MT6589 射频调试。

rongunac

大家好:

使用MT6589+MT6167+BAND 1 2 5,现在校准不过,以下是ATE的打印信息.
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！
4 L8 z; z2 ]9 p- b$ Q9 t

. O3 U1 B( Z' \  }) v$ s; X如下:
6 @+ G* i0 x7 K6 P5 r4 N; ^===================== Begin Calibration =========================
# v, o( h% L; N( s! l% ^
&nBSP;       AFC Calibration OK
AFC DAC1=4200, AFC DAC2=4800
Slope=8.078, min:-10.000, max:10.000
, x( I7 [  E/ i# G- z; S) GUse Default Value=4256
- j/ `% W) A; V        AFC Calibration time=8.03 (sec)
& N- B& K* e% z/ iPL GSM TCH 25 = 6.62  Pass MAX:25.00   MIN:-20.00
. b$ @! Z1 S5 s, ~PL GSM TCH 50 = 7.88  Pass MAX:25.00   MIN:-20.00
PL GSM TCH 75 = 4.38  Pass MAX:25.00   MIN:-20.00
PL GSM TCH 100 = 5.00  Pass MAX:25.00   MIN:-20.00
PL GSM TCH 124 = 7.75  Pass MAX:25.00   MIN:-20.00
PL GSM TCH 975 = 5.00  Pass MAX:25.00   MIN:-20.00
0 e+ P2 b0 ~% u# Q" i4 {PL GSM TCH 1000 = 8.00  Pass MAX:25.00   MIN:-20.00
PL GSM TCH 1023 = 3.75  Pass MAX:25.00   MIN:-20.00
PL DCS TCH 512 = 8.25  Pass MAX:20.00   MIN:-15.00
PL DCS TCH 560 = 9.88  Pass MAX:20.00   MIN:-15.00
PL DCS TCH 600 = 9.75  Pass MAX:20.00   MIN:-15.00
PL DCS TCH 640 = 9.25  Pass MAX:20.00   MIN:-15.00
! {; N: ~# ~& B4 o% iPL DCS TCH 680 = 8.38  Pass MAX:20.00   MIN:-15.00
4 ^3 H* G( ~! v8 ?/ aPL DCS TCH 720 = 7.62  Pass MAX:20.00   MIN:-15.00
1 C+ p* _# N) n! N$ [8 J( fPL DCS TCH 760 = 7.50  Pass MAX:20.00   MIN:-15.00
PL DCS TCH 800 = 8.00  Pass MAX:20.00   MIN:-15.00
PL DCS TCH 840 = 10.00  Pass MAX:20.00   MIN:-15.00
PL DCS TCH 885 = 10.25  Pass MAX:20.00   MIN:-15.00
        Path Loss Calibration OK
================== Path loss LNA middle/low calibration begin ===================
----------------- Calibrate LNA Middle mode -----------------
PL GSM900  TCH 25 = 1.50   Pass MAX:15.00   MIN:-15.00
& `, u1 b& t* s+ w+ [% o2 P/ e# s. MPL GSM900  TCH 50 = 0.00   Pass MAX:15.00   MIN:-15.00
: G9 Y; v( U: w& C+ _( u. IPL GSM900  TCH 75 = 0.38   Pass MAX:15.00   MIN:-15.00
PL GSM900  TCH 100 = 1.00   Pass MAX:15.00   MIN:-15.00
PL GSM900  TCH 124 = -0.25   Pass MAX:15.00   MIN:-15.00
PL GSM900  TCH 975 = 0.88   Pass MAX:15.00   MIN:-15.00
PL GSM900  TCH 1000 = 2.00   Pass MAX:15.00   MIN:-15.00
( I# d& A, l9 C0 z9 `4 ~( U8 xPL GSM900  TCH 1023 = -0.38   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 512 = 2.12   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 560 = 0.62   Pass MAX:15.00   MIN:-15.00
' Z6 D% Y/ w/ n" q' z+ E) ~2 {$ JPL DCS1800  TCH 600 = 0.00   Pass MAX:15.00   MIN:-15.00
( f+ q) ^- M5 e- \PL DCS1800  TCH 640 = 0.00   Pass MAX:15.00   MIN:-15.00
) A  O, u  \2 g1 p, ]PL DCS1800  TCH 680 = 0.50   Pass MAX:15.00   MIN:-15.00
; I& f4 P: ^$ X8 L! APL DCS1800  TCH 720 = 0.75   Pass MAX:15.00   MIN:-15.00
" T* i4 b( X$ O2 a. `! O2 k! i" EPL DCS1800  TCH 760 = 0.88   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 800 = 0.75   Pass MAX:15.00   MIN:-15.00
3 F; L- o3 A, H! {1 x6 L8 y7 f- N( SPL DCS1800  TCH 840 = 0.50   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 885 = 0.50   Pass MAX:15.00   MIN:-15.00
6 n9 B- ]+ Q$ O7 J0 b' a% P----------------- Calibrate LNA Low mode -----------------
PL GSM900  TCH 25 = 8.25   Pass MAX:15.00   MIN:-15.00
# S, K: Y" f# k) J% v/ O$ `PL GSM900  TCH 50 = 9.25   Pass MAX:15.00   MIN:-15.00
PL GSM900  TCH 75 = 6.00   Pass MAX:15.00   MIN:-15.00
  X) i+ e4 g8 ?/ |: J% g( wPL GSM900  TCH 100 = 6.50   Pass MAX:15.00   MIN:-15.00
/ d" e1 b& m4 B# IPL GSM900  TCH 124 = 8.88   Pass MAX:15.00   MIN:-15.00
3 {/ o3 |' d$ O/ y* E5 XPL GSM900  TCH 975 = 6.12   Pass MAX:15.00   MIN:-15.00
1 R8 {9 H3 z- A3 cPL GSM900  TCH 1000 = 9.75   Pass MAX:15.00   MIN:-15.00
PL GSM900  TCH 1023 = 5.25   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 512 = 10.50   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 560 = 12.00   Pass MAX:15.00   MIN:-15.00
) \# Q3 e" h  L% t6 GPL DCS1800  TCH 600 = 11.88   Pass MAX:15.00   MIN:-15.00
8 @1 N3 y6 h. P& T$ t( x2 Q0 `PL DCS1800  TCH 640 = 11.12   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 680 = 10.50   Pass MAX:15.00   MIN:-15.00
% ^9 E" D7 B2 ?5 ]7 N0 d1 ?3 {PL DCS1800  TCH 720 = 9.88   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 760 = 9.62   Pass MAX:15.00   MIN:-15.00
) s& v' Y+ v# N& T! ^& y+ r) NPL DCS1800  TCH 800 = 10.38   Pass MAX:15.00   MIN:-15.00
PL DCS1800  TCH 840 = 12.25   Pass MAX:15.00   MIN:-15.00
: X; N4 S: l& x' q- vPL DCS1800  TCH 885 = 12.50   Pass MAX:15.00   MIN:-15.00
. j& a, S+ O( D3 ?- f. u6 K
        Pathloss Calibration time=14.11 (sec)
! g4 I% t) W3 {S:470,delta_s:2.00,wanted:32.500,meas:31.888,current_C:3
S:471,delta_s:1.00,wanted:32.500,meas:31.923,Current_C:3
( Y( S' I. l4 G6 K, z$ s. BS:472,delta_s:1.00,wanted:32.500,meas:31.958,Current_C:3
4 `$ ~" t* p; w  H8 `( u( dS:473,delta_s:1.00,wanted:32.500,meas:31.993,Current_C:3
; r5 o: S) K  u- v! KS:474,delta_s:1.00,wanted:32.500,meas:32.028,Current_C:3
S:475,delta_s:1.00,wanted:32.500,meas:32.058,Current_C:3
& ~$ o; U& s- u% bS:476,delta_s:1.00,wanted:32.500,meas:32.090,Current_C:3
S:477,delta_s:1.00,wanted:32.500,meas:32.124,Current_C:3
, S: h* w8 W: l9 a7 P, C3 YS:478,delta_s:1.00,wanted:32.500,meas:32.155,Current_C:3
9 C$ }+ V( b" {# R* N/ G' {S:479,delta_s:1.00,wanted:32.500,meas:32.188,Current_C:3
S:479,delta_s:0.00,wanted:32.500,meas:32.188,Current_C:3
