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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:7 [. t* }. P$ X  D

$ e0 M" x6 `1 x% q  M( U% K使用MT6589+MT6167+BAND 1 2 5,现在校准不过,以下是ATE的打印信息.- Y! x. L0 Z8 n# r" Z
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！6 R( o+ A5 }# N4 F' Z& W2 h' c
. \, t4 E( B& J7 w6 y

2 E) [' Y7 ^) S( C7 ~9 O如下:2 f- k6 b4 [! A9 @" W
===================== Begin Calibration =========================9 m8 a+ G' L. s- w  I! F

8 x' z1 E1 [+ u* g&nBSP;       AFC Calibration OK
: {/ S7 V. {* l5 k, GAFC DAC1=4200, AFC DAC2=4800+ g! I( T8 @) O5 g, t: |) ]
Slope=8.078, min:-10.000, max:10.0005 }, @2 n( A; J  e5 p- Y0 q$ N
Use Default Value=4256" s2 c2 d% w- ~9 _
        AFC Calibration time=8.03 (sec)
0 y) J8 p- d6 b& G8 ZPL GSM TCH 25 = 6.62  Pass MAX:25.00   MIN:-20.000 Y1 r# X  y% x7 c  N) \, t; X
PL GSM TCH 50 = 7.88  Pass MAX:25.00   MIN:-20.00; t# B: Z. L/ y+ p
PL GSM TCH 75 = 4.38  Pass MAX:25.00   MIN:-20.00
! \/ {( ?, E9 O4 ]. p  `PL GSM TCH 100 = 5.00  Pass MAX:25.00   MIN:-20.00" x% p, D- i! C* e
PL GSM TCH 124 = 7.75  Pass MAX:25.00   MIN:-20.00+ l. H) y+ E6 ?- v( h6 b) ]. e
PL GSM TCH 975 = 5.00  Pass MAX:25.00   MIN:-20.00
- B1 O' b+ a$ G3 c- [+ BPL GSM TCH 1000 = 8.00  Pass MAX:25.00   MIN:-20.00
* I3 |' P% q- e9 tPL GSM TCH 1023 = 3.75  Pass MAX:25.00   MIN:-20.00- s/ k5 Z" _9 }; E- X+ Y! p% W
PL DCS TCH 512 = 8.25  Pass MAX:20.00   MIN:-15.005 l9 G- P3 K* z9 \+ ], Y4 B
PL DCS TCH 560 = 9.88  Pass MAX:20.00   MIN:-15.00+ h) P+ V* q) z4 J* J3 \) p
PL DCS TCH 600 = 9.75  Pass MAX:20.00   MIN:-15.00
, j; d$ V8 V/ `. Q$ M3 E) UPL DCS TCH 640 = 9.25  Pass MAX:20.00   MIN:-15.00* r$ r' G1 n1 i& F2 G* b$ V& ^
PL DCS TCH 680 = 8.38  Pass MAX:20.00   MIN:-15.000 I2 h7 K6 b9 d
PL DCS TCH 720 = 7.62  Pass MAX:20.00   MIN:-15.00* a! i1 `/ W/ m$ Q1 s
PL DCS TCH 760 = 7.50  Pass MAX:20.00   MIN:-15.00
$ ]; q) N/ E" S$ IPL DCS TCH 800 = 8.00  Pass MAX:20.00   MIN:-15.00
# E6 o5 f8 e' w# e1 K' [8 oPL DCS TCH 840 = 10.00  Pass MAX:20.00   MIN:-15.00
5 ?. O6 c0 {' D+ P4 y2 VPL DCS TCH 885 = 10.25  Pass MAX:20.00   MIN:-15.00
% v; y0 j' j% n0 ?        Path Loss Calibration OK4 x0 a* Q  I" i$ U, g
================== Path loss LNA middle/low calibration begin ===================9 A: u. Z! ~3 v9 Y
----------------- Calibrate LNA Middle mode -----------------
7 ~* x$ k+ x' x6 S" L: YPL GSM900  TCH 25 = 1.50   Pass MAX:15.00   MIN:-15.007 I! Q, C! |' Z9 X% r, i, J1 _
PL GSM900  TCH 50 = 0.00   Pass MAX:15.00   MIN:-15.00& H8 V3 m$ E3 F. h
PL GSM900  TCH 75 = 0.38   Pass MAX:15.00   MIN:-15.00" F0 v& `& w, W2 R3 }" Z, v
PL GSM900  TCH 100 = 1.00   Pass MAX:15.00   MIN:-15.00
% [% s# ]! L& D+ @1 l7 q6 p6 A: oPL GSM900  TCH 124 = -0.25   Pass MAX:15.00   MIN:-15.00/ A( ~6 o5 R- q$ U2 }5 n  K
PL GSM900  TCH 975 = 0.88   Pass MAX:15.00   MIN:-15.00& t4 O8 Z* H, k; h) m" T) p. }
PL GSM900  TCH 1000 = 2.00   Pass MAX:15.00   MIN:-15.00
5 z. x! b5 Q1 E8 L+ KPL GSM900  TCH 1023 = -0.38   Pass MAX:15.00   MIN:-15.008 y. i5 `+ x- v" u& {" h% t
PL DCS1800  TCH 512 = 2.12   Pass MAX:15.00   MIN:-15.00
- E2 Q" K+ x( G! F& w+ z2 s: K! ]. zPL DCS1800  TCH 560 = 0.62   Pass MAX:15.00   MIN:-15.00& k' a( q. b' g% m
PL DCS1800  TCH 600 = 0.00   Pass MAX:15.00   MIN:-15.00# s  Y0 K! P' D- a' o! Q
PL DCS1800  TCH 640 = 0.00   Pass MAX:15.00   MIN:-15.00/ c& C( V9 k  Q: W
PL DCS1800  TCH 680 = 0.50   Pass MAX:15.00   MIN:-15.00# C; r) T) h+ o% {7 l
PL DCS1800  TCH 720 = 0.75   Pass MAX:15.00   MIN:-15.00
" {. Q- d4 V( UPL DCS1800  TCH 760 = 0.88   Pass MAX:15.00   MIN:-15.00
1 a+ M4 z, `$ J6 @PL DCS1800  TCH 800 = 0.75   Pass MAX:15.00   MIN:-15.00
1 U! s# n$ Q  y4 y/ M, |/ z. `PL DCS1800  TCH 840 = 0.50   Pass MAX:15.00   MIN:-15.00" q& V# I/ G( r. D' ?$ o# H
PL DCS1800  TCH 885 = 0.50   Pass MAX:15.00   MIN:-15.00) ~$ X" a( c  s7 T
----------------- Calibrate LNA Low mode -----------------
: s/ B" n7 M/ @  D1 B) Z4 b0 N3 @) XPL GSM900  TCH 25 = 8.25   Pass MAX:15.00   MIN:-15.00
/ Y: B( f$ z- E5 y7 C9 m6 ZPL GSM900  TCH 50 = 9.25   Pass MAX:15.00   MIN:-15.00# V7 c2 O# F8 v: E, z2 x& H0 J
PL GSM900  TCH 75 = 6.00   Pass MAX:15.00   MIN:-15.00. q' F6 e' p) K& q2 U1 m: y
PL GSM900  TCH 100 = 6.50   Pass MAX:15.00   MIN:-15.00, z+ K6 H) }# t% s6 ?
PL GSM900  TCH 124 = 8.88   Pass MAX:15.00   MIN:-15.00& t) m0 k3 j; [  Q4 u% T0 y
PL GSM900  TCH 975 = 6.12   Pass MAX:15.00   MIN:-15.00* v  J& w9 D  Z& d# G' Q) I
PL GSM900  TCH 1000 = 9.75   Pass MAX:15.00   MIN:-15.003 B, W5 q3 z( W; U% d- w9 p" `0 Y
PL GSM900  TCH 1023 = 5.25   Pass MAX:15.00   MIN:-15.000 x2 n" `! i( S& r, q
PL DCS1800  TCH 512 = 10.50   Pass MAX:15.00   MIN:-15.00. r: }4 j/ Y+ A  I3 p1 \
PL DCS1800  TCH 560 = 12.00   Pass MAX:15.00   MIN:-15.003 D0 ~: C3 u- J/ c9 y2 A( Y
PL DCS1800  TCH 600 = 11.88   Pass MAX:15.00   MIN:-15.00' `8 k6 m( a) e. G
PL DCS1800  TCH 640 = 11.12   Pass MAX:15.00   MIN:-15.00; O, R6 J8 D! V. u* _
PL DCS1800  TCH 680 = 10.50   Pass MAX:15.00   MIN:-15.002 U( o/ q& w/ a# k$ P
PL DCS1800  TCH 720 = 9.88   Pass MAX:15.00   MIN:-15.00: J0 c5 L6 L" Q* C
PL DCS1800  TCH 760 = 9.62   Pass MAX:15.00   MIN:-15.009 K8 Z) L' w6 ]! b
PL DCS1800  TCH 800 = 10.38   Pass MAX:15.00   MIN:-15.00, r' F) ^, P) T/ C7 c" A' r
PL DCS1800  TCH 840 = 12.25   Pass MAX:15.00   MIN:-15.00
/ s3 z5 _6 K& Z9 c0 J6 l5 S/ VPL DCS1800  TCH 885 = 12.50   Pass MAX:15.00   MIN:-15.00" F1 |; _# |9 C3 {- h2 j" x2 b. q5 W* ]
6 {5 ]/ F7 w* B7 n
        Pathloss Calibration time=14.11 (sec)
% k( ^$ n# X: F2 m8 N0 sS:470,delta_s:2.00,wanted:32.500,meas:31.888,current_C:3
* q4 y7 z) X( }S:471,delta_s:1.00,wanted:32.500,meas:31.923,Current_C:3
0 C9 Z3 H8 L) u% g, hS:472,delta_s:1.00,wanted:32.500,meas:31.958,Current_C:3
4 a! q8 M( C  i( D) ?S:473,delta_s:1.00,wanted:32.500,meas:31.993,Current_C:39 ~- F" Z9 U1 x+ P; [3 i/ T9 d
S:474,delta_s:1.00,wanted:32.500,meas:32.028,Current_C:3! ~3 V9 w3 H% k# ?6 w" H
S:475,delta_s:1.00,wanted:32.500,meas:32.058,Current_C:3: C$ I! _, }4 g
S:476,delta_s:1.00,wanted:32.500,meas:32.090,Current_C:3) h/ s8 E2 |5 K+ [/ x
S:477,delta_s:1.00,wanted:32.500,meas:32.124,Current_C:3
$ u4 M9 w3 t  U2 E9 O9 VS:478,delta_s:1.00,wanted:32.500,meas:32.155,Current_C:3
6 P. H' n3 Z) X# q6 kS:479,delta_s:1.00,wanted:32.500,meas:32.188,Current_C:3
$ x6 M# r  ^3 S; FS:479,delta_s:0.00,wanted:32.500,meas:32.188,Current_C:3* W. L+ u9 R2 H1 }0 x. n
