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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:
/ d4 W9 q6 {( z4 {+ T: m5 }" l, d2 \0 a
使用MT6589+MT6167+BAND 1 2 5,现在校准不过,以下是ATE的打印信息.7 }8 D/ A/ \# A: q2 V. @" c3 a) 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！
' l  B3 u3 {7 t
  Q) r- X3 p/ V- [; _6 ]1 ]! f+ |9 k8 H, a! c, i  [% Y
如下:( p4 Q6 D1 E# X' W
===================== Begin Calibration =========================
+ D, _3 k: \) o3 u7 b' [; v, j5 U5 l2 s2 ^$ ]* ?* n
&nBSP;       AFC Calibration OK: x6 m+ V" h- R# L
AFC DAC1=4200, AFC DAC2=4800  L* @1 F! R( x3 f9 z: O+ [
Slope=8.078, min:-10.000, max:10.0000 R( Z. \3 Y3 V7 x$ y2 k1 S
Use Default Value=42563 n6 E. p3 e* N- ]' _
        AFC Calibration time=8.03 (sec)# J* E0 P+ {; p  G
PL GSM TCH 25 = 6.62  Pass MAX:25.00   MIN:-20.00
4 w' x! o0 K( r9 p5 Z, k/ GPL GSM TCH 50 = 7.88  Pass MAX:25.00   MIN:-20.003 L; p1 T& }. b  D
PL GSM TCH 75 = 4.38  Pass MAX:25.00   MIN:-20.001 q* R; t0 x8 \5 q1 Y. e
PL GSM TCH 100 = 5.00  Pass MAX:25.00   MIN:-20.00
& \0 o. r7 r2 ]* hPL GSM TCH 124 = 7.75  Pass MAX:25.00   MIN:-20.007 H! M1 A: q/ @! `) N5 b
PL GSM TCH 975 = 5.00  Pass MAX:25.00   MIN:-20.00- E3 ?% p: l% m2 @. x7 D/ x
PL GSM TCH 1000 = 8.00  Pass MAX:25.00   MIN:-20.00  f  x& \( E1 S1 ]& K- N
PL GSM TCH 1023 = 3.75  Pass MAX:25.00   MIN:-20.00& F  ~, U$ X# @  A
PL DCS TCH 512 = 8.25  Pass MAX:20.00   MIN:-15.00
) t5 f& k! _2 v9 D2 MPL DCS TCH 560 = 9.88  Pass MAX:20.00   MIN:-15.00
% R$ v; S2 @' u2 UPL DCS TCH 600 = 9.75  Pass MAX:20.00   MIN:-15.00
7 C3 S+ _- w% o0 N+ d% y. p$ QPL DCS TCH 640 = 9.25  Pass MAX:20.00   MIN:-15.00
  J: k! l" m, @* Q# h9 ?1 j7 [6 LPL DCS TCH 680 = 8.38  Pass MAX:20.00   MIN:-15.003 |5 Q# ?. ^( Q) w  r/ m% j+ ]3 }
PL DCS TCH 720 = 7.62  Pass MAX:20.00   MIN:-15.00
+ H: d& e" r' P8 t. O9 LPL DCS TCH 760 = 7.50  Pass MAX:20.00   MIN:-15.00/ y+ w% t3 B, k
PL DCS TCH 800 = 8.00  Pass MAX:20.00   MIN:-15.00
, ]- E' x. ~6 o" _- i! sPL DCS TCH 840 = 10.00  Pass MAX:20.00   MIN:-15.00
  Q- Q& y/ |' {1 \PL DCS TCH 885 = 10.25  Pass MAX:20.00   MIN:-15.00+ R9 p$ L7 C7 G7 E( W) `# G" r% R
        Path Loss Calibration OK
  I% |1 S" {) u# A& a================== Path loss LNA middle/low calibration begin ===================
4 W8 q5 I: H* {0 f: o1 Z----------------- Calibrate LNA Middle mode -----------------
7 k0 J! d* o9 m. D3 W+ }( K2 `' [7 b2 pPL GSM900  TCH 25 = 1.50   Pass MAX:15.00   MIN:-15.00$ v  y' X+ `7 R1 C/ A
PL GSM900  TCH 50 = 0.00   Pass MAX:15.00   MIN:-15.00
4 z: X! L+ Q% Z9 H5 H) EPL GSM900  TCH 75 = 0.38   Pass MAX:15.00   MIN:-15.00