: X' p% M7 l$ G+ Y; h[Dac Repeated] Pre2_Dac[0] = Current Dac = 479
3 D) C( [7 {. ~- |
( o# W- @% o" p# W6 BAPC GSM PCL:5  Vset:0.867891 APC_DAC:478
$ ?% P* `& P$ N" cS:418,delta_s:1.00,wanted:30.500,meas:29.943,Current_C:3
S:431,delta_s:13.00,wanted:30.500,meas:30.450,Current_C:24
, q9 z! x3 J: q/ h0 N8 j0 \4 IAPC GSM PCL:6  Vset:0.789141 APC_DAC:431
3 e( ]" L6 }( G5 K+ qS:385,delta_s:1.00,wanted:29.000,meas:28.588,Current_C:3
- I6 s) Y! o5 ?8 WS:394,delta_s:9.00,wanted:29.000,meas:28.964,Current_C:22
APC GSM PCL:7  Vset:0.728437 APC_DAC:393
S:341,delta_s:1.00,wanted:27.000,meas:26.594,Current_C:3
S:349,delta_s:8.00,wanted:27.000,meas:26.975,Current_C:20
APC GSM PCL:8  Vset:0.654609 APC_DAC:348
APC GSM PCL:9  Vset:0.582422 APC_DAC:305
! W5 d& S$ e) @" z! b* v+ bAPC GSM PCL:10  Vset:0.531562 APC_DAC:273
APC GSM PCL:11  Vset:0.487266 APC_DAC:247
  _4 z# h* ?& W$ |1 |2 W' m+ K4 ES:222,delta_s:-1.00,wanted:19.000,meas:19.457,Current_C:3
S:217,delta_s:-5.00,wanted:19.000,meas:19.063,Current_C:11
1 u2 [1 ?* ~; ~7 YAPC GSM PCL:12  Vset:0.438047 APC_DAC:216
- ^% p9 b3 H. k- e0 h( TS:201,delta_s:-2.00,wanted:17.000,meas:17.724,Current_C:3
( z+ n! M) X- n1 x! WS:194,delta_s:-7.00,wanted:17.000,meas:17.095,Current_C:11
1 S6 r- |8 |' j2 ]. uAPC GSM PCL:13  Vset:0.400312 APC_DAC:193
0 f( M( f7 @7 Y6 `* CS:181,delta_s:-3.00,wanted:15.000,meas:15.833,Current_C:3
$ n' F2 O3 b% C% rS:174,delta_s:-7.00,wanted:15.000,meas:15.105,Current_C:9
APC GSM PCL:14  Vset:0.367500 APC_DAC:173
3 Y9 Z6 R( ?. xS:165,delta_s:-4.00,wanted:13.000,meas:14.134,Current_C:3
S:156,delta_s:-9.00,wanted:13.000,meas:13.082,Current_C:8
APC GSM PCL:15  Vset:0.337969 APC_DAC:156
S:200,delta_s:-5.00,wanted:11.000,meas:12.341,Current_C:3
S:190,delta_s:-10.00,wanted:11.000,meas:11.016,Current_C:8
: W$ E* }5 J- xAPC GSM PCL:16  Vset:0.393750 APC_DAC:190
S:186,delta_s:-6.00,wanted:9.000,meas:10.619,Current_C:3
S:172,delta_s:-14.00,wanted:9.000,meas:8.498,Current_C:9
, h; p) s* _! z$ x$ |- NS:175,delta_s:3.00,wanted:9.000,meas:8.977,Current_C:6
" R, K, x/ p  R  T% @APC GSM PCL:17  Vset:0.369141 APC_DAC:175
7 V, c4 Y+ f. ^7 nS:173,delta_s:-8.00,wanted:7.000,meas:8.686,Current_C:3
S:163,delta_s:-10.00,wanted:7.000,meas:7.041,Current_C:6
APC GSM PCL:18  Vset:0.349453 APC_DAC:163
S:162,delta_s:-10.00,wanted:5.100,meas:6.866,Current_C:3
S:152,delta_s:-10.00,wanted:5.100,meas:4.957,Current_C:6
APC GSM PCL:19  Vset:0.331406 APC_DAC:151
) U! s# J$ Q6 x1 c: b7 t( Z* @S:511,delta_s:3.00,wanted:29.500,meas:28.434,Current_C:3
S:542,delta_s:31.00,wanted:29.500,meas:29.495,Current_C:30
. N. ]; M+ f$ z: w! S# v2 s8 t0 YAPC DCS PCL:0  Vset0.889219 APC_DAC:542
S:464,delta_s:6.00,wanted:27.500,meas:25.568,Current_C:3
: x, U0 N$ E% `4 \0 H0 g( BS:502,delta_s:38.00,wanted:27.500,meas:26.923,Current_C:20
S:518,delta_s:16.00,wanted:27.500,meas:28.845,Current_C:28
7 w( \* X0 i( }0 K: w5 S) r" WS:508,delta_s:-10.00,wanted:27.500,meas:28.474,Current_C:8
S:483,delta_s:-25.00,wanted:27.500,meas:27.615,Current_C:26
8 P  e. \* L% e4 `APC DCS PCL:1  Vset0.792422 APC_DAC:482
S:427,delta_s:2.00,wanted:26.000,meas:25.408,Current_C:3
S:440,delta_s:13.00,wanted:26.000,meas:25.955,Current_C:23
APC DCS PCL:2  Vset0.721875 APC_DAC:440
S:384,delta_s:1.00,wanted:24.000,meas:23.527,Current_C:3
/ t& E# U* y) ]7 w' Z$ ]3 w9 l" VS:392,delta_s:8.00,wanted:24.000,meas:23.901,Current_C:19
APC DCS PCL:3  Vset0.643125 APC_DAC:392
6 x, q8 m% ~1 ^6 x% T% S: {% o2 yAPC DCS PCL:4  Vset0.572578 APC_DAC:348
APC DCS PCL:5  Vset0.523359 APC_DAC:319
$ W! T, H+ ~" p4 }0 S7 RAPC DCS PCL:6  Vset0.472500 APC_DAC:288
S:263,delta_s:-1.00,wanted:16.000,meas:16.454,Current_C:3
S:257,delta_s:-6.00,wanted:16.000,meas:16.049,Current_C:14
APC DCS PCL:7  Vset0.421641 APC_DAC:256
S:239,delta_s:-2.00,wanted:14.000,meas:14.737,Current_C:3
S:233,delta_s:-6.00,wanted:14.000,meas:14.162,Current_C:9
& r& z" A, C9 X$ A5 wAPC DCS PCL:8  Vset0.382266 APC_DAC:233
1 R0 U& q7 ?9 z1 @2 I) uS:218,delta_s:-3.00,wanted:12.000,meas:12.914,Current_C:3
S:208,delta_s:-10.00,wanted:12.000,meas:11.975,Current_C:11
APC DCS PCL:9  Vset0.341250 APC_DAC:208
S:200,delta_s:-4.00,wanted:10.000,meas:11.082,Current_C:3
S:192,delta_s:-8.00,wanted:10.000,meas:10.263,Current_C:8
6 q! n$ m' ]; ^7 z% Y6 I& FAPC DCS PCL:10  Vset0.315000 APC_DAC:191
S:183,delta_s:-5.00,wanted:8.000,meas:9.294,Current_C:3
( |* {$ v3 M( S! V8 I" y9 {( rS:172,delta_s:-11.00,wanted:8.000,meas:8.045,Current_C:9
APC DCS PCL:11  Vset0.282187 APC_DAC:172
* o2 s3 d1 P1 f+ Z& k1 eS:168,delta_s:-6.00,wanted:6.000,meas:7.564,Current_C:3
S:156,delta_s:-12.00,wanted:6.000,meas:6.037,Current_C:8
2 f+ q$ x$ ~% i3 n7 R2 |APC DCS PCL:12  Vset0.255937 APC_DAC:156
S:154,delta_s:-8.00,wanted:4.100,meas:5.805,Current_C:3
/ N. ^# f8 x% L* N- o# mS:143,delta_s:-11.00,wanted:4.100,meas:4.277,Current_C:7
APC DCS PCL:13  Vset0.234609 APC_DAC:143
6 M6 _; s7 W9 U3 x% U+ ]6 x- `% \S:146,delta_s:-6.00,wanted:2.300,meas:4.722,Current_C:2
+ |! q8 W- \1 v3 mS:130,delta_s:-16.00,wanted:2.300,meas:2.323,Current_C:7
APC DCS PCL:14  Vset0.213281 APC_DAC:130
9 [" ~* ]9 F9 a+ M( H, RS:137,delta_s:-7.00,wanted:0.700,meas:3.406,Current_C:2
" _: o' _5 E  h0 R- Y5 kS:121,delta_s:-16.00,wanted:0.700,meas:0.822,Current_C:6
APC DCS PCL:15  Vset0.198516 APC_DAC:120
" ^( u% [: D/ ~8 t0 s: F$ y  N        APC calibration and write to NVRAM ok
$ x; Q! V) n5 |! ^3 R         EDGE APC Cal=0.00 (sec)