[Dac Repeated] Pre2_Dac[0] = Current Dac = 479
9 X9 p9 f, f! c+ f2 _- }/ Z7 I# ~; v( |, e2 |- q" N2 j
APC GSM PCL:5  Vset:0.867891 APC_DAC:478
2 ]8 N# w) U- u: IS:418,delta_s:1.00,wanted:30.500,meas:29.943,Current_C:3
) O0 v7 O( F! g0 j- K2 ZS:431,delta_s:13.00,wanted:30.500,meas:30.450,Current_C:24
4 X2 \- u5 m9 A8 i4 o. QAPC GSM PCL:6  Vset:0.789141 APC_DAC:431
. i: J( l6 N+ RS:385,delta_s:1.00,wanted:29.000,meas:28.588,Current_C:3
  {* A" C5 v) ^- E3 nS:394,delta_s:9.00,wanted:29.000,meas:28.964,Current_C:22
' N3 F3 q4 \+ }- ^; O% D( d  pAPC GSM PCL:7  Vset:0.728437 APC_DAC:393
, y9 Z7 J9 V1 |" aS:341,delta_s:1.00,wanted:27.000,meas:26.594,Current_C:3
6 h! l9 n+ Y' wS:349,delta_s:8.00,wanted:27.000,meas:26.975,Current_C:20
6 t8 F( J9 w+ l6 |# nAPC GSM PCL:8  Vset:0.654609 APC_DAC:348
) ^  w. s# a1 w+ Y% J! h8 ~APC GSM PCL:9  Vset:0.582422 APC_DAC:305
2 h. P2 r5 S+ O- g8 }0 Q  QAPC GSM PCL:10  Vset:0.531562 APC_DAC:273& Q. Q' j2 d4 j- e# I
APC GSM PCL:11  Vset:0.487266 APC_DAC:247" Q0 `/ W0 e# T  F7 W5 S9 h% U
S:222,delta_s:-1.00,wanted:19.000,meas:19.457,Current_C:3
2 Z, ]! i9 }; D) MS:217,delta_s:-5.00,wanted:19.000,meas:19.063,Current_C:11
, I: R, S; u* E  ^( kAPC GSM PCL:12  Vset:0.438047 APC_DAC:2168 [6 O1 g) j& v, B$ n/ ?
S:201,delta_s:-2.00,wanted:17.000,meas:17.724,Current_C:3
) F$ o- g$ j% x  MS:194,delta_s:-7.00,wanted:17.000,meas:17.095,Current_C:118 R* f) E  \& k3 a3 s- d: K, T
APC GSM PCL:13  Vset:0.400312 APC_DAC:1934 [0 L7 x# X% T0 v
S:181,delta_s:-3.00,wanted:15.000,meas:15.833,Current_C:31 T, F& T8 s! F* Y: Q* P
S:174,delta_s:-7.00,wanted:15.000,meas:15.105,Current_C:90 e. |) f" Z$ y- G
APC GSM PCL:14  Vset:0.367500 APC_DAC:173
* @! c, S4 F' KS:165,delta_s:-4.00,wanted:13.000,meas:14.134,Current_C:3
6 {( @3 b8 ^: vS:156,delta_s:-9.00,wanted:13.000,meas:13.082,Current_C:8
; g. ~, r& U$ ^APC GSM PCL:15  Vset:0.337969 APC_DAC:156$ u/ U: @% y; g9 n/ l: ~/ T( j% e
S:200,delta_s:-5.00,wanted:11.000,meas:12.341,Current_C:3
$ X  R; S, e+ lS:190,delta_s:-10.00,wanted:11.000,meas:11.016,Current_C:8/ L& z* i% c# k' a. Z" p  L4 x
APC GSM PCL:16  Vset:0.393750 APC_DAC:190
% Z3 b2 `, h: x5 T/ p1 rS:186,delta_s:-6.00,wanted:9.000,meas:10.619,Current_C:3$ i6 B: g# ^& `
S:172,delta_s:-14.00,wanted:9.000,meas:8.498,Current_C:9
+ S( T: f6 O" b/ m- e/ p- c3 B5 f  CS:175,delta_s:3.00,wanted:9.000,meas:8.977,Current_C:6
) X4 E% j1 E1 s) b& F  XAPC GSM PCL:17  Vset:0.369141 APC_DAC:175
, ~2 v0 h- f- w3 l- nS:173,delta_s:-8.00,wanted:7.000,meas:8.686,Current_C:3
0 C- d4 K6 _4 c  X9 |6 gS:163,delta_s:-10.00,wanted:7.000,meas:7.041,Current_C:6
( N9 m* Q# |" |- L3 T/ \4 cAPC GSM PCL:18  Vset:0.349453 APC_DAC:163$ v" X  U+ ^& a6 }" S
S:162,delta_s:-10.00,wanted:5.100,meas:6.866,Current_C:3( o& i- t9 v& a  Y. E$ a
S:152,delta_s:-10.00,wanted:5.100,meas:4.957,Current_C:6
/ g7 f' X; T/ f' V% o  NAPC GSM PCL:19  Vset:0.331406 APC_DAC:151+ w0 |/ a( v- a% n* O; L
S:511,delta_s:3.00,wanted:29.500,meas:28.434,Current_C:3
) D7 I' A7 Z1 V/ c: ]/ o& ]S:542,delta_s:31.00,wanted:29.500,meas:29.495,Current_C:30
) O. h9 i0 p0 M; w3 e3 ^: pAPC DCS PCL:0  Vset0.889219 APC_DAC:542# u( N5 |- E2 m
S:464,delta_s:6.00,wanted:27.500,meas:25.568,Current_C:3' P$ E1 a& i8 b
S:502,delta_s:38.00,wanted:27.500,meas:26.923,Current_C:20
9 t$ ~$ L8 B% D  B, f2 cS:518,delta_s:16.00,wanted:27.500,meas:28.845,Current_C:28! x! Z5 V) N6 h0 O
S:508,delta_s:-10.00,wanted:27.500,meas:28.474,Current_C:88 J$ k9 f% k4 X
S:483,delta_s:-25.00,wanted:27.500,meas:27.615,Current_C:26
0 N" `4 Q+ Z$ ^' G. c! N- i! W  ^* YAPC DCS PCL:1  Vset0.792422 APC_DAC:4825 x* N% E8 M) M4 W
S:427,delta_s:2.00,wanted:26.000,meas:25.408,Current_C:3& h& b& ^1 Q; G6 j  Q) g! S. v: q2 Z
S:440,delta_s:13.00,wanted:26.000,meas:25.955,Current_C:23
, [6 L; q/ g. E* S' e% e; b, S% aAPC DCS PCL:2  Vset0.721875 APC_DAC:4405 z$ G3 M: P9 S' D
S:384,delta_s:1.00,wanted:24.000,meas:23.527,Current_C:3
1 n  g6 c+ D: F( U8 Z# V4 DS:392,delta_s:8.00,wanted:24.000,meas:23.901,Current_C:19
. Q2 v. P& d, `" n2 ZAPC DCS PCL:3  Vset0.643125 APC_DAC:3926 g) V) w8 T9 j; R
APC DCS PCL:4  Vset0.572578 APC_DAC:348! k4 g* A0 G8 ?
APC DCS PCL:5  Vset0.523359 APC_DAC:319
, O6 R3 H7 O- G0 p9 k5 v# S9 u6 j: oAPC DCS PCL:6  Vset0.472500 APC_DAC:288
2 K" t/ ^2 {$ P! A% QS:263,delta_s:-1.00,wanted:16.000,meas:16.454,Current_C:3/ v. F3 p( W3 j+ j2 V/ @
S:257,delta_s:-6.00,wanted:16.000,meas:16.049,Current_C:14
3 a. O( ?# G( m# p, P/ IAPC DCS PCL:7  Vset0.421641 APC_DAC:256  B& H& w' z5 H0 A. ]' A6 C7 g
S:239,delta_s:-2.00,wanted:14.000,meas:14.737,Current_C:32 K* e; i% ~4 ~2 n' @
S:233,delta_s:-6.00,wanted:14.000,meas:14.162,Current_C:9! s! ?! D9 M9 {$ s1 l
APC DCS PCL:8  Vset0.382266 APC_DAC:233
, x3 T' [# W3 w* P3 Y, ^; t: xS:218,delta_s:-3.00,wanted:12.000,meas:12.914,Current_C:3
' t, y3 Y8 r; i! eS:208,delta_s:-10.00,wanted:12.000,meas:11.975,Current_C:11
' b* `3 s) }  V; dAPC DCS PCL:9  Vset0.341250 APC_DAC:208- m( I5 y! J+ `. l
S:200,delta_s:-4.00,wanted:10.000,meas:11.082,Current_C:34 l' h$ m+ ]& b! {
S:192,delta_s:-8.00,wanted:10.000,meas:10.263,Current_C:83 {- V1 [  {# Y2 k$ p0 G" r
APC DCS PCL:10  Vset0.315000 APC_DAC:191
2 x4 a1 m3 S. S1 D0 fS:183,delta_s:-5.00,wanted:8.000,meas:9.294,Current_C:3
  ]& i0 v) u/ b8 F/ v% hS:172,delta_s:-11.00,wanted:8.000,meas:8.045,Current_C:9
2 `9 B( D! `) P8 T* C( c( m+ @0 VAPC DCS PCL:11  Vset0.282187 APC_DAC:172
3 q# J: K5 Y, MS:168,delta_s:-6.00,wanted:6.000,meas:7.564,Current_C:34 p' a- ]( Q; A
S:156,delta_s:-12.00,wanted:6.000,meas:6.037,Current_C:8
0 ?( ^5 Y5 ]) [3 W" q; |3 sAPC DCS PCL:12  Vset0.255937 APC_DAC:156
/ q' S0 _# K9 ?S:154,delta_s:-8.00,wanted:4.100,meas:5.805,Current_C:3: P6 Q" X2 ^' {! _
S:143,delta_s:-11.00,wanted:4.100,meas:4.277,Current_C:7' ]' o+ v0 q- c% c' z9 r
APC DCS PCL:13  Vset0.234609 APC_DAC:143  f, N& b9 x, l) W% [, C$ j
S:146,delta_s:-6.00,wanted:2.300,meas:4.722,Current_C:2
  r# Y4 V9 g2 @! _S:130,delta_s:-16.00,wanted:2.300,meas:2.323,Current_C:7
" R; `9 F* n) I) C3 \3 X0 YAPC DCS PCL:14  Vset0.213281 APC_DAC:130
8 l* _8 e1 Z. h% h1 Q8 j8 HS:137,delta_s:-7.00,wanted:0.700,meas:3.406,Current_C:22 E0 l% ]2 A# x, x3 c5 i) D9 Y
S:121,delta_s:-16.00,wanted:0.700,meas:0.822,Current_C:62 S9 O5 }5 @9 U. ^) {1 y
APC DCS PCL:15  Vset0.198516 APC_DAC:120% W  y* a$ q- F
        APC calibration and write to NVRAM ok6 O7 T5 i1 P6 E1 M2 W4 ]
         EDGE APC Cal=0.00 (sec)4 ]5 @8 o' ~5 R8 ^) I3 z