4 ?- H$ d; v2 X2 P6 Q5 z# aPL GSM900  TCH 100 = 1.00   Pass MAX:15.00   MIN:-15.00- n% W2 D% @% g6 V
PL GSM900  TCH 124 = -0.25   Pass MAX:15.00   MIN:-15.00+ X1 B+ P3 b& l7 f1 N' e0 Y! [
PL GSM900  TCH 975 = 0.88   Pass MAX:15.00   MIN:-15.00
6 j* E3 [& U! t( S) p4 @4 Z  e5 QPL GSM900  TCH 1000 = 2.00   Pass MAX:15.00   MIN:-15.000 K% q& {4 d* r* L
PL GSM900  TCH 1023 = -0.38   Pass MAX:15.00   MIN:-15.00+ ?& M3 |' I# V
PL DCS1800  TCH 512 = 2.12   Pass MAX:15.00   MIN:-15.00
6 h2 G# z4 P" F, _PL DCS1800  TCH 560 = 0.62   Pass MAX:15.00   MIN:-15.00
! y- s* f9 J1 I3 N" pPL DCS1800  TCH 600 = 0.00   Pass MAX:15.00   MIN:-15.001 s: L% S' W( a0 V/ q+ b
PL DCS1800  TCH 640 = 0.00   Pass MAX:15.00   MIN:-15.00" g7 Q+ ^# J' Q; C
PL DCS1800  TCH 680 = 0.50   Pass MAX:15.00   MIN:-15.004 p8 |6 t/ l9 G
PL DCS1800  TCH 720 = 0.75   Pass MAX:15.00   MIN:-15.00- Z0 x) ?( a, j. Y3 T2 k+ z0 q
PL DCS1800  TCH 760 = 0.88   Pass MAX:15.00   MIN:-15.00
# U$ c4 q" D9 O; `# x6 ]" S- uPL DCS1800  TCH 800 = 0.75   Pass MAX:15.00   MIN:-15.00: a3 c5 e+ b" T0 Q7 K# E4 z
PL DCS1800  TCH 840 = 0.50   Pass MAX:15.00   MIN:-15.009 ]9 z; B# `1 R# T- O! E( h. c
PL DCS1800  TCH 885 = 0.50   Pass MAX:15.00   MIN:-15.00) Z6 G7 B  Y% F/ S- X
----------------- Calibrate LNA Low mode -----------------3 j' n0 `& R1 E% f7 ]
PL GSM900  TCH 25 = 8.25   Pass MAX:15.00   MIN:-15.00; T, a6 U9 W2 e0 \! f+ E
PL GSM900  TCH 50 = 9.25   Pass MAX:15.00   MIN:-15.007 y  ~1 c/ Z. r! }8 e3 @5 j
PL GSM900  TCH 75 = 6.00   Pass MAX:15.00   MIN:-15.00( Y7 T3 o1 h8 I
PL GSM900  TCH 100 = 6.50   Pass MAX:15.00   MIN:-15.00
3 a( v& G1 l1 c  A/ O8 o( iPL GSM900  TCH 124 = 8.88   Pass MAX:15.00   MIN:-15.00
$ ~; }: K/ y4 |7 Z& A' @PL GSM900  TCH 975 = 6.12   Pass MAX:15.00   MIN:-15.00- ^; O, [1 U" d9 d& p% L
PL GSM900  TCH 1000 = 9.75   Pass MAX:15.00   MIN:-15.00
: e) E" u$ \/ J& n% E- [8 g' H+ [PL GSM900  TCH 1023 = 5.25   Pass MAX:15.00   MIN:-15.00! \* |# Q7 c: d5 `2 n2 P* |. L
PL DCS1800  TCH 512 = 10.50   Pass MAX:15.00   MIN:-15.00) i6 c, G, X+ b9 V  E) r2 A
PL DCS1800  TCH 560 = 12.00   Pass MAX:15.00   MIN:-15.00
' M8 Q6 T: l5 ^$ _- NPL DCS1800  TCH 600 = 11.88   Pass MAX:15.00   MIN:-15.00* R. R# ~) s& N
PL DCS1800  TCH 640 = 11.12   Pass MAX:15.00   MIN:-15.00, R" J. P( R+ A
PL DCS1800  TCH 680 = 10.50   Pass MAX:15.00   MIN:-15.00
' ^* W8 j4 ^' N6 W. XPL DCS1800  TCH 720 = 9.88   Pass MAX:15.00   MIN:-15.00/ e2 t0 p" T1 L: ^+ t. O) }6 i
PL DCS1800  TCH 760 = 9.62   Pass MAX:15.00   MIN:-15.00* {$ j2 g" }5 N' p
PL DCS1800  TCH 800 = 10.38   Pass MAX:15.00   MIN:-15.002 i  r1 o- ?# E+ U: l8 ?2 s
PL DCS1800  TCH 840 = 12.25   Pass MAX:15.00   MIN:-15.00) |5 W  {$ D$ L8 K5 ^7 u9 G