         APC Calibration time=37.81 (sec)
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===================== TX GMSK PCL Check Begin =====================
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. \; H6 r4 Z& M----------------GSM900 GMSK Check -----------------------
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GSM PCL 19 = 4.89 PASS,Max :6.00 Min :4.00
4 k8 |/ R; b0 t- e6 J* ^& M9 ZGSM PCL 18 = 7.11 PASS,Max :8.00 Min :6.00
9 o, `0 H; F0 |1 z( m& l, r5 zGSM PCL 17 = 9.06 PASS,Max :10.00 Min :8.00
GSM PCL 16 = 11.24 PASS,Max :12.00 Min :10.00
( O$ Z% O  y8 ~/ F% O  ]0 IGSM PCL 15 = 13.30 PASS,Max :14.00 Min :12.00
GSM PCL 14 = 15.22 PASS,Max :16.00 Min :14.00
* g1 M& }: Q  ^, c9 VGSM PCL 13 = 17.23 PASS,Max :18.00 Min :16.00
/ `9 s0 J1 @. g/ ]* B4 gGSM PCL 12 = 19.22 PASS,Max :20.00 Min :18.00
3 n9 e4 H- F' d: A4 R# ^GSM PCL 11 = 21.53 PASS,Max :22.00 Min :20.00
/ {) ?! j& E) i4 VGSM PCL 10 = 23.13 PASS,Max :24.00 Min :22.00
/ Q7 i6 ]5 o/ @! `& t. YGSM PCL 9 = 25.01 PASS,Max :26.00 Min :24.00
7 t: l) V6 @; D/ T1 _GSM PCL 8 = 27.21 PASS,Max :28.00 Min :26.00
4 g: ]9 s+ g7 y4 c8 Q+ aGSM PCL 7 = 29.21 PASS,Max :30.00 Min :28.00
- y" e$ e! i  lGSM PCL 6 = 30.75 PASS,Max :31.50 Min :29.80
: n" @" |5 K/ M: _5 T6 ~2 V5 VGSM PCL 5 = 32.45 PASS,Max :33.00 Min :31.00
3 H, T! r' [: P. a; |% `6 Y----------------DCS1800 GMSK Check -----------------------