: W" p* {  ~. P0 x' ^' G& q9 o         APC Calibration time=37.81 (sec)( c# n' w0 F: P) c, r- I8 T" b6 T
! H6 \# f3 x8 m) V7 }& N
===================== TX GMSK PCL Check Begin =====================
0 V1 F% R" i/ W, }
4 Z5 i) i; f! G" q: @" b5 B----------------GSM900 GMSK Check -----------------------9 s$ @: q% {/ k! e+ H9 O
2 j, h7 N% l* f' A
GSM PCL 19 = 4.89 PASS,Max :6.00 Min :4.00
7 p4 w3 {( ]0 K4 p4 E  \: c, e! NGSM PCL 18 = 7.11 PASS,Max :8.00 Min :6.00
8 P- z, {# F. e. sGSM PCL 17 = 9.06 PASS,Max :10.00 Min :8.007 d4 m6 A  p3 O! S% |+ [5 x
GSM PCL 16 = 11.24 PASS,Max :12.00 Min :10.00
4 Y) t7 ~. \8 I1 B2 x6 b4 SGSM PCL 15 = 13.30 PASS,Max :14.00 Min :12.00
" i$ I9 o3 p3 K& L, @+ uGSM PCL 14 = 15.22 PASS,Max :16.00 Min :14.00
2 f+ c# c4 U9 L# b# p7 Y3 H8 v, VGSM PCL 13 = 17.23 PASS,Max :18.00 Min :16.003 F- L- I6 w+ C1 j; U  y
GSM PCL 12 = 19.22 PASS,Max :20.00 Min :18.00( I8 T: H( o) Z- X& X, p
GSM PCL 11 = 21.53 PASS,Max :22.00 Min :20.00
6 a8 T1 |% X. j' y+ T  z1 EGSM PCL 10 = 23.13 PASS,Max :24.00 Min :22.00
( y% B  j' n" H- z9 e5 ~, QGSM PCL 9 = 25.01 PASS,Max :26.00 Min :24.00
3 n9 m8 P; X7 @% i6 |3 I8 ~GSM PCL 8 = 27.21 PASS,Max :28.00 Min :26.00
, H# g& m2 }$ U, i. wGSM PCL 7 = 29.21 PASS,Max :30.00 Min :28.00* R8 v7 Z6 _, r6 j& U* x
GSM PCL 6 = 30.75 PASS,Max :31.50 Min :29.80
; r8 h5 f- v# ]  y) Q* T* sGSM PCL 5 = 32.45 PASS,Max :33.00 Min :31.00
! @: l! z; u; c; P- @" s- O----------------DCS1800 GMSK Check -----------------------7 D+ d% \4 k- B( i8 k7 J
5 l8 `8 ^* Z1 [- I
DCS PCL 15 = 0.66 PASS,Max :2.00 Min :-0.50
, c: ?# f+ m6 ?  t2 ^9 V- j* tDCS PCL 14 = 2.34 PASS,Max :3.30 Min :1.302 d5 X- j# e; m" v- K
DCS PCL 13 = 4.29 PASS,Max :5.00 Min :3.10
2 q8 [# A5 k2 I8 Y8 `DCS PCL 12 = 6.05 PASS,Max :7.00 Min :5.00) V1 b, T% ^0 _0 d
DCS PCL 11 = 8.06 PASS,Max :9.00 Min :7.00: Z$ A- W- ]9 F5 O
DCS PCL 10 = 10.18 PASS,Max :11.00 Min :9.00& R; N3 y8 n" e! M
DCS PCL 9 = 12.01 PASS,Max :13.00 Min :11.00% R( [5 {$ C) |- ]& M, S8 ?4 W5 k. S
DCS PCL 8 = 14.28 PASS,Max :15.00 Min :13.00
2 C) u! @- n  NDCS PCL 7 = 16.05 PASS,Max :17.00 Min :15.00
# k# O3 w. k3 {$ m7 ~DCS PCL 6 = 18.32 PASS,Max :19.00 Min :17.00- H* S; f/ @: @
DCS PCL 5 = 20.30 PASS,Max :21.00 Min :19.00
1 O; `# f1 z" F" _) V2 MDCS PCL 4 = 21.90 PASS,Max :23.00 Min :21.00
9 Z% K& N* ^; E, b1 U) yDCS PCL 3 = 24.01 PASS,Max :25.00 Min :23.00- I$ Z) ^0 I' X; b5 b: A/ p
DCS PCL 2 = 26.16 PASS,Max :27.00 Min :25.000 n& i2 C" X% l( P# B3 D- {
DCS PCL 1 = 27.80 PASS,Max :28.50 Min :27.00
0 V' p( D) `* h) x+ w# m1 GDCS PCL 0 = 29.87 PASS,Max :30.00 Min :27.20
$ W6 `6 O  i. h" R9 u0 A        APC Calibration Check OK; r2 ]1 e( u. ]( U) ]5 m
         GMSK Check time=9.28 (sec)
. H! Z. N& G/ H6 ?" K         EPSK Check time=0.00 (sec)! T; X+ x  T8 a9 g. N, Q& \
         Actually measurement time=59957.000000) c9 Q$ b+ A8 \; p9 i( T
        GSM/EDGE Cal Total Time = 69.72 (sec)& |( e% Q) j4 u: C4 ^