PL DCS1800  TCH 885 = 12.50   Pass MAX:15.00   MIN:-15.00
$ i& F' b* F5 m2 `  h2 k) q* d3 X; l5 ^, |* K7 R
        Pathloss Calibration time=14.11 (sec)* R2 L; K$ w/ u
S:470,delta_s:2.00,wanted:32.500,meas:31.888,current_C:3
4 o3 G1 P6 d$ IS:471,delta_s:1.00,wanted:32.500,meas:31.923,Current_C:3
9 v$ f& M4 w  B$ U% M6 }/ @S:472,delta_s:1.00,wanted:32.500,meas:31.958,Current_C:3: `+ C. z7 p1 K, {4 ?: s  T, q& H
S:473,delta_s:1.00,wanted:32.500,meas:31.993,Current_C:3
9 _* ^  G! V. h1 ]- X  Y: {$ JS:474,delta_s:1.00,wanted:32.500,meas:32.028,Current_C:33 d2 P  V( @4 |+ n8 A( Z8 x
S:475,delta_s:1.00,wanted:32.500,meas:32.058,Current_C:3
5 f+ ^  }. g7 H7 s2 j" U  T0 @2 B. DS:476,delta_s:1.00,wanted:32.500,meas:32.090,Current_C:3
+ e/ m6 t# X+ KS:477,delta_s:1.00,wanted:32.500,meas:32.124,Current_C:3) T8 ?5 h) l7 ~3 f
S:478,delta_s:1.00,wanted:32.500,meas:32.155,Current_C:3: i$ m' t% }: l7 v1 I& R* Y9 f# H
S:479,delta_s:1.00,wanted:32.500,meas:32.188,Current_C:3
" J( x' r6 _: T# VS:479,delta_s:0.00,wanted:32.500,meas:32.188,Current_C:34 M; Q- D+ h- ]$ |! m
[Dac Repeated] Pre2_Dac[0] = Current Dac = 479
; u4 n/ o* T0 ^6 q' v) W9 I) o
( ?6 D$ [" ^; s( \1 e, B, ?0 F8 qAPC GSM PCL:5  Vset:0.867891 APC_DAC:4787 J* w3 A# s4 [" W5 @
S:418,delta_s:1.00,wanted:30.500,meas:29.943,Current_C:3- z0 U, E$ f6 O% L# q7 g8 y6 q
S:431,delta_s:13.00,wanted:30.500,meas:30.450,Current_C:24. t) J: }  ^2 }2 Y$ _" Q+ j# [6 w
APC GSM PCL:6  Vset:0.789141 APC_DAC:431
4 e- |' N& I, j+ P* @8 ?" z6 TS:385,delta_s:1.00,wanted:29.000,meas:28.588,Current_C:3
3 d  T% X% O+ p: p  f0 O+ y9 z8 xS:394,delta_s:9.00,wanted:29.000,meas:28.964,Current_C:22
% M, ?% w2 P5 D) WAPC GSM PCL:7  Vset:0.728437 APC_DAC:3937 D6 U: u( S* |+ b
S:341,delta_s:1.00,wanted:27.000,meas:26.594,Current_C:3+ ~  |: Q- L3 Z& t8 W
S:349,delta_s:8.00,wanted:27.000,meas:26.975,Current_C:201 g' z1 V. _6 H- {, \8 _: C3 ^
APC GSM PCL:8  Vset:0.654609 APC_DAC:3488 k0 u; ]7 r. n6 [
APC GSM PCL:9  Vset:0.582422 APC_DAC:305% U( r; O$ [2 h+ e0 |, u2 @
APC GSM PCL:10  Vset:0.531562 APC_DAC:273* {( W2 P! J# B4 X+ w
APC GSM PCL:11  Vset:0.487266 APC_DAC:2471 h1 r$ X6 j( {& F) j4 M
S:222,delta_s:-1.00,wanted:19.000,meas:19.457,Current_C:3" f  r8 J) g, @  X
S:217,delta_s:-5.00,wanted:19.000,meas:19.063,Current_C:116 a% h  ^- H9 p/ c
APC GSM PCL:12  Vset:0.438047 APC_DAC:216+ k$ e9 ^# V6 n; ]0 f  f# H/ g
S:201,delta_s:-2.00,wanted:17.000,meas:17.724,Current_C:3% |/ u( N- M0 O- i
S:194,delta_s:-7.00,wanted:17.000,meas:17.095,Current_C:11
! G) Y* z% i; {  b9 U! S  fAPC GSM PCL:13  Vset:0.400312 APC_DAC:1935 I' a9 C2 J( H
S:181,delta_s:-3.00,wanted:15.000,meas:15.833,Current_C:33 y/ X3 p% H. D- x