DCS PCL 15 = 0.66 PASS,Max :2.00 Min :-0.50
6 @- F8 N! a) S, h: W6 ~  XDCS PCL 14 = 2.34 PASS,Max :3.30 Min :1.30
9 y) C* C( l" e* FDCS PCL 13 = 4.29 PASS,Max :5.00 Min :3.10
: Y0 O! o, P, J9 J( o( ~DCS PCL 12 = 6.05 PASS,Max :7.00 Min :5.00
DCS PCL 11 = 8.06 PASS,Max :9.00 Min :7.00
DCS PCL 10 = 10.18 PASS,Max :11.00 Min :9.00
$ @: V; r* h3 h0 K3 U" `DCS PCL 9 = 12.01 PASS,Max :13.00 Min :11.00
DCS PCL 8 = 14.28 PASS,Max :15.00 Min :13.00
( F1 K7 \, Q% o9 `" Q5 sDCS PCL 7 = 16.05 PASS,Max :17.00 Min :15.00
% Q6 K8 B7 x' DDCS PCL 6 = 18.32 PASS,Max :19.00 Min :17.00
DCS PCL 5 = 20.30 PASS,Max :21.00 Min :19.00
" P" V, b. i( t9 Q" [7 O7 ]DCS PCL 4 = 21.90 PASS,Max :23.00 Min :21.00
6 G, y2 k" C) F# l# H8 t% ?6 eDCS PCL 3 = 24.01 PASS,Max :25.00 Min :23.00
! L7 [5 G1 q; N, XDCS PCL 2 = 26.16 PASS,Max :27.00 Min :25.00
- [: }( A) K( z) z! j- z- O/ Z6 w, JDCS PCL 1 = 27.80 PASS,Max :28.50 Min :27.00
DCS PCL 0 = 29.87 PASS,Max :30.00 Min :27.20
0 {. U# C7 w/ `0 @. B+ O0 f- z        APC Calibration Check OK
         GMSK Check time=9.28 (sec)
         EPSK Check time=0.00 (sec)
         Actually measurement time=59957.000000
        GSM/EDGE Cal Total Time = 69.72 (sec)

