AG8960 < UARFCN DL = 10838
% m' p/ p: T! q* G+ U; S$ [! X) F! R* j/ d2 `  \, J5 W+ k
UARFCN = 10838, RSSI = -105.00000
5 y, H% ?2 d& G6 R; A6 R; }
! P8 e% L5 S/ W' V  O& p  === (Middle LNA mode): cell power:-50.00 ===) u$ k" T+ K) j. v) g$ K
& ~; R, M2 [. e/ y9 d/ p& B  J& s
AG8960 < UARFCN DL = 10562- K( G2 k. ~% @" t

0 i; U6 N( d  e9 GUARFCN = 10562, RSSI = -56.75000
' D6 e( |3 J& n7 g! S% P
% U* W1 @* y( n) x7 s+ R8 R2 I: tAG8960 < UARFCN DL = 10631
( E  \0 i8 K- N, L5 ~5 n" h0 f5 z3 x  B3 K. p! |
UARFCN = 10631, RSSI = -54.25000
8 l6 c2 B: O$ N# f% i- S% L
! v0 K9 e& y4 [: VAG8960 < UARFCN DL = 107005 U' M# G9 a& A1 }
3 s+ R3 s7 s- g4 d! x
UARFCN = 10700, RSSI = -54.75000
$ x$ `' V# K* C* d7 i0 i" C1 h
# v! _1 F4 m: _) |AG8960 < UARFCN DL = 10769
# A4 r4 N, d6 H4 U
1 A. e8 M5 t2 C- R% FUARFCN = 10769, RSSI = -57.75000
. b% v3 d2 |1 c4 q
" E6 V1 V+ \! B8 t1 G+ `' |AG8960 < UARFCN DL = 10838
0 T3 k. P, M9 }4 O6 k1 X5 a) A( c" M
# S1 [$ ~' H5 }5 ?UARFCN = 10838, RSSI = -55.75000
( H7 k" O, O) f, S9 ^9 p2 X  ?8 V* q/ J, B5 i$ k
  === (Low LNA mode): cell power:-35.00 ===3 d# Y$ C7 P# y$ ~" x2 A

/ u+ k- y( }6 X! i# x/ W) {5 Q7 h9 DAG8960 < UARFCN DL = 10562
* I* T- I2 \8 Z1 F& B" V4 Y1 [7 b# Q; [
UARFCN = 10562, RSSI = -41.00000
6 v6 j6 d& G2 p' a& y, t7 w) U! s8 a* K& T7 o% V7 ]2 u% C
AG8960 < UARFCN DL = 106315 t' ~- I$ t+ w& I. g+ A6 P& {  X6 e

& y9 t% [! m: O, P* W/ yUARFCN = 10631, RSSI = -38.250007 m% h- I+ f4 p% k$ b
" T; Q% i4 H8 T; O( y# w
AG8960 < UARFCN DL = 10700
% \% W' a, U' ^! j; }; K! H
2 c6 `6 h2 v$ W( o: sUARFCN = 10700, RSSI = -38.00000
7 [- P. i4 c- ?. e
6 [5 d+ x; G( r# m- d; TAG8960 < UARFCN DL = 10769
' C# M( Y& m9 |) k+ W4 U2 A& L' i% Z+ T. R# p" {8 v
UARFCN = 10769, RSSI = -41.25000
& ?6 Y! C1 |  T& y5 p5 @) e
/ \0 s' c. ^0 v5 i/ s/ F' Q  O; t  qAG8960 < UARFCN DL = 10838
5 L8 S- s5 Z$ {$ f6 w7 M8 Q  f' z9 F
UARFCN = 10838, RSSI = -39.25000
4 f+ p* p" I5 o0 G
" G# s& i5 W8 y" ^) F0 {Target < Write WCDMA RX path loss to NVRAM% Z8 F8 L0 K6 O% q; w; k
) B2 P% C: H, M1 q% n, ~1 L  j
=================== WCDMA RSSI/LNA calibration end ====================
. ], T1 L& B" B* q# G: N# Z1 t
+ D! M2 m" u+ \+ OTotal Time used by <<WCDMA RSSI/LNA>>: 5.598 sec.
2 i+ r" m& i, ]% ]* W5 D/ ?; J
/ m9 n: n) n6 U2 Z8 Y
: d' G! a" n$ C% V  _; j================ WCDMA RSSI/LNA calibration check begin ===============6 @' B4 X- k: H/ y! M5 w