S:174,delta_s:-7.00,wanted:15.000,meas:15.105,Current_C:9( J6 V; u3 c+ ?8 h1 C
APC GSM PCL:14  Vset:0.367500 APC_DAC:173
, n/ i0 p0 v9 D' ES:165,delta_s:-4.00,wanted:13.000,meas:14.134,Current_C:3' J6 k! P' F9 ]9 T! F6 V: s& U2 d) l
S:156,delta_s:-9.00,wanted:13.000,meas:13.082,Current_C:8# ^) G. s+ u, a8 p
APC GSM PCL:15  Vset:0.337969 APC_DAC:1562 k3 C& ]' j) W" d# x
S:200,delta_s:-5.00,wanted:11.000,meas:12.341,Current_C:3
& l( }" R0 ^8 H) a7 q7 X/ HS:190,delta_s:-10.00,wanted:11.000,meas:11.016,Current_C:86 W* W& D  u5 `, O* U0 p5 s
APC GSM PCL:16  Vset:0.393750 APC_DAC:190
( A! H5 z2 Y$ |+ J* `S:186,delta_s:-6.00,wanted:9.000,meas:10.619,Current_C:3
3 j/ i* s/ {, tS:172,delta_s:-14.00,wanted:9.000,meas:8.498,Current_C:9% D- z. W% r  N- v$ p* j# [
S:175,delta_s:3.00,wanted:9.000,meas:8.977,Current_C:6) _7 v; `. K7 k* D" c
APC GSM PCL:17  Vset:0.369141 APC_DAC:175( ?9 H3 V: n9 z4 G6 e
S:173,delta_s:-8.00,wanted:7.000,meas:8.686,Current_C:3
0 _! ~/ [7 R/ \S:163,delta_s:-10.00,wanted:7.000,meas:7.041,Current_C:6
& p: i+ R; @  I3 f1 FAPC GSM PCL:18  Vset:0.349453 APC_DAC:163
6 n; K# T, [* b% Z$ e! y0 a7 rS:162,delta_s:-10.00,wanted:5.100,meas:6.866,Current_C:33 _% Y; `' U+ Q( L: @: |, F
S:152,delta_s:-10.00,wanted:5.100,meas:4.957,Current_C:6
+ w( B2 O2 E: z0 k9 \# p/ D) |APC GSM PCL:19  Vset:0.331406 APC_DAC:151' ]$ ~8 s6 n- _% f' ?/ C& ~: n
S:511,delta_s:3.00,wanted:29.500,meas:28.434,Current_C:3
& ]8 o( l7 P) u8 K8 jS:542,delta_s:31.00,wanted:29.500,meas:29.495,Current_C:30* c" Q% V* {8 K0 N
APC DCS PCL:0  Vset0.889219 APC_DAC:542' G; Z) @/ Z( F
S:464,delta_s:6.00,wanted:27.500,meas:25.568,Current_C:3
- t1 U; X1 ~8 {4 ~S:502,delta_s:38.00,wanted:27.500,meas:26.923,Current_C:20
  R. Z* I( u* O: k1 DS:518,delta_s:16.00,wanted:27.500,meas:28.845,Current_C:28
; W! f9 s1 R* l0 w- u. eS:508,delta_s:-10.00,wanted:27.500,meas:28.474,Current_C:8# L+ x2 _6 j5 V( o, \8 z4 P
S:483,delta_s:-25.00,wanted:27.500,meas:27.615,Current_C:26
, B4 O+ H$ z" J* qAPC DCS PCL:1  Vset0.792422 APC_DAC:482
8 m8 j! z7 T' o, bS:427,delta_s:2.00,wanted:26.000,meas:25.408,Current_C:3  ?% M' z! |% a$ |5 a
S:440,delta_s:13.00,wanted:26.000,meas:25.955,Current_C:23( Y0 S: M/ m! i
APC DCS PCL:2  Vset0.721875 APC_DAC:440
, l7 [' I4 A0 CS:384,delta_s:1.00,wanted:24.000,meas:23.527,Current_C:3, v3 H7 ?, @" i. T0 K# S! e% \
S:392,delta_s:8.00,wanted:24.000,meas:23.901,Current_C:196 _/ ^/ g( q$ J9 |! D1 H6 T
APC DCS PCL:3  Vset0.643125 APC_DAC:392
- c% r. z+ V9 [APC DCS PCL:4  Vset0.572578 APC_DAC:348; [; V1 E. Z0 t0 k  \
APC DCS PCL:5  Vset0.523359 APC_DAC:319) b  o4 ]9 q9 m% O: n/ U