/ o4 w! G6 i( B======== All Band Preset ==========
Reload golden sample value from the file.
% l6 {$ l6 p! F( o/ R! O# KWritten in RSSI golden values.
& X) J4 ~! A/ x! SWritten in TPC golden values.
5 ~7 J+ c# m7 P' C6 |4 t! Y0 S$ N================== WCDMA Temperauter ADC calibration begin ===================
Target > TADC current = 0 @ 25.00 degrees (with count:1000)
% w: L; K& x( hCalculated Ref DAC (438.33) based on INI for (25.00 degrees)
+ Q% c7 v! C! @5 g- d
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

! p3 @1 w; T) v, e7 _' S( R8 YTarget < Write WCDMA Temperature ADC to NVRAM
1 d+ k# T- i" |$ K5 \+ x
- q3 a( v9 S- O9 O=================== WCDMA Temperature ADC calibration end ====================

Total Time used by <<WCDMA Temperature ADC>>: 0.230 sec.


7 j4 X" P3 R/ s5 R================== WCDMA RSSI/LNA calibration begin ===================

  === (High LNA mode): cell power:-75.00 ===
, W' v( l9 G) I! V. {6 ~  K
" F+ }4 a! T0 g0 `+ K. |AG8960 < UARFCN DL = 10562
  u7 G2 S* d- b
9 ]0 d2 ~  X/ x$ ]$ f$ HUARFCN = 10562, RSSI = -105.50000
. C9 n$ a3 I1 G
$ `& w3 [% |& O3 xAG8960 < UARFCN DL = 10631

- C5 d5 \$ F5 F, tUARFCN = 10631, RSSI = -104.50000
) ]: H+ X$ G5 y2 a) L1 e/ {
$ F+ H7 D/ t- B) `' H' C3 E! GAG8960 < UARFCN DL = 10700
! B. g. W. d1 r
UARFCN = 10700, RSSI = -81.00000
; h$ v& Q( u# y" R8 u$ l( |, k
9 `! b- Y8 u# v# `9 h$ YAG8960 < UARFCN DL = 10769

UARFCN = 10769, RSSI = -106.50000
0 Q' G1 n$ b: [
AG8960 < UARFCN DL = 10838
# D; v' a4 C3 p4 S  y
; j9 D$ ?- _! H" I- \! ]. v0 JUARFCN = 10838, RSSI = -105.00000
2 T2 q. o  p: N! ~$ I! ~: }
  === (Middle LNA mode): cell power:-50.00 ===
- g4 r  W6 K' I4 _9 ?/ y' k
AG8960 < UARFCN DL = 10562

UARFCN = 10562, RSSI = -56.75000
: T' [5 _& H" X; y
AG8960 < UARFCN DL = 10631

UARFCN = 10631, RSSI = -54.25000
, Y) m; C. u5 U, b5 S1 S
! }# G8 ]* ]& t. lAG8960 < UARFCN DL = 10700

UARFCN = 10700, RSSI = -54.75000

AG8960 < UARFCN DL = 10769
. `! K& ^) x7 R+ Z6 k
UARFCN = 10769, RSSI = -57.75000
/ u: |' G! O  k3 {2 N- P& B
- r- W* }; Z8 q6 k. fAG8960 < UARFCN DL = 10838
1 Y/ \( p( {, ^+ D: f! m4 m& g
UARFCN = 10838, RSSI = -55.75000

  === (Low LNA mode): cell power:-35.00 ===
8 j& i9 i" ^# J) _
. }0 A( n: e) \$ }AG8960 < UARFCN DL = 10562
# C; m7 Z5 I& w) K9 i6 C
1 b6 J+ j9 v; |/ D1 QUARFCN = 10562, RSSI = -41.00000

$ P# u& y, Z2 R1 E& WAG8960 < UARFCN DL = 10631
' K$ J( u5 I3 w! q1 R
3 i3 O# x4 v4 aUARFCN = 10631, RSSI = -38.25000

AG8960 < UARFCN DL = 10700

7 ]; }9 ~) `/ F/ TUARFCN = 10700, RSSI = -38.00000

2 l2 F* u9 A" p& g) V5 e$ F. O* ]AG8960 < UARFCN DL = 10769
/ r% t. F7 e1 }- W9 H* n
UARFCN = 10769, RSSI = -41.25000
* {% E5 f5 o# }* V, Z/ O5 v4 P
+ A8 n+ \+ {5 s) N% z$ Y6 i# JAG8960 < UARFCN DL = 10838

UARFCN = 10838, RSSI = -39.25000

$ o0 ], A* p- JTarget < Write WCDMA RX path loss to NVRAM

2 b7 L: W' y$ z8 m5 Y=================== WCDMA RSSI/LNA calibration end ====================

: h& K8 R! y9 Y) G. mTotal Time used by <<WCDMA RSSI/LNA>>: 5.598 sec.