  D6 |- f8 }/ R0 m4 J3 o- Z======== All Band Preset ==========: I) ~8 y. O7 O: f2 ~
Reload golden sample value from the file./ e: h) d% [5 K# h9 t
Written in RSSI golden values.7 X3 L6 i- a# F
Written in TPC golden values.9 q" W! R- f$ t9 z+ }) I1 ^3 f
================== WCDMA Temperauter ADC calibration begin ===================0 z6 Z- v8 [& d* Z+ _
Target > TADC current = 0 @ 25.00 degrees (with count:1000)
, t% I" f1 c( T/ U+ b' yCalculated Ref DAC (438.33) based on INI for (25.00 degrees)
9 L  c2 v4 p" B9 T0 ~- U6 q5 m& C) L& K/ _' u' s
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
" f$ s: }# ?# }9 j8 D' G+ I" A. i1 D* W$ g" \- [& Y
Target < Write WCDMA Temperature ADC to NVRAM
/ a* y5 o0 _3 U. s
- h" Y$ A+ \5 Z3 h. g: S1 a=================== WCDMA Temperature ADC calibration end ====================
( k1 |6 s! j- E7 c6 V2 f3 t3 M8 a
Total Time used by <<WCDMA Temperature ADC>>: 0.230 sec.: ]3 f( u% H3 Q0 n' u$ f* {; F
8 M5 o' N. [* c6 _