APC DCS PCL:6  Vset0.472500 APC_DAC:288
1 h7 m0 l9 g8 L! K2 NS:263,delta_s:-1.00,wanted:16.000,meas:16.454,Current_C:3
6 \. d. F1 U- ?" s: W( [+ XS:257,delta_s:-6.00,wanted:16.000,meas:16.049,Current_C:14
6 W' V  j5 U; `9 {0 ^$ t# A( wAPC DCS PCL:7  Vset0.421641 APC_DAC:256, b9 h# n. d* o: L% P* D
S:239,delta_s:-2.00,wanted:14.000,meas:14.737,Current_C:3
- v) E1 l( @+ e5 B& |; SS:233,delta_s:-6.00,wanted:14.000,meas:14.162,Current_C:9
+ q8 j9 d. S: k5 B; DAPC DCS PCL:8  Vset0.382266 APC_DAC:233" w4 h/ |% F3 @3 G) ]* o
S:218,delta_s:-3.00,wanted:12.000,meas:12.914,Current_C:3
. x1 _$ q- V, u) t* f- _% y" IS:208,delta_s:-10.00,wanted:12.000,meas:11.975,Current_C:11
' m$ q" r* P0 O3 ]  dAPC DCS PCL:9  Vset0.341250 APC_DAC:2081 s  r; O% z5 R0 G) [- `
S:200,delta_s:-4.00,wanted:10.000,meas:11.082,Current_C:3
8 S, B% G  E5 ]# ~  l, w3 d# I; oS:192,delta_s:-8.00,wanted:10.000,meas:10.263,Current_C:8
' q( A/ G2 R1 |* p: J: yAPC DCS PCL:10  Vset0.315000 APC_DAC:191; }3 h/ S* s9 }" c
S:183,delta_s:-5.00,wanted:8.000,meas:9.294,Current_C:32 a. @' m" I9 e; w# ^' r, a7 R
S:172,delta_s:-11.00,wanted:8.000,meas:8.045,Current_C:9
5 n  @% Z; r, [7 Z3 RAPC DCS PCL:11  Vset0.282187 APC_DAC:172; \3 ]9 C2 y/ j" G
S:168,delta_s:-6.00,wanted:6.000,meas:7.564,Current_C:3
8 }3 c8 d7 P9 N$ f5 O, l: BS:156,delta_s:-12.00,wanted:6.000,meas:6.037,Current_C:83 Q! R, i' S; L5 s* [
APC DCS PCL:12  Vset0.255937 APC_DAC:1562 u* W* d% v* y7 R+ p) ]
S:154,delta_s:-8.00,wanted:4.100,meas:5.805,Current_C:3- o* n$ W) O% S9 m8 J, B" V
S:143,delta_s:-11.00,wanted:4.100,meas:4.277,Current_C:73 o- g' m4 f. Y2 A# J
APC DCS PCL:13  Vset0.234609 APC_DAC:143; F. s7 \5 S- v" {% V
S:146,delta_s:-6.00,wanted:2.300,meas:4.722,Current_C:22 i$ l% i3 ^( i
S:130,delta_s:-16.00,wanted:2.300,meas:2.323,Current_C:7
- r9 ?$ Y) q5 E# f0 zAPC DCS PCL:14  Vset0.213281 APC_DAC:130, O! C* z8 s6 Y/ r
S:137,delta_s:-7.00,wanted:0.700,meas:3.406,Current_C:23 T2 h: |5 ~! m4 D, r
S:121,delta_s:-16.00,wanted:0.700,meas:0.822,Current_C:6
$ p& V' d3 v1 E7 E( x/ i% ~5 BAPC DCS PCL:15  Vset0.198516 APC_DAC:120( a6 C# [; v2 X1 ^7 X/ I5 t9 n: o  D
        APC calibration and write to NVRAM ok# U4 W( I3 I/ A9 ]% |( l+ i
         EDGE APC Cal=0.00 (sec)
) k3 j0 p+ [+ j$ U+ R! P. }1 ?) m$ A7 `& A: ?- L
         APC Calibration time=37.81 (sec)
# @! }; X1 p3 N% l9 M
0 w3 ?0 a9 ^" O5 y4 E" n===================== TX GMSK PCL Check Begin =====================
; }4 A4 U6 o' M5 _) ^; x3 A8 L
9 Z9 O3 A0 O1 ^" ]2 l----------------GSM900 GMSK Check -----------------------
5 r9 e) n1 Y! N6 Z" a$ u5 U$ e& Z' I
GSM PCL 19 = 4.89 PASS,Max :6.00 Min :4.00