, ]8 _3 X; f( b7 j- A4 N$ e/ q* s" }2 _2 k
================ WCDMA RSSI/LNA calibration check begin ===============

=== LNA Mode High LNA mode ===
$ q* O5 G# b( W, J6 y6 m" m8 F- C* V
Pass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 29.25000, min rx path loss = -20.00000, max rx path loss = 30.00000

Pass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 28.25000, min rx path loss = -20.00000, max rx path loss = 30.00000

Pass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 3.75000, min rx path loss = -20.00000, max rx path loss = 30.00000
% E: ^2 J3 a) k
6 Q3 H7 Y# r# q: F/ a: ]Pass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 29.50000, min rx path loss = -20.00000, max rx path loss = 30.00000

* E6 U" ?6 x. F5 g6 JPass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 30.00000, min rx path loss = -20.00000, max rx path loss = 30.00000

5 q  [; k2 h9 K: A# R: ?5 X=== LNA Mode Middle LNA mode ===
/ M: \  C7 ~& R' ]; g
Pass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 5.00000, min rx path loss = -20.00000, max rx path loss = 30.00000
0 x+ q( r  t( w- I( C, o
  m' w' {+ ?8 j; cPass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 2.75000, min rx path loss = -20.00000, max rx path loss = 30.00000

) b. |* v  a3 i6 _; nPass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 2.25000, min rx path loss = -20.00000, max rx path loss = 30.00000

6 B0 [1 W; ?8 P1 e/ R/ iPass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 5.25000, min rx path loss = -20.00000, max rx path loss = 30.00000

; E/ v/ n2 t" M: FPass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 5.25000, min rx path loss = -20.00000, max rx path loss = 30.00000

. b3 _* b9 d$ v! }4 Q# j7 t=== LNA Mode Low LNA mode ===
1 I/ |. k& `7 B! K9 h4 |4 {4 `
3 {) @3 b7 ^4 T+ h/ E& PPass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 7.50000, min rx path loss = -20.00000, max rx path loss = 30.00000

Pass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 5.00000, min rx path loss = -20.00000, max rx path loss = 30.00000

4 v. G4 b+ `9 @Pass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 3.75000, min rx path loss = -20.00000, max rx path loss = 30.00000

, ]5 o: w2 t; E, b/ V) O, lPass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 6.75000, min rx path loss = -20.00000, max rx path loss = 30.00000
/ b4 n9 L2 Q7 |. V7 T! u8 Q. 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
: @# N" ]/ V2 _# g5 z5 @6 u8 u
================ WCDMA RSSI/LNA calibration check end ===============

, [% D! e% ?0 STotal Time used by <<WCDMA RSSI/LNA Check>>: 0.092 sec.