. P1 ]* Q$ ]  V: V; d2 K=== LNA Mode High LNA mode ===
4 d3 K# D0 R* V! X2 n# n+ h) n7 Q' X: Q1 m. x; Y: F( a' x
Pass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 29.25000, min rx path loss = -20.00000, max rx path loss = 30.00000
. S& \) V& j  u) F
# k9 q( @  k+ K; L% W- E0 [Pass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 28.25000, min rx path loss = -20.00000, max rx path loss = 30.00000
& Y  |! z; [! T  G" u' |+ M
7 m2 D8 C* D: L; L, U2 gPass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 3.75000, min rx path loss = -20.00000, max rx path loss = 30.00000
( x/ r5 W$ ~* W) u
* k8 P/ I8 C. LPass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 29.50000, min rx path loss = -20.00000, max rx path loss = 30.00000
. M# H% e$ I6 G6 D: a- J+ M
6 f/ {- D# w- BPass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 30.00000, min rx path loss = -20.00000, max rx path loss = 30.00000
! D/ p6 Q* \* E: |1 |4 A8 }
' z+ t+ \; w  v: ^4 K=== LNA Mode Middle LNA mode ===
  C, \+ `, p7 @: z: m( V& l# S
% k! X6 y6 }3 J8 ^, Q, {7 Q/ MPass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 5.00000, min rx path loss = -20.00000, max rx path loss = 30.000002 ^. E; I# I8 V* U; M

* Z! `6 P# b) NPass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 2.75000, min rx path loss = -20.00000, max rx path loss = 30.00000" x* k( K) A5 i2 l% {
, w. r  g8 d7 p( a/ ~5 @' O6 V  U! d
Pass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 2.25000, min rx path loss = -20.00000, max rx path loss = 30.00000
1 O) q$ ^% O. r4 P
% Y: i9 ?1 X; _1 A* k) d6 PPass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 5.25000, min rx path loss = -20.00000, max rx path loss = 30.00000
1 V# T8 [9 L- K7 C4 A0 I. ^+ T: l7 y  B
Pass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 5.25000, min rx path loss = -20.00000, max rx path loss = 30.000003 A: z; L" D. f! `4 P
6 p3 r: ~4 ?  }2 z
=== LNA Mode Low LNA mode ===
4 [6 h% j- G5 ?) E6 v! P$ U5 O5 V) J- a% _2 S6 G
Pass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 7.50000, min rx path loss = -20.00000, max rx path loss = 30.00000
" ~( }, E1 i/ F" A$ Y+ l! J9 R0 E' w$ g
Pass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 5.00000, min rx path loss = -20.00000, max rx path loss = 30.000004 T4 e/ z7 O0 M8 B( P
6 a  {4 b* Q$ T0 G
Pass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 3.75000, min rx path loss = -20.00000, max rx path loss = 30.00000
3 j: ~( H; b7 v9 c1 Z- F& d9 v0 z2 K6 q9 t: ~
Pass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 6.75000, min rx path loss = -20.00000, max rx path loss = 30.00000
) J/ M0 R2 @8 s$ C* P) H3 a$ m8 G& h2 M% J, G+ a
Pass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 7.50000, min rx path loss = -20.00000, max rx path loss = 30.00000' w6 K/ o" j! q( ~
7 N3 F7 y3 d7 c0 W! h* l
================ WCDMA RSSI/LNA calibration check end ===============5 g% Z, s7 z8 }( r( _  M, T, b