6 R4 Z% t" A. D0 R================== WCDMA RSSI/LNA calibration begin ===================
1 ^# }5 B: T7 ?9 s: S% Z7 e
" q+ O+ Q5 L/ \% e9 t% b. r  === (High LNA mode): cell power:-75.00 ===- d$ J. ~# x  J1 o  s: t! V
9 w* c" C$ m$ ^
AG8960 < UARFCN DL = 10562& w% W8 c8 V9 n- d5 x3 [
# Y. G0 r: J7 a6 ]6 n1 N
UARFCN = 10562, RSSI = -105.500004 n3 P# D  Y7 ^: I/ K

. E" H9 f2 n8 f+ @# \0 b( VAG8960 < UARFCN DL = 10631
# ^( n0 \( s# f- f
$ l3 P+ v$ j1 z$ UUARFCN = 10631, RSSI = -104.50000: _9 _  m+ X) C
8 N% D$ C# }3 V/ h% I) `/ Z
AG8960 < UARFCN DL = 107008 }6 r6 R7 p, K$ E; S4 \# M: f

1 s0 D% k- v; M$ g% b' y1 P+ K9 GUARFCN = 10700, RSSI = -81.000003 c& p5 A8 Q% k1 {

% i0 X0 x3 A  W' ?; a/ z5 `AG8960 < UARFCN DL = 10769
: W' b  b! f+ m5 Z/ i( Q# P/ C- A% Q: r  M0 I
UARFCN = 10769, RSSI = -106.500001 V" V9 \$ w5 b$ K$ T, N5 |" Z
6 {/ t0 V( X4 t/ W9 [& s6 ?
AG8960 < UARFCN DL = 10838
4 Q  T4 r2 E. U3 Y" P6 y' v" k6 y+ w( A" S1 a1 @/ n7 s( x
UARFCN = 10838, RSSI = -105.000001 g/ v! ?, A: A7 u
2 ]0 j9 C& V8 y# U7 L
  === (Middle LNA mode): cell power:-50.00 ===
2 ?' G' C  n, D; I) ~# R" i/ R3 R- M& R; G) {
AG8960 < UARFCN DL = 10562
( `* P) s; D+ m) w8 u5 q& @2 S6 k8 z6 x$ i  ?
UARFCN = 10562, RSSI = -56.75000
8 F# r3 k' o: v7 }  M! Y
6 f5 A2 l7 O% l! x- ^+ P: ~: r: p  EAG8960 < UARFCN DL = 10631
# [: {0 g9 x9 x8 e/ ]. O5 E9 A/ x% M5 ~- f$ ]  _( R  \
UARFCN = 10631, RSSI = -54.25000, l  _& I& \$ ^' S4 ~$ B

" y/ g% V0 R' k8 `' tAG8960 < UARFCN DL = 107005 _6 N) {+ b3 I

- m' y- m. J# {3 |) N' h8 M1 E" ~UARFCN = 10700, RSSI = -54.75000
8 [! K4 L$ t0 Y' _  e- m# l+ i( D6 s3 Y! Z6 i$ W
AG8960 < UARFCN DL = 10769+ G1 M2 Z) C& p1 r; p$ r$ Z
, c- n4 c0 Q% p  E) s
UARFCN = 10769, RSSI = -57.750004 Q; w) F  k6 j& J' x
1 j- a6 j6 b' |) u% ^2 @+ O
AG8960 < UARFCN DL = 10838$ ?  U6 Y) v/ p; r7 ]
9 O* q" W/ P4 h6 a5 \7 X
UARFCN = 10838, RSSI = -55.75000
; A3 z7 }# @, \% W: E" M* L5 z7 S; |6 r
  === (Low LNA mode): cell power:-35.00 ===
2 k; r9 s1 K3 x$ L4 w- G8 c/ d3 \/ K* `# f" w
AG8960 < UARFCN DL = 10562
: ^) Q3 Q( n! O: Y) {) |, G5 g  i5 t
UARFCN = 10562, RSSI = -41.00000
- J7 \# P8 k' _' F! H6 ^5 s" r4 S* ^) T1 X+ z6 }( M+ x& L( o7 `, L
AG8960 < UARFCN DL = 10631
" W7 x  x0 x: \1 z7 Y  b* _9 e/ s0 r- a' b2 l' H2 ?' ~
UARFCN = 10631, RSSI = -38.250001 z, ^) F" e5 ]7 U; D0 D" G
2 Y* b1 L3 T" L/ A7 d
AG8960 < UARFCN DL = 10700, c! V* ]8 h, x7 k

* B1 i. \& Q/ }7 @! EUARFCN = 10700, RSSI = -38.00000/ ~3 N. j; b, k9 O1 \. R9 T" d
4 O5 D, k! Z9 i/ I( a/ \7 R
AG8960 < UARFCN DL = 107699 Y3 A4 G* u; h% l! `

7 l( e- _6 V! A0 ?- g* B% H$ AUARFCN = 10769, RSSI = -41.25000; \( @# m9 t6 H8 o. e

( z! N/ L* y; H0 ZAG8960 < UARFCN DL = 10838
- @7 R2 T! K1 U$ Q. j! ^3 z2 \# u$ R) i; E9 Z4 F; X
UARFCN = 10838, RSSI = -39.250002 S1 i" S& F( y+ j

# t3 f7 n+ O8 j) Q& h9 x' YTarget < Write WCDMA RX path loss to NVRAM8 z- P, U4 P/ @! ?
+ s4 G3 ^7 r) p% t" @# m
=================== WCDMA RSSI/LNA calibration end ====================
, g% P" k7 E/ D  V7 {- b' C; {4 k6 B4 S' B
Total Time used by <<WCDMA RSSI/LNA>>: 5.598 sec.2 i2 p( r9 \6 D4 \' c/ f  z

2 D1 [7 z: P/ X2 b7 z: W9 ~. z6 l- ?3 }% l4 {2 z- E
================ WCDMA RSSI/LNA calibration check begin ===============
7 x6 [+ |9 Z: w5 v, j& @
! l0 M& ^" |( m$ z) w=== LNA Mode High LNA mode ===
4 {# k6 a2 C6 _6 p& m1 u& v# B( B" Z" s! G$ s
Pass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 29.25000, min rx path loss = -20.00000, max rx path loss = 30.00000' Q( Z" b$ B9 x1 o

1 {- h4 v: ]! c: {4 \8 BPass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 28.25000, min rx path loss = -20.00000, max rx path loss = 30.00000" R0 M5 x9 G" J% ?6 O4 u' P8 \9 K

7 _" X$ D! N; B2 |* D, `/ `Pass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 3.75000, min rx path loss = -20.00000, max rx path loss = 30.00000& G( G) h0 ^) y, p' A