8 s7 j1 @1 G  K% K3 F! MGSM PCL 18 = 7.11 PASS,Max :8.00 Min :6.00
5 r7 n7 t1 {: ZGSM PCL 17 = 9.06 PASS,Max :10.00 Min :8.00% T7 n9 p) \; H, Z8 l
GSM PCL 16 = 11.24 PASS,Max :12.00 Min :10.00
. @( Z9 k0 T0 Y( U7 N7 WGSM PCL 15 = 13.30 PASS,Max :14.00 Min :12.00
' ~- e$ G* e% B) M# h0 HGSM PCL 14 = 15.22 PASS,Max :16.00 Min :14.00
" S/ y3 n/ F' u0 u+ G. ]1 iGSM PCL 13 = 17.23 PASS,Max :18.00 Min :16.00
( A* d$ D( d) u  {GSM PCL 12 = 19.22 PASS,Max :20.00 Min :18.00
! e7 E' k. v9 \% J, c5 H; @! D4 lGSM PCL 11 = 21.53 PASS,Max :22.00 Min :20.00, `( z& g; V( r) W
GSM PCL 10 = 23.13 PASS,Max :24.00 Min :22.00- q. m0 \! J2 o( ?" W; `3 M
GSM PCL 9 = 25.01 PASS,Max :26.00 Min :24.00
8 n$ \+ e* `. ZGSM PCL 8 = 27.21 PASS,Max :28.00 Min :26.00
) o: U. I5 B# w7 x# O' _GSM PCL 7 = 29.21 PASS,Max :30.00 Min :28.00
  c/ r* q% W5 v- I2 M' `) EGSM PCL 6 = 30.75 PASS,Max :31.50 Min :29.80
# H3 V' n3 _. E- u9 OGSM PCL 5 = 32.45 PASS,Max :33.00 Min :31.00
- x5 {1 `# g1 _----------------DCS1800 GMSK Check -----------------------
7 B3 b: O3 }$ _9 ?& e  _# g# n: d: V" g2 Z& w% w# S
DCS PCL 15 = 0.66 PASS,Max :2.00 Min :-0.50& ]' B- u3 v5 H% U. s. ?" D
DCS PCL 14 = 2.34 PASS,Max :3.30 Min :1.30
* w% _# J6 c' V4 _DCS PCL 13 = 4.29 PASS,Max :5.00 Min :3.10; f; y2 L4 ~5 z- q
DCS PCL 12 = 6.05 PASS,Max :7.00 Min :5.00" H9 }& E& O" E) v1 t
DCS PCL 11 = 8.06 PASS,Max :9.00 Min :7.00
. |& q) L8 M3 a; WDCS PCL 10 = 10.18 PASS,Max :11.00 Min :9.00
! i2 {  }& X5 F) c, F9 G2 o8 lDCS PCL 9 = 12.01 PASS,Max :13.00 Min :11.00
! Y7 ^5 _5 G4 g- d. E3 p# tDCS PCL 8 = 14.28 PASS,Max :15.00 Min :13.00
( d- ~4 L$ o5 ?. r+ TDCS PCL 7 = 16.05 PASS,Max :17.00 Min :15.005 \6 h9 B" V: v& E5 B1 r, Z
DCS PCL 6 = 18.32 PASS,Max :19.00 Min :17.00+ Z2 s5 _1 |4 |" Q5 q3 K
DCS PCL 5 = 20.30 PASS,Max :21.00 Min :19.00
) u5 g7 d9 t7 z9 {; ]9 A  \% [DCS PCL 4 = 21.90 PASS,Max :23.00 Min :21.002 ?; ]* K: o0 E# v6 h
DCS PCL 3 = 24.01 PASS,Max :25.00 Min :23.004 c2 J5 S& c! P1 E! x# i' _# d
DCS PCL 2 = 26.16 PASS,Max :27.00 Min :25.00
. [9 U4 v8 U( l5 S8 F1 x8 s+ V4 G+ EDCS PCL 1 = 27.80 PASS,Max :28.50 Min :27.00$ @; F1 ~& X, K6 H
DCS PCL 0 = 29.87 PASS,Max :30.00 Min :27.20& ?) v% Z3 b" C) T
        APC Calibration Check OK/ A8 z; B) A9 G2 n5 `9 d
         GMSK Check time=9.28 (sec)
/ y9 }! p- R, o2 r         EPSK Check time=0.00 (sec)2 H7 {( g. d8 A( J. Y
         Actually measurement time=59957.000000
0 X$ K; e" b1 g        GSM/EDGE Cal Total Time = 69.72 (sec)5 P# C5 \7 ?( v2 ^  I% j

! e' `% M2 @( O% _0 w======== All Band Preset ==========, a: s4 L1 k3 u# Y% h* k
Reload golden sample value from the file.4 Y6 ~- ~- P$ `+ h
Written in RSSI golden values.