" @! g  D+ S* L; I+ e) NTotal Time used by <<WCDMA RSSI/LNA Check>>: 0.092 sec.
$ \% [  \+ |( P
9 D. Q3 [! M) N
3 S6 h2 \! m( z( P) B) r3 @================== WCDMA TPC calibration begin (MT6162) ===================
; {( G/ R- i4 Z  q' o/ s" l; P' a5 W2 _1 l
Time to setup tester: 3.000 sec.* F" S/ H1 o, ~; @) r1 B
[Info] set Power Control Mode 0.; u9 i6 X4 v" X# X8 O- b
[band] = 05 J* y; R0 r$ t
Cal Mode: 2 (1: first high mode 2: all sections)
; n5 @. E3 Q  ?+ _# I% k" {1 X7 WCFG: 24.500, 24.000, 23.5009 Z  S# k5 ~: V6 |4 _* B: W, J# A( D
CFG: 22.500, 22.000, 21.500% ?! m! B( {0 k# c6 [
CFG: 20.500, 20.000, 19.5001 N5 [% M0 p; k" I* q# \
CFG: 18.500, 18.000, 17.500) F7 k& Z( ~# a
CFG: 15.500, 15.000, 14.500
. }/ M0 s$ M  N4 N% L7 OCFG: 11.500, 11.000, 10.500
' n! ?) P2 ?; c4 j# t  B! yCFG: 6.500, 6.000, 5.500
! M; ^* l6 Q* u! I/ }CFG: 6.500, 0.000, -0.500
; h+ o1 O$ u5 r5 |----------  Low PA mode (WCDMA Band1)-------------1 U$ X  W4 P& [, R
[Info] d_goal_power (-2.50) = 0.00 + -2.50
' A: A( a, Y" N/ m( E# o1 \[Info] Initial PA gain: 639
6 W1 b. b1 y/ e- w7 H& I[Info] Initial PD gain: 281, {7 ~$ j% Y0 k+ }
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
" p4 e# ]9 c9 Y- G[Info](2): set runtime PA gain:0 + Z6 H, P0 {1 L8 }: o+ L/ O0 v
us_cur_pa_gain = 07 |8 B5 i8 a' b* i
us_cur_pa_gain = 0
' s8 o' v8 q+ B+ pAG8960 < Fetch channel power = 3.98343+ |) D& s: @2 k3 m3 q
[Info](3): set runtime PA gain:207
- N$ F2 r0 O) O) Lus_cur_pa_gain = 207
" [* ?0 ^. i$ S! G$ _* Z) H, ^1 Hus_cur_pa_gain = 207$ y0 [8 X/ A# R# \0 a7 y
AG8960 < Fetch channel power = 3.34083
: k7 h9 \* @8 V" g[Info](4): set runtime PA gain:393
2 U) Z8 g# O# c6 sus_cur_pa_gain = 393
! A5 Y0 Z, P2 Lus_cur_pa_gain = 393
  ^, Y2 H0 A+ \8 ]$ tAG8960 < Fetch channel power = 1.68075
1 Z8 `+ q$ Q% p# V' a# W. o[Info](5): set runtime PA gain:526 " Q% z4 D& B; q. ?
us_cur_pa_gain = 526- M: `/ q& i2 q: [+ ~) V
us_cur_pa_gain = 526
8 o5 W5 Y/ Q" g, V; i/ uAG8960 < Fetch channel power = -0.87054/ |! S+ Z/ `9 B! h; Y7 x* ]; N) f
[Info](6): set runtime PA gain:578 . i% _' V, `4 N; Z
us_cur_pa_gain = 578
, R4 D, C$ u3 O3 \9 x6 {6 Uus_cur_pa_gain = 578
. {$ _& y) S5 _4 K6 f; b3 OAG8960 < Fetch channel power = -2.12470
- r- M( q6 r0 ?! I" b  @[Result] PA Gain:578 after try 6 times to reach (-4.00~-1.00)# L$ }2 W9 G' j# h  R8 y# o
[Result] PA Gain:584 (power:-2.50) exactlly