; T# C6 j' X2 hPass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 29.50000, min rx path loss = -20.00000, max rx path loss = 30.00000+ x5 \/ n+ {/ q+ K
- N4 q3 `& O* I
Pass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 30.00000, min rx path loss = -20.00000, max rx path loss = 30.00000% P3 _9 ?$ g: }: D3 M
$ }2 F- I1 z. j* ?
=== LNA Mode Middle LNA mode ===
% l3 }& p0 \  x! K4 w1 L" b+ R9 W) E% Q) i0 v. D6 ]. ^
Pass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 5.00000, min rx path loss = -20.00000, max rx path loss = 30.000001 M! P3 K/ m; r/ ~
& n! e$ m( X6 b) F
Pass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 2.75000, min rx path loss = -20.00000, max rx path loss = 30.00000  p- U0 b( [' N7 D( r9 p+ `
/ l. U. l* a1 R* R8 L3 q
Pass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 2.25000, min rx path loss = -20.00000, max rx path loss = 30.00000
) ~$ N% A' }& D% i$ G/ e/ j, r
Pass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 5.25000, min rx path loss = -20.00000, max rx path loss = 30.00000
4 X* ~. }- ~2 \! U( `8 z/ n: D8 \0 }! E4 d) j
Pass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 5.25000, min rx path loss = -20.00000, max rx path loss = 30.000007 K0 L1 n% ^5 f$ i2 G5 Y- @+ y2 ^

4 k+ M: t: p6 y% U" f# w8 u=== LNA Mode Low LNA mode ===
6 F; x; L0 n: g( H' X/ w3 `
9 t  t0 L& T  f& O/ o7 u0 F: |Pass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 7.50000, min rx path loss = -20.00000, max rx path loss = 30.00000
$ _: D8 r: ~3 o8 s  K% e; ?
& ~* i4 \' D/ mPass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 5.00000, min rx path loss = -20.00000, max rx path loss = 30.00000
0 O. c$ x# O* ?, J- n  s5 F& ~" }7 w( K$ w
Pass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 3.75000, min rx path loss = -20.00000, max rx path loss = 30.00000$ T5 S0 J" ~7 k6 Q3 _2 |
( x' u  S. i! r# z4 k; M1 j1 n
Pass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 6.75000, min rx path loss = -20.00000, max rx path loss = 30.00000/ Q7 E* r( S) l2 ]$ f

$ {6 o- t  j7 N7 pPass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 7.50000, min rx path loss = -20.00000, max rx path loss = 30.00000( g2 l8 y& w0 b& r3 [

. j+ Q! Y1 r& k/ U================ WCDMA RSSI/LNA calibration check end ===============
$ R  @9 s; y/ D0 v2 g. s
/ l1 X( ?; Y* p. g0 Z1 o  lTotal Time used by <<WCDMA RSSI/LNA Check>>: 0.092 sec.! A+ ?8 V4 f8 o. |4 ~) I1 L