6 j3 b7 _+ }3 P  ^( c================== WCDMA TPC calibration begin (MT6162) ===================
* p7 d; k) g& ?' w4 p
Time to setup tester: 3.000 sec.
[Info] set Power Control Mode 0.
[band] = 0
Cal Mode: 2 (1: first high mode 2: all sections)
CFG: 24.500, 24.000, 23.500
' e' t: T3 s4 }: I. q1 w1 bCFG: 22.500, 22.000, 21.500
CFG: 20.500, 20.000, 19.500
8 |" b  x# z* A. `2 s; D, WCFG: 18.500, 18.000, 17.500
- r2 E- ]5 S1 x: Z6 v/ R0 ^CFG: 15.500, 15.000, 14.500
CFG: 11.500, 11.000, 10.500
CFG: 6.500, 6.000, 5.500
" v. z" }4 L% {! ^: s2 Y. p" JCFG: 6.500, 0.000, -0.500
----------  Low PA mode (WCDMA Band1)-------------
( j5 ?0 f9 w( P, B% V2 I' c; V. p+ @[Info] d_goal_power (-2.50) = 0.00 + -2.50
- g1 r) _: U9 v4 z3 O[Info] Initial PA gain: 639
# w* h% n3 Q; P1 |[Info] Initial PD gain: 281
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
' t5 e, q4 d; Q" V3 C[Info](2): set runtime PA gain:0
( m( F. b# V  }7 }$ G6 sus_cur_pa_gain = 0
* `7 K: \5 E- k% Hus_cur_pa_gain = 0
: C( v3 O0 g' y: QAG8960 < Fetch channel power = 3.98343
( ]$ v6 s1 w5 r7 O7 C: F/ u[Info](3): set runtime PA gain:207
" y3 n1 Q) l" W6 J) nus_cur_pa_gain = 207
us_cur_pa_gain = 207
% u0 `- e6 |2 u1 t/ w6 |+ BAG8960 < Fetch channel power = 3.34083
" h( z( C, L- R9 }5 u& M; q[Info](4): set runtime PA gain:393
us_cur_pa_gain = 393
* s6 I( w) D& a* r! E. wus_cur_pa_gain = 393
+ k2 Y7 \. c/ Z: AAG8960 < Fetch channel power = 1.68075
7 X, V& F8 p. Q# N. X[Info](5): set runtime PA gain:526
us_cur_pa_gain = 526
us_cur_pa_gain = 526
AG8960 < Fetch channel power = -0.87054
[Info](6): set runtime PA gain:578
us_cur_pa_gain = 578
us_cur_pa_gain = 578
AG8960 < Fetch channel power = -2.12470
9 t5 [+ ?, P/ G4 t  y. J[Result] PA Gain:578 after try 6 times to reach (-4.00~-1.00)
[Result] PA Gain:584 (power:-2.50) exactlly
8 s* X. }" F9 N+ D9 f% ]& q----------  Middle PA mode (WCDMA BAND1)-------------
[Info] d_goal_power (3.50) = 6.00 + -2.50
1 ?" i1 `5 U5 h# O- A3 B[Info] Initial PA gain: 961
[Info] Initial PD gain: 279
/ t$ [! [7 O% ^* N' j+ IAG8960 < Fetch channel power = -1.37770
8 x2 e2 j' j8 k/ t& a, X- e& A3 v[Info](2): set runtime PA gain:804
6 c/ d, b. k/ a( E1 M+ O6 H' V% ]# |us_cur_pa_gain = 804
% |9 F1 U- i# R' `  p8 c7 eus_cur_pa_gain = 804
AG8960 < Fetch channel power = 2.85345
- m8 q8 y3 q# r9 N, g[Result] PA Gain:804 after try 2 times to reach (2.00~5.00)
[Result] PA Gain:793 (power:3.50) exactlly
; C$ W/ w4 ~) e: p+ W. U& g----------  Middle PA mode (WCDMA BAND1)-------------
[Info] d_goal_power (8.50) = 11.00 + -2.50
. ]6 w" R& J5 m* l5 V3 k" k3 x[Info] Initial PA gain: 971
[Info] Initial PD gain: 279
AG8960 < Fetch channel power = 3.27644
6 m0 o1 w$ C7 `/ W: g- @[Info](2): set runtime PA gain:803
us_cur_pa_gain = 803
1 I9 r/ S6 C, \/ \( |7 ous_cur_pa_gain = 803
, [$ D8 `: f7 Q$ o8 X: cAG8960 < Fetch channel power = 7.32281
[Result] PA Gain:803 after try 2 times to reach (7.00~10.00)
[Result] PA Gain:784 (power:8.50) exactlly
2 k4 {+ C$ v( y( ?& l- @9 x----------  High PA mode (WCDMA BAND1)-------------
[Info] d_goal_power (12.50) = 15.00 + -2.50
  {+ `5 l0 h8 O- I[Info] Initial PA gain: 1038
[Info] Initial PD gain: 279
AG8960 < Fetch channel power = 7.12027
- K- T8 m' v8 o* r[Info](2): set runtime PA gain:865
1 D/ Y; Q9 n$ U, ]; d( R  }us_cur_pa_gain = 865
us_cur_pa_gain = 865
* X  `3 t( Y1 j4 z5 ~AG8960 < Fetch channel power = 9.51577
[Info](3): set runtime PA gain:769
us_cur_pa_gain = 769
, y- n; {$ a1 Q# Xus_cur_pa_gain = 769
AG8960 < Fetch channel power = 10.01549
[Info](4): set runtime PA gain:689
* r. O9 ]3 t1 H+ ^0 Wus_cur_pa_gain = 689
us_cur_pa_gain = 689
AG8960 < Fetch channel power = 10.28642
[Info](5): set runtime PA gain:618
! B! d5 A5 @) f7 ?, ius_cur_pa_gain = 618
3 A: `! r% G/ F% E4 ]2 F& aus_cur_pa_gain = 618
AG8960 < Fetch channel power = 10.47065
) \5 y6 b5 j7 X' G- i7 S. p[Info](6): set runtime PA gain:553
9 b9 F1 m: E: Z" i. ~% N$ Tus_cur_pa_gain = 553
( A; w2 b) a# Mus_cur_pa_gain = 553
: k7 c! f7 x  S7 \AG8960 < Fetch channel power = 10.58904
[Info](7): set runtime PA gain:491
2 q3 C& ~+ J- ~3 P) m# nus_cur_pa_gain = 491
us_cur_pa_gain = 491
. Q0 W3 }) k% t' v( vAG8960 < Fetch channel power = 10.59546
/ z: C2 P, M6 c. |: m4 f, J9 |4 x[Info](8): set runtime PA gain:430
us_cur_pa_gain = 430
+ R7 u% [" G0 m' ius_cur_pa_gain = 430
AG8960 < Fetch channel power = 10.59412
  Z7 P1 R! f6 B8 r[Info](9): set runtime PA gain:369
us_cur_pa_gain = 369