9 q5 L* e+ ?1 w7 g* T7 P9 |Written in TPC golden values.
# N! h) A, Z2 {# l  d; j) I================== WCDMA Temperauter ADC calibration begin ===================
* v0 p% K! [- ?: nTarget > TADC current = 0 @ 25.00 degrees (with count:1000)
) `" Q+ f+ f+ J- X' R; z9 `Calculated Ref DAC (438.33) based on INI for (25.00 degrees)) c0 k2 I6 ?& K4 \
4 a% ?0 v  s  p! A' l* w% o
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
7 a% b: n/ K4 m+ Q  Q; `+ \
4 Z7 ^5 v! u' {1 j- y1 ^  A4 M) o  wTarget < Write WCDMA Temperature ADC to NVRAM& E9 U. T8 o% ~8 j; \% V

5 C# J: c2 i) B- v; u% ^$ T=================== WCDMA Temperature ADC calibration end ====================
1 c. z* `& E$ N0 F& F5 v9 B
4 M- F0 m+ V3 J1 g- RTotal Time used by <<WCDMA Temperature ADC>>: 0.230 sec.
9 X( `: c% r% E* F
! I/ I9 p  ~& _& h) c% _6 g6 K9 T; T4 u, O) s9 M+ j0 E/ U4 B8 e
================== WCDMA RSSI/LNA calibration begin ===================
$ U. }% F6 \+ j1 s) r; p5 \7 H8 h+ x% v0 Y- d1 ~% b# z( @' D
  === (High LNA mode): cell power:-75.00 ===7 a* u$ `- F5 c0 b  l7 o% L! w8 s3 ^

; C$ f" }8 N2 JAG8960 < UARFCN DL = 105625 b0 G) H$ G# T) Q+ u" M' [, p3 B

# G* I, w6 f0 H- t. mUARFCN = 10562, RSSI = -105.50000
  ]# l% U. L' H% q+ k9 P1 T: u! y# w+ ^' R: O4 z1 m5 s* c
AG8960 < UARFCN DL = 10631+ _9 D1 [! d  n1 E  [

. `3 K& M; V' b  V1 v7 L/ dUARFCN = 10631, RSSI = -104.500000 {) o) e! V! ?" P- b! m: V! u- h

! A& {- g2 H5 b6 L8 q+ ]! B" [/ `AG8960 < UARFCN DL = 10700' Q# I0 M3 ~/ j2 B
3 m2 P, v1 O% o
UARFCN = 10700, RSSI = -81.00000# b+ }$ G# O* u  i

( J1 ~% ?8 l: iAG8960 < UARFCN DL = 107692 [4 \$ z- ~  I2 s; I/ k3 {

. J7 j1 _; Z$ U, TUARFCN = 10769, RSSI = -106.50000# p- |$ _1 x5 V* x/ w

' u. g, p) c+ ^AG8960 < UARFCN DL = 10838
/ P. Z8 H$ z. X, u" W) P6 k- _4 _
$ ~0 w' h- u$ K, M9 @& kUARFCN = 10838, RSSI = -105.00000
6 \& [, Y% l  S* z7 F
3 ^# I! T* }* T* O8 a5 A  === (Middle LNA mode): cell power:-50.00 ===$ z2 J% J; g2 ?5 q1 s2 o! y8 o
3 l% |9 S+ X$ N5 I+ u$ q5 k" t
AG8960 < UARFCN DL = 105624 f: h: n6 Q  B. b9 F# \

) y/ X( i1 e9 d3 p7 y+ wUARFCN = 10562, RSSI = -56.75000
4 ^7 |& I0 m; p% [* z9 Z4 R
( [( h* v/ m" s* O/ Q- q/ u; jAG8960 < UARFCN DL = 10631
: \1 o, i1 i% G2 G" x1 S
' h/ _0 k  Z, F- y9 B9 J1 RUARFCN = 10631, RSSI = -54.25000
; u: A$ i' n, L1 I  D0 h, m& C' `/ V) z  S8 z3 [
AG8960 < UARFCN DL = 10700
2 L! D$ g, D# U& Q) H; l; ~" j$ `7 X5 _+ w7 e& \$ z
UARFCN = 10700, RSSI = -54.75000
! G* m5 \  N+ }/ |, {( N3 b2 h0 u8 v- a" g& Q