1 U- g& m1 M. A+ o----------  Middle PA mode (WCDMA BAND1)-------------
/ `/ ?. z5 d2 ^. c4 p2 ^4 F" J4 T[Info] d_goal_power (3.50) = 6.00 + -2.501 z7 k4 g, Z, ^$ f% L. O' G
[Info] Initial PA gain: 961
* @. N' W4 K' t8 H# C[Info] Initial PD gain: 279
. d3 }7 B/ i* h  G4 T( H! P  jAG8960 < Fetch channel power = -1.37770: Q, c0 k* o5 C9 L' J  ?% N5 i, K
[Info](2): set runtime PA gain:804 1 c- K% ^& l% R
us_cur_pa_gain = 804: R) F. g/ e2 I7 O
us_cur_pa_gain = 804
/ j6 V7 E' e5 ^7 |AG8960 < Fetch channel power = 2.85345
0 W8 d3 l+ c4 _& ^[Result] PA Gain:804 after try 2 times to reach (2.00~5.00)8 S; L; A! O( T5 [! d6 G; b
[Result] PA Gain:793 (power:3.50) exactlly: J' I4 [8 P7 [$ [& s2 f( T
----------  Middle PA mode (WCDMA BAND1)-------------
) R- n- c  Y, w[Info] d_goal_power (8.50) = 11.00 + -2.50
& u1 l# h& b. r. o[Info] Initial PA gain: 971! L% c( U' w( n7 _8 n! C7 I$ u0 O
[Info] Initial PD gain: 279
# u- |, O& s9 D2 q5 A: TAG8960 < Fetch channel power = 3.27644
( j% x  F4 h  g, O$ x7 t2 M[Info](2): set runtime PA gain:803 $ K5 U1 z( ~- T0 R- Y8 }1 o1 a9 }2 D; ~
us_cur_pa_gain = 803
( u5 L: J. T9 j. K  O  mus_cur_pa_gain = 803
/ n" Y5 c. ~& G$ OAG8960 < Fetch channel power = 7.32281
) G1 x+ N' x( B% V& G  h8 `$ B[Result] PA Gain:803 after try 2 times to reach (7.00~10.00)
$ \8 G8 ~8 U' u  V/ N[Result] PA Gain:784 (power:8.50) exactlly
  x$ Z% i2 X; w( H: x. N----------  High PA mode (WCDMA BAND1)-------------. U7 N% V% _7 B1 p! o
[Info] d_goal_power (12.50) = 15.00 + -2.50" J8 y( R4 y5 N
[Info] Initial PA gain: 1038/ ?, G  J: @/ q2 O/ r, O$ Z  }
[Info] Initial PD gain: 279
+ |: M8 x, T8 i( u% a5 }AG8960 < Fetch channel power = 7.12027
5 b$ B0 N0 D1 O% J! X[Info](2): set runtime PA gain:865
" e) B; E7 c- E4 Ous_cur_pa_gain = 865! L" h# I3 f$ Z  X. I5 M3 L
us_cur_pa_gain = 865# ~0 G$ I3 P* e3 \5 m
AG8960 < Fetch channel power = 9.51577, k# u0 L; t6 r
[Info](3): set runtime PA gain:769
( f  X7 ]7 \' V; F8 E! V' z3 J1 T3 kus_cur_pa_gain = 769
6 X: A, d2 J1 n3 c1 N* `2 Vus_cur_pa_gain = 7690 p3 H# I$ \& b" Z8 S2 `9 E/ v
AG8960 < Fetch channel power = 10.01549
0 A1 R) _6 m) ?) S7 ?[Info](4): set runtime PA gain:689
" C, h7 H# j" q* Y7 ^5 Jus_cur_pa_gain = 689
& r' D$ i& L3 s0 N: C: \us_cur_pa_gain = 689
5 e) d3 V% k" `$ B4 G* U7 k3 ZAG8960 < Fetch channel power = 10.28642
3 J$ Q; Q5 z/ Z/ y0 N$ E' k[Info](5): set runtime PA gain:618
& B  p6 x1 p4 \  x; W" ius_cur_pa_gain = 618% h5 E3 H1 v; K3 _  a# A) P
us_cur_pa_gain = 6189 @7 Y( N* `3 U9 X5 u
AG8960 < Fetch channel power = 10.47065
$ ]) v3 u2 z5 P+ X0 I3 @, D* F[Info](6): set runtime PA gain:553
6 _/ `2 S$ w9 P, E3 gus_cur_pa_gain = 553
) U. k. }. ]3 m5 L8 ius_cur_pa_gain = 553( W0 ^/ ^. @  g- ^: C6 r
AG8960 < Fetch channel power = 10.58904# z! d0 m$ p0 Z+ x- O7 o! b" }: @
[Info](7): set runtime PA gain:491 * @, k# B2 V( @+ E3 O6 X2 `
us_cur_pa_gain = 4912 r9 X; t4 E1 o  q% F! I# O
us_cur_pa_gain = 491+ Z; r; ^3 z1 @  y: V+ Y
AG8960 < Fetch channel power = 10.59546
6 r& y- L# A+ F* ?! e3 m/ `[Info](8): set runtime PA gain:430
! x1 M$ Y9 i% M# C/ Aus_cur_pa_gain = 430
! O. X1 t, Y, u! w" Nus_cur_pa_gain = 430
! M0 |. w3 ?5 fAG8960 < Fetch channel power = 10.59412- A) E1 M6 e( p+ i6 l4 S0 E
[Info](9): set runtime PA gain:369
+ w6 ?+ `, F5 S1 h2 L/ W6 |us_cur_pa_gain = 369
9 \3 N/ g+ ?6 p4 d+ O3 Z3 jus_cur_pa_gain = 369: a7 `0 d& a/ [$ s* Z, M, Q( v- U9 g
AG8960 < Fetch channel power = 10.592662 `5 i) L: C- \  g0 N" T, d
[Info](10): set runtime PA gain:307
0 i) l% X* s+ K8 tus_cur_pa_gain = 307
- g6 e: R7 I% B% Y3 ~2 B# ]% z" l$ dus_cur_pa_gain = 307& l" i! c! }0 k' O0 C# ]
AG8960 < Fetch channel power = 10.59023
4 a, i2 t4 ~' P4 O0 g1 t[Info](11): set runtime PA gain:245 : w/ |' O: {4 T- o4 C9 L
us_cur_pa_gain = 2459 @1 s7 l0 J# a( i
us_cur_pa_gain = 245
0 m. ?7 o2 i  t8 ]& V/ e3 aAG8960 < Fetch channel power = 10.58178
# m- U* G) g0 Z6 E. ]: V! C/ K[Info](12): set runtime PA gain:183 8 W  J* _9 `% M1 V7 T5 e( g4 @1 r. E
us_cur_pa_gain = 1837 A; v/ F9 a2 {: h+ [3 D
us_cur_pa_gain = 183
: W% T+ n) d2 }0 KAG8960 < Fetch channel power = 10.582293 v; i+ E9 l# z/ M
[Info](13): set runtime PA gain:121
8 O  k+ W! d+ [us_cur_pa_gain = 121' [0 V) v! C! m$ b
us_cur_pa_gain = 121+ ?/ I5 ~5 x2 l" n" E
AG8960 < Fetch channel power = 10.58804
. _; W3 B/ p( V[Info](14): set runtime PA gain:59 $ b' @- x% f1 E4 P- l
us_cur_pa_gain = 591 z" f1 V" F1 l/ b4 x
us_cur_pa_gain = 59
3 f0 V: P! C* `AG8960 < Fetch channel power = 10.59029
- L' J6 e' A  s3 e" c/ L: tPA Gain (1280) exceed the max limit(1280), so set to max
- E' l/ A0 O5 p& b. H[Info](15): set runtime PA gain:1280 1 N& ^' j1 y0 V6 x- u2 v) h  p
us_cur_pa_gain = 1280
- h5 r9 G" Q  V" Wus_cur_pa_gain = 1280- K2 D# |* r: T  V+ E6 x6 X
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000- w3 a  \- ~% M$ D1 @
[Info](16): set runtime PA gain:60
7 R& Z& Y( ]- j9 ^' _: Mus_cur_pa_gain = 60
  d- C- p3 a3 I" E* m* S  aus_cur_pa_gain = 601 g0 |1 t! h- ~7 Z8 s
AG8960 < Fetch channel power = 10.58883
0 }+ ^  f( S8 `0 R[Info](17): set runtime PA gain:61
% I% Q, z$ Q" p3 Nus_cur_pa_gain = 61
$ |. J& h' P# P4 Y- Pus_cur_pa_gain = 61/ Q/ G6 U% b6 H$ Z# ]
AG8960 < Fetch channel power = 10.58784
% v6 A7 R* I; @4 b2 b& V[Info](18): set runtime PA gain:0 # l3 v6 t" d  F# C
us_cur_pa_gain = 0
) z2 Y* y$ r# y8 Wus_cur_pa_gain = 0: k8 M; d3 e7 N0 Y# t
AG8960 < Fetch channel power = 10.58417$ w" v5 H& Q6 |! ^) m) ]! g
PA Gain (1280) exceed the max limit(1280), so set to max
7 i0 J0 Z/ z3 P4 d4 Z[Info](19): set runtime PA gain:1280
: p, J0 l' R. @: [5 vus_cur_pa_gain = 1280. k- p, B& f7 h3 X
us_cur_pa_gain = 1280
1 C8 y1 ^5 C" a  j5 H8 ^AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
( |- Y0 ~! N) z9 c7 \7 ^[Info](20): set runtime PA gain:1
; ?! B& O) \/ ?1 Nus_cur_pa_gain = 13 C" R, @( t! [- f
us_cur_pa_gain = 1) Q# {9 w( A+ [
AG8960 < Fetch channel power = 10.57709  B! I8 `. q0 J# u7 ?* n& {  O* {
[Info](21): set runtime PA gain:2
/ ~1 @: a3 y) M5 m$ Cus_cur_pa_gain = 25 ^4 F  I( H+ p  M. ?
us_cur_pa_gain = 2/ v) q% S! W2 p3 f
AG8960 < Fetch channel power = 10.576105 H( E  V! ?5 q+ a* T- d
PA Gain (1280) exceed the max limit(1280), so set to max! u5 w& W* I5 h! n+ u  b% z& H! _* ~
[Info](22): set runtime PA gain:1280 8 o8 |7 I; Y9 ?% B( N: @
us_cur_pa_gain = 1280
) M5 M5 A6 H- D" D+ x  z  [+ p$ Kus_cur_pa_gain = 1280; Q) j+ {2 A, J+ ~
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000: ^/ g+ U) @8 d9 V! F
[Info](23): set runtime PA gain:3 3 `0 B/ Z- M2 s( k# [, [2 i3 O
us_cur_pa_gain = 3. R" z- _5 [* }- c7 |6 h
us_cur_pa_gain = 3
0 h1 h+ `4 W' L& X* R0 |2 I4 O7 yAG8960 < Fetch channel power = 10.57529
& Y9 ]- N3 b0 a/ J' b- V' f[Info](24): set runtime PA gain:4 / J3 v, P' {' t4 Q) D, x: D: B
us_cur_pa_gain = 4* k# o7 J4 D! ~3 G
us_cur_pa_gain = 4- k& Q; K, a$ t8 s" U4 ~# n- X
AG8960 < Fetch channel power = 10.57781
9 A: P  j- o& z& m4 mPA Gain (1280) exceed the max limit(1280), so set to max1 n1 @& A* |; M' u, b
[Info](25): set runtime PA gain:1280
; y, N3 n+ V7 o; S" \2 vus_cur_pa_gain = 1280' c8 v: W6 l  O6 [
us_cur_pa_gain = 1280& g8 X2 ]- D* p7 |& G. q
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
* Q1 t/ \2 W; h[Info](26): set runtime PA gain:5
$ w1 ~, X- D9 `# ?us_cur_pa_gain = 5( X4 o0 L4 Q3 d7 Q# p- r
us_cur_pa_gain = 5
0 I3 _" c% s6 ~1 Y/ m1 k( GAG8960 < Fetch channel power = 10.57590+ i( S7 {* N9 [$ x  n
[Info](27): set runtime PA gain:6 9 J9 ~6 a2 _1 p' R6 B5 b
us_cur_pa_gain = 6
1 y- q( B+ [" q" Gus_cur_pa_gain = 60 Z* S" Y+ a* X1 C
AG8960 < Fetch channel power = 10.578244 T2 O6 t5 J9 T) O( q0 \$ |% f
PA Gain (1280) exceed the max limit(1280), so set to max
: e: [/ S. W- u& M2 R[Info](28): set runtime PA gain:1280 ; f6 z8 ~/ f0 ]( y7 A! i9 m+ j- I" b6 O
us_cur_pa_gain = 1280
7 L  [" e; Q, D  _- ]. |2 aus_cur_pa_gain = 1280% r6 q9 n, m* z9 p
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
5 N7 x# I4 T# N, Z' H[Info](29): set runtime PA gain:7 , E" \) k' Z$ T
us_cur_pa_gain = 70 y+ x1 B" X5 {
us_cur_pa_gain = 7
: O1 p4 n$ [6 G4 ?! g$ fAG8960 < Fetch channel power = 10.56544
3 d3 @5 L( r5 n! f+ r3 {9 ?[Info](30): set runtime PA gain:8 # u3 H% |5 k# W' q' J9 L5 ]7 y
us_cur_pa_gain = 8$ s: v8 m9 e! [8 ?! H6 c: j9 ~4 v. {
us_cur_pa_gain = 8
* v/ a9 A6 r1 Q! LAG8960 < Fetch channel power = 10.57096% f4 f2 N, @, D) N( W
can not find the right PA gain after try 30 times, last(8)
1 M0 o- o! L1 \2 U
6 ~/ z/ R, Z* F: @" @/ X: ~        ===============================
$ @- G1 s. \/ z" ^; g& G2 C        Calibration Total Result FAIL# W/ n$ n* M! W: E/ T# w$ j  P
        ===============================' x7 o! U3 G: A" x) @3 p

" h5 Z$ y2 ~5 Q. x+ a
5 {8 J1 o7 D; g( l! [Calibration and NSFT total cost time is: 140.95s+ S8 Q6 }* f. k0 ?+ u( L
2 ]. \/ s7 J6 N

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Colbie
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    2019-11-20 15:05

    • 签到天数: 2 天

    [LV.1]初来乍到
    2#
    发表于 2019-8-15 17:52 | 只看该作者
    TX 好像没通吧？

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    rongunac
    谢谢大神，我检查一下。  详情 回复 发表于 2019-8-15 17:53

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    rongunac

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    3#
     楼主| 发表于 2019-8-15 17:53 | 只看该作者
    Colbie 发表于 2019-8-15 17:52. E1 @0 k+ M" L& K* i/ e2 w
    TX 好像没通吧？
    + R0 z! k' y6 Q4 L% {0 `1 n/ v
    谢谢大神，我检查一下。1 t( g, h" q( `" O3 P1 v# C
    3 }6 n4 \0 U6 I0 S; c% `

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    witerr
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    4#
    发表于 2019-8-22 11:08 | 只看该作者
    提示: 作者被禁止或删除 内容自动屏蔽

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