% _. Y  _( L/ `3 @' W+ J; g+ t2 v; v$ `9 e
================== WCDMA TPC calibration begin (MT6162) ===================
1 v, Q3 e& o! F( y1 m: d- P
' w% j  t2 {7 n* T) N9 OTime to setup tester: 3.000 sec.
/ p2 d8 `' A' l9 Z& a[Info] set Power Control Mode 0.4 v: \* t# w0 v- c: }9 p
[band] = 09 }7 X! n- E6 F: D0 S
Cal Mode: 2 (1: first high mode 2: all sections)
+ G# q* \  E* }& _, z8 MCFG: 24.500, 24.000, 23.500
6 C4 [* H! a# T5 p: c  Y" y& NCFG: 22.500, 22.000, 21.500( R1 o9 V# i+ H2 U
CFG: 20.500, 20.000, 19.500# s- f  n7 X/ ]  ~5 p* E2 e
CFG: 18.500, 18.000, 17.500% \/ ?8 e# h; p: ^( p
CFG: 15.500, 15.000, 14.500
9 X, }, _+ U+ ]CFG: 11.500, 11.000, 10.500/ r7 T2 `2 [" X" J; |+ d+ w! w
CFG: 6.500, 6.000, 5.500# y$ b9 W- B9 E9 _7 C6 j- B1 M) {2 l2 o* v
CFG: 6.500, 0.000, -0.5003 g- \& c1 s5 S: I2 W+ r
----------  Low PA mode (WCDMA Band1)-------------: d/ j% U* y: T6 I) }- v( Y  k1 s' Y
[Info] d_goal_power (-2.50) = 0.00 + -2.50
2 W* _2 E6 x7 \[Info] Initial PA gain: 639
" |  d* d# u& H[Info] Initial PD gain: 281$ v6 R7 V  j: O' S. m5 h& o; [1 }
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.000001 J5 x( t; n8 u
[Info](2): set runtime PA gain:0 1 V- l" N1 @, W8 R( G
us_cur_pa_gain = 0+ ?9 @0 m) S" r: T+ e
us_cur_pa_gain = 0! {7 x  S* x. @% ]) H
AG8960 < Fetch channel power = 3.98343
. ~$ Y5 D. H. q! e[Info](3): set runtime PA gain:207
- @' ?2 d  a, G6 p+ A% `/ Cus_cur_pa_gain = 207
$ s, s* M0 `0 c% D( ~3 v0 wus_cur_pa_gain = 207
4 L2 I" y* z4 r6 ]) X( tAG8960 < Fetch channel power = 3.34083
9 w1 A7 Q  {. R8 s[Info](4): set runtime PA gain:393
; g2 U5 s7 D/ B8 {4 T# mus_cur_pa_gain = 393
. L. L1 _% v2 m4 [us_cur_pa_gain = 393
; b$ ^/ D$ g) D! h- C% n+ NAG8960 < Fetch channel power = 1.68075: `& t0 i' e; z$ N/ N+ a
[Info](5): set runtime PA gain:526
; D$ g. |& J) a/ L! |us_cur_pa_gain = 526
: z! {& S5 }) O( k% zus_cur_pa_gain = 526
) Q- z; D3 T2 w8 ]. |AG8960 < Fetch channel power = -0.870540 Y3 b& o( ~- J9 R2 e. ?
[Info](6): set runtime PA gain:578 3 Z) S5 `3 C% ^( v$ p' ?9 F
us_cur_pa_gain = 578
, u( E# s. N% T9 n$ Rus_cur_pa_gain = 578
0 J, b2 L0 X; l, [; uAG8960 < Fetch channel power = -2.12470
; W% H. N: z' W[Result] PA Gain:578 after try 6 times to reach (-4.00~-1.00)$ p% N( p' V; V( R4 Y
[Result] PA Gain:584 (power:-2.50) exactlly' Q  {; V8 w. R! w9 T  U: ?3 Q0 ]
----------  Middle PA mode (WCDMA BAND1)-------------, C2 @- m6 c$ c  @
[Info] d_goal_power (3.50) = 6.00 + -2.50
6 _/ m2 M& D0 q+ W& D$ S[Info] Initial PA gain: 961) o& l0 `9 c( E: [* r0 H
[Info] Initial PD gain: 2793 K+ I' I9 C& k7 W! @2 Y# }
AG8960 < Fetch channel power = -1.377708 E0 b( d8 p9 ^- e4 K
[Info](2): set runtime PA gain:804 9 W# ?6 r0 z1 T. A$ B
us_cur_pa_gain = 804
0 b; P, }5 D& m) k& Tus_cur_pa_gain = 804: o6 e* A4 U& A, r
AG8960 < Fetch channel power = 2.85345
# B" t3 M( {" R+ Y0 n[Result] PA Gain:804 after try 2 times to reach (2.00~5.00)
: C5 z% `0 b/ K( R$ b% g/ i[Result] PA Gain:793 (power:3.50) exactlly
  X% o7 p! W: K+ r- R, G3 K$ w----------  Middle PA mode (WCDMA BAND1)-------------# x" E# t1 n6 V$ Y8 L  c. d! K6 S
[Info] d_goal_power (8.50) = 11.00 + -2.50  I2 E. L& ?: ?' c* d
[Info] Initial PA gain: 971' C2 m5 Z% @4 Z2 P0 S, R
[Info] Initial PD gain: 2798 H5 W" Y% Q9 ^8 z3 t' K  `
AG8960 < Fetch channel power = 3.276447 a5 |; _$ j: w2 F# `4 U
[Info](2): set runtime PA gain:803
% m* k* O/ O6 }us_cur_pa_gain = 803
( ^# k# @" ~/ R/ L. Z0 n" S. ~us_cur_pa_gain = 803
% z' [% U* R( ^% wAG8960 < Fetch channel power = 7.32281  U9 ]6 ~  {- _+ I# v7 m
[Result] PA Gain:803 after try 2 times to reach (7.00~10.00)6 ]2 w+ k$ ^8 W- M& a7 z7 I* Z
[Result] PA Gain:784 (power:8.50) exactlly) Z9 r) U9 b; s" L" c
----------  High PA mode (WCDMA BAND1)-------------# B1 Q: c, `" N: l: S
[Info] d_goal_power (12.50) = 15.00 + -2.50
% H3 A" q' s5 v0 k[Info] Initial PA gain: 1038
8 [; J9 u2 d3 }$ G' f5 E, i[Info] Initial PD gain: 279
# Y8 W/ r/ ^3 o7 v( wAG8960 < Fetch channel power = 7.12027  g5 b3 U  ]) F6 D6 [
[Info](2): set runtime PA gain:865
; _/ J5 }9 S" C9 z% _2 C5 wus_cur_pa_gain = 865+ W4 i& l3 m- }- B3 O3 c7 N$ S
us_cur_pa_gain = 865' h8 m/ \% n) [( Z" L
AG8960 < Fetch channel power = 9.51577% e7 k) N( d1 \& D8 k
[Info](3): set runtime PA gain:769 3 }0 }2 U! O9 D% Q8 T
us_cur_pa_gain = 7690 I7 Y. f* G8 H  ^( z
us_cur_pa_gain = 769
  l4 n& C1 f  [) X& ]( }$ v; {& ^! uAG8960 < Fetch channel power = 10.015498 u* q, H; g+ C# n
[Info](4): set runtime PA gain:689 " @, h9 N; {& a! Y) \" v
us_cur_pa_gain = 689
0 }, V# p$ E1 x, X4 s+ E$ U9 Jus_cur_pa_gain = 6894 h3 G+ U5 J& O6 d7 U9 v0 Z
AG8960 < Fetch channel power = 10.28642, D: t3 K1 T, ?% r0 j6 q( A
[Info](5): set runtime PA gain:618 , [  z6 [, h2 G/ M
us_cur_pa_gain = 618
) z( H' p) e1 ?3 I0 {/ Qus_cur_pa_gain = 618) r( H+ t6 E; l. Z: A
AG8960 < Fetch channel power = 10.47065
( ^% A$ s4 e7 I1 C; X9 }, t[Info](6): set runtime PA gain:553 - m' p" O! [* y) L
us_cur_pa_gain = 553
3 n1 @5 X3 `0 \# C- aus_cur_pa_gain = 553
8 z; j- T8 A- Y) E: z7 {AG8960 < Fetch channel power = 10.58904
3 {8 ?: |; M6 r[Info](7): set runtime PA gain:491
0 i3 h, g8 t: Z* [" T; dus_cur_pa_gain = 491
- _; r0 U, h& n+ [( A5 a! zus_cur_pa_gain = 491
4 P7 {0 d1 {: Y4 p3 y4 Y4 `9 E  KAG8960 < Fetch channel power = 10.59546
. {* m* |% ~$ k. F% b[Info](8): set runtime PA gain:430
+ ~1 M0 T; _2 Z& L# T& k0 _7 Uus_cur_pa_gain = 430
4 b4 x& l# l; S5 ~us_cur_pa_gain = 430
( y, N9 [2 W5 eAG8960 < Fetch channel power = 10.59412
4 ?" y. V* T% y) r[Info](9): set runtime PA gain:369
: W# @3 N+ y% Q3 i) d# O! ?us_cur_pa_gain = 369/ C& M" E7 T# Z3 |: T
us_cur_pa_gain = 369
& |+ H9 E9 }5 \6 n& ]% QAG8960 < Fetch channel power = 10.59266
% G6 b  @; C& ^2 M8 e. _[Info](10): set runtime PA gain:307 + b7 M% N+ u7 ]
us_cur_pa_gain = 307' z6 N7 |+ H4 ^6 l, a5 R