AG8960 < UARFCN DL = 10769
3 L1 X) S, P( }4 F3 |6 N+ P1 D2 }4 H
& h- m9 o$ g% X0 KUARFCN = 10769, RSSI = -57.75000
" ^- k+ d& J8 A8 \2 y$ T7 G2 S( }0 S2 W" t  D! P* m# I8 W
AG8960 < UARFCN DL = 10838( C5 S* x8 w3 j
& I+ s( k' x6 g: Q7 F
UARFCN = 10838, RSSI = -55.75000; u1 \$ L4 n  c% R0 F) l
) p0 _9 v/ p# O  W
  === (Low LNA mode): cell power:-35.00 ===! _$ L  C/ ~- ]" M

6 G, {2 G5 x2 G8 iAG8960 < UARFCN DL = 10562' z4 f) T; M4 c; t, E: t
9 x7 H! h) r* P9 \# q/ u2 }
UARFCN = 10562, RSSI = -41.00000( G& r2 z2 e4 Q% K6 h' k4 G, [
8 y$ F$ r- a9 w- @" u6 Q
AG8960 < UARFCN DL = 106317 y+ y7 f  a% R% n! n% A, ^8 C( R
) ^. d" b9 P- L* _" `
UARFCN = 10631, RSSI = -38.25000
" Q! C, x" F: Z1 ]- x' \2 ]& O- V2 n5 C
AG8960 < UARFCN DL = 10700) q2 @/ I* ?# v8 F
1 ~& w; x0 }( X& o
UARFCN = 10700, RSSI = -38.00000% ~, |- Q: b# r- i
+ w3 |2 d2 B/ I$ F3 n& B, j
AG8960 < UARFCN DL = 107690 q3 j2 s3 c& x$ K8 `

9 S4 w  B0 x% ~- R) H9 k2 m+ fUARFCN = 10769, RSSI = -41.250000 m+ ?) `1 O) z5 {$ n0 G
. q5 p$ s: ~; q4 g9 v, N
AG8960 < UARFCN DL = 10838/ f6 ?. F. Q, [- J" r' ]6 i( Q
# r  A* U. U; s2 C. W! \) l7 o
UARFCN = 10838, RSSI = -39.25000
: H& T  W9 m- z" q5 [3 w) @; a1 @* X
. c! ?! Q/ y) w/ V# o6 F4 @Target < Write WCDMA RX path loss to NVRAM
; ~6 B9 I& {( L3 m0 y5 ^' u1 q/ X: D( j/ ~0 p" D
=================== WCDMA RSSI/LNA calibration end ====================4 N3 C$ y/ s5 @  n$ L) s% r
# z3 N7 X0 d5 }( s5 V
Total Time used by <<WCDMA RSSI/LNA>>: 5.598 sec.5 G7 P# a7 L, D7 v
- h0 w: C" ~$ W& c* y! y. A
  C7 X4 {0 ~, ]( [
================ WCDMA RSSI/LNA calibration check begin ===============
! B; J3 g- r+ d' ^: U& H' e9 H( k6 h; o9 R
=== LNA Mode High LNA mode ===
/ ~1 d4 {0 k' Z4 [7 K  r- z
" C! C0 t( Z# }6 SPass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 29.25000, min rx path loss = -20.00000, max rx path loss = 30.00000& p3 I8 m( _/ `" b
( m0 v2 L* U# |
Pass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 28.25000, min rx path loss = -20.00000, max rx path loss = 30.00000
; _9 H+ Q, F3 q8 h/ t
+ C6 J8 E5 k, P, R' |* hPass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 3.75000, min rx path loss = -20.00000, max rx path loss = 30.00000
! F/ `. x7 e; B7 L6 ^  W. H: M. d) @0 v4 }3 z. e7 x' O6 ?+ n- \6 c( p! f# ^
Pass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 29.50000, min rx path loss = -20.00000, max rx path loss = 30.00000
1 E& f4 e+ p7 Q, V6 o" U! |- _* O8 B4 ?' b9 J, a
Pass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 