5 q0 p! D7 @( \" f8 |" c1 X) V/ ~9 ]us_cur_pa_gain = 369
AG8960 < Fetch channel power = 10.59266
[Info](10): set runtime PA gain:307
us_cur_pa_gain = 307
9 L! g4 f- e3 c# G) mus_cur_pa_gain = 307
% M  a/ r# B0 ~; UAG8960 < Fetch channel power = 10.59023
! R4 h- [( d6 o- x6 s% x1 x[Info](11): set runtime PA gain:245
: U3 q2 j+ p% u& Ous_cur_pa_gain = 245
2 l4 g9 v4 F9 S$ X2 Y9 gus_cur_pa_gain = 245
AG8960 < Fetch channel power = 10.58178
8 y' v0 `# e2 \/ f8 D" \6 T[Info](12): set runtime PA gain:183
) d9 u9 v( t8 M. Y+ k# `9 H  Nus_cur_pa_gain = 183
. H2 e5 \0 a# T, o* ^us_cur_pa_gain = 183
AG8960 < Fetch channel power = 10.58229
[Info](13): set runtime PA gain:121
us_cur_pa_gain = 121
us_cur_pa_gain = 121
% v  c9 F3 m# P: I$ n  hAG8960 < Fetch channel power = 10.58804
[Info](14): set runtime PA gain:59
8 w4 m7 a" e. F! i# l( Nus_cur_pa_gain = 59
: t- p8 C/ d  F, T: E5 Lus_cur_pa_gain = 59
3 Q' x8 d2 }  J. JAG8960 < Fetch channel power = 10.59029
2 B; ~: R6 N: `6 a) V5 ?8 }5 H6 \PA Gain (1280) exceed the max limit(1280), so set to max
/ k. R7 B5 m# n% v' O# I: `1 f[Info](15): set runtime PA gain:1280
. \: ]1 r; R/ Mus_cur_pa_gain = 1280
; k, P2 i& \! F$ j1 Hus_cur_pa_gain = 1280
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
[Info](16): set runtime PA gain:60
us_cur_pa_gain = 60
( T$ u  E- x/ h" C4 o: E/ eus_cur_pa_gain = 60
AG8960 < Fetch channel power = 10.58883
[Info](17): set runtime PA gain:61
us_cur_pa_gain = 61
us_cur_pa_gain = 61
& X* p; V- q( n/ J0 o  P: OAG8960 < Fetch channel power = 10.58784
[Info](18): set runtime PA gain:0
us_cur_pa_gain = 0
+ |" |. V' k7 K9 i2 Nus_cur_pa_gain = 0
AG8960 < Fetch channel power = 10.58417
PA Gain (1280) exceed the max limit(1280), so set to max
4 T$ o# [. y1 t. j+ x/ x[Info](19): set runtime PA gain:1280
us_cur_pa_gain = 1280
us_cur_pa_gain = 1280
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
) p& _: [3 w' w. z4 q[Info](20): set runtime PA gain:1
us_cur_pa_gain = 1
# A& ~' u4 a. X' z' }" Q  X: P1 Jus_cur_pa_gain = 1
AG8960 < Fetch channel power = 10.57709
[Info](21): set runtime PA gain:2
- ^" Z; k( R7 |2 [us_cur_pa_gain = 2
+ A* t# S: X$ c4 c# j& {! w1 Fus_cur_pa_gain = 2
. B0 [8 f2 s+ mAG8960 < Fetch channel power = 10.57610
( S+ g6 x. ~1 I; a4 \4 K, bPA Gain (1280) exceed the max limit(1280), so set to max
[Info](22): set runtime PA gain:1280
us_cur_pa_gain = 1280
( v( m/ v8 x) hus_cur_pa_gain = 1280
: j) W$ `- b  ?AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
( M% U. \& e- l$ d* f[Info](23): set runtime PA gain:3
us_cur_pa_gain = 3
us_cur_pa_gain = 3
AG8960 < Fetch channel power = 10.57529
+ n) R) `3 V4 W[Info](24): set runtime PA gain:4
us_cur_pa_gain = 4
us_cur_pa_gain = 4
  h4 t' j: E8 A* ]" h% VAG8960 < Fetch channel power = 10.57781
PA Gain (1280) exceed the max limit(1280), so set to max
' L. r% M0 Q) C[Info](25): set runtime PA gain:1280
us_cur_pa_gain = 1280
us_cur_pa_gain = 1280
6 D9 \6 l* J8 _) |& w6 }AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
[Info](26): set runtime PA gain:5
us_cur_pa_gain = 5
* d5 J# W6 }6 n( z7 Zus_cur_pa_gain = 5
3 d. {/ y3 K( e1 a: e& SAG8960 < Fetch channel power = 10.57590
- n; H& ?) B# W% T$ n6 y% ?" r[Info](27): set runtime PA gain:6
us_cur_pa_gain = 6
; T% z# J+ C. {+ S) Vus_cur_pa_gain = 6
( b" n( _/ h4 L, F; P' r$ U& [) nAG8960 < Fetch channel power = 10.57824
( O  L. B! f8 K9 M( _+ v3 v4 \2 n5 GPA Gain (1280) exceed the max limit(1280), so set to max
[Info](28): set runtime PA gain:1280
/ j4 U5 Z7 d0 V- G* T: H* A2 gus_cur_pa_gain = 1280
, v0 t, s; t9 e# w# F) nus_cur_pa_gain = 1280
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
, |7 y8 u0 B) r6 A. Z8 @! F[Info](29): set runtime PA gain:7
us_cur_pa_gain = 7
us_cur_pa_gain = 7
8 g2 Q2 f5 @* O1 {& D% q) b' AAG8960 < Fetch channel power = 10.56544
[Info](30): set runtime PA gain:8
5 q/ O4 ^/ n/ o, Z2 x' uus_cur_pa_gain = 8
us_cur_pa_gain = 8
AG8960 < Fetch channel power = 10.57096
can not find the right PA gain after try 30 times, last(8)
0 F) u* b- A: a: D$ k
4 T) K' @' @# I2 f4 h        ===============================
        Calibration Total Result FAIL
        ===============================
( X- A' R8 v3 p" e3 _5 }

/ L) {+ p9 p) {% ~5 k+ a8 qCalibration and NSFT total cost time is: 140.95s
$ b, ~$ |% X% S6 {" K

Colbie

TX 好像没通吧？

rongunac

Colbie 发表于 2019-8-15 17:52
TX 好像没通吧？

: S1 l/ M' j' r- ^, q. k/ O3 R2 Z谢谢大神，我检查一下。

( e" z5 H* e8 t4 x