us_cur_pa_gain = 307
8 ^% I/ U. f0 A' d: a2 yAG8960 < Fetch channel power = 10.590232 P$ H+ h! o3 b& z9 [9 ~6 ]
[Info](11): set runtime PA gain:245
5 c( M1 h/ P2 k+ q; L$ Q2 A$ J& Nus_cur_pa_gain = 245
( o' O* r( R9 l$ \us_cur_pa_gain = 245. F+ j0 w/ `+ X
AG8960 < Fetch channel power = 10.58178
. v0 [# X* w, W6 r[Info](12): set runtime PA gain:183
9 C, I5 M: S1 }$ J8 nus_cur_pa_gain = 183
1 j; h# {  F% ]5 a5 Eus_cur_pa_gain = 183
  F; f8 J  `4 y& b3 n! v5 y6 F5 ]AG8960 < Fetch channel power = 10.58229
2 f6 R% ?3 n% S7 Z, G$ ^0 d+ q[Info](13): set runtime PA gain:121
& y, h/ d5 \9 G) f8 V4 Y3 Yus_cur_pa_gain = 121
% q- E8 O. {9 I4 `us_cur_pa_gain = 1218 e. \, D1 B0 i( o
AG8960 < Fetch channel power = 10.58804& S' q5 p3 J# O& S$ k' Q
[Info](14): set runtime PA gain:59 6 O( h- p$ |3 ^6 h' Q, B9 R
us_cur_pa_gain = 59
- _6 V/ G+ z9 I( Xus_cur_pa_gain = 59
2 b4 ?. Z0 g, M+ ?AG8960 < Fetch channel power = 10.59029( l1 {+ r# ?5 q1 b
PA Gain (1280) exceed the max limit(1280), so set to max2 V$ L: i' Q% w! ]
[Info](15): set runtime PA gain:1280
+ _: C5 i' T: Sus_cur_pa_gain = 1280. }8 b7 X0 q: \5 _
us_cur_pa_gain = 1280
. T8 Q( x& w( f% I6 jAG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
8 g/ I( m# }2 _$ ]  S4 I[Info](16): set runtime PA gain:60 : G6 q- p- C; C4 \
us_cur_pa_gain = 60
' f/ u* O& {& R/ x  d- l5 E# ^us_cur_pa_gain = 60$ D& T, D2 F# ~) |+ t
AG8960 < Fetch channel power = 10.58883' ~6 O5 t0 }; }7 d' |; i
[Info](17): set runtime PA gain:61
+ J, p( w) D- q& u3 {4 b, dus_cur_pa_gain = 61
! s$ G( c* I: v2 C& V0 g1 Mus_cur_pa_gain = 61
- x% K$ [6 v% b: G; v' T% k. q# lAG8960 < Fetch channel power = 10.58784
) |0 r" a/ B/ J4 W# Z+ l[Info](18): set runtime PA gain:0 ( F) E. n  o9 T7 E
us_cur_pa_gain = 07 z  K4 a3 k0 X( L, J/ Q
us_cur_pa_gain = 0
0 J6 z6 H8 U4 f6 AAG8960 < Fetch channel power = 10.58417
' s- _1 p) V  Z1 BPA Gain (1280) exceed the max limit(1280), so set to max
* K5 d6 C7 |; h+ c[Info](19): set runtime PA gain:1280
; I2 `* C( S8 [+ ]) {; r& E/ H3 bus_cur_pa_gain = 12805 w* j, _! z( c+ {, d+ Y
us_cur_pa_gain = 1280
4 N% U. Q. K8 A+ R8 w- mAG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000( a& @' E' o* J
[Info](20): set runtime PA gain:1
# e$ s' ~( k* o7 l6 fus_cur_pa_gain = 1
& w1 R) f+ y) p, Mus_cur_pa_gain = 1' c# h/ ]& q2 M/ ?- J: j1 Y4 f4 l
AG8960 < Fetch channel power = 10.57709
. r1 j2 u5 K0 `[Info](21): set runtime PA gain:2 7 M# H1 w' a+ q. Y$ y
us_cur_pa_gain = 24 v4 C1 K1 \! k) c1 ]
us_cur_pa_gain = 2
- |- ]  @( C+ x# M  n4 MAG8960 < Fetch channel power = 10.576107 V: C0 }8 V) {7 Z! N% ]4 c( ]: g
PA Gain (1280) exceed the max limit(1280), so set to max, C- y2 m+ ?/ x$ S) e
[Info](22): set runtime PA gain:1280
& V  R% P$ M' i9 a. Mus_cur_pa_gain = 1280* ^' h- X  \! a7 F  D) J' O
us_cur_pa_gain = 12808 P! P; g+ K* n8 i
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
$ f- v# k& a" F) V, |/ _[Info](23): set runtime PA gain:3
8 _3 e+ E, b. X. I# D: Wus_cur_pa_gain = 3
) S8 B- h# n) c3 l- Sus_cur_pa_gain = 3
8 }; P/ a2 x9 {7 S1 }AG8960 < Fetch channel power = 10.57529
: {1 Y, u( J3 f[Info](24): set runtime PA gain:4
' @/ C& E6 g7 d  w" e* h* Y8 Qus_cur_pa_gain = 43 ^- _0 X0 ~7 ~( J0 y7 }; U
us_cur_pa_gain = 4
2 P0 U/ |# ]8 d; `" }0 T4 LAG8960 < Fetch channel power = 10.57781
+ T' ]$ A9 L' V9 DPA Gain (1280) exceed the max limit(1280), so set to max- b$ _6 F! w) H* k
[Info](25): set runtime PA gain:1280
; m9 |! e5 P, P$ I4 g: z2 j0 q9 _us_cur_pa_gain = 1280
" C, J1 [! q% k1 Nus_cur_pa_gain = 12802 ~' |& w" y- g9 f5 _
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
5 B* I  @3 ^+ Z$ z$ \3 }[Info](26): set runtime PA gain:5 . K3 {6 z$ O/ r$ ]  H
us_cur_pa_gain = 5
. @% p. k9 d- f0 M& ?: Kus_cur_pa_gain = 5
/ s: E4 f5 ~$ \4 ]& nAG8960 < Fetch channel power = 10.575907 B2 H. e! r5 q/ L/ B  l
[Info](27): set runtime PA gain:6 ; g  t- p+ M* W# h: \( \2 s# ^3 N; B
us_cur_pa_gain = 6
" l8 K' P6 B5 d) Uus_cur_pa_gain = 6
& c  I. @7 C" U: d7 qAG8960 < Fetch channel power = 10.57824
4 Q; R: O) q" ^PA Gain (1280) exceed the max limit(1280), so set to max1 y3 g9 W# ]( d
[Info](28): set runtime PA gain:1280 1 f8 S5 {. ?* G! w; g1 ^. ]4 C
us_cur_pa_gain = 1280
4 a! m' O/ ^2 K" p2 i0 mus_cur_pa_gain = 1280' n/ \1 j: v/ }& [, [+ I7 C
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.000004 Y' E" C/ _; j. ~
[Info](29): set runtime PA gain:7 : f) L2 W7 V6 s8 V
us_cur_pa_gain = 7- q! E; k7 a8 b8 W/ _" g' [
us_cur_pa_gain = 7
. \1 C/ Z4 M' hAG8960 < Fetch channel power = 10.56544
( L2 K5 i) m1 a% N[Info](30): set runtime PA gain:8
" }4 ^: l4 \) T( rus_cur_pa_gain = 8# M! t& n% h) h
us_cur_pa_gain = 8- a7 |7 n. v! @' v6 N
AG8960 < Fetch channel power = 10.57096
1 x$ F" D8 {/ _) U/ Bcan not find the right PA gain after try 30 times, last(8)0 u# a9 }3 h+ p0 d- m7 z& m
" d$ D2 @9 f2 @
        ===============================3 K5 h, R( J/ _& B4 r) P7 z# m
        Calibration Total Result FAIL
# x+ P8 G# [3 [, E; H3 w  f        ===============================
/ K0 g& X8 d3 M3 S, r7 ?
7 A6 a7 j; G3 \- B; w( L5 M" d! N
Calibration and NSFT total cost time is: 140.95s
9 s9 i$ U. M0 a- |( u( s6 j4 x" s0 I- c+ d- _

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Colbie
  • TA的每日心情
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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？

    点评

    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
    9 G" [" Z+ Y% N% J+ [' X1 KTX 好像没通吧？

    , m; N. A" }8 _6 V! ~) i谢谢大神，我检查一下。6 S0 ?2 N% u; [9 T0 _( Z
    ! W6 w; R8 ^. D5 `9 x5 z2 J

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    witerr
    头像被屏蔽

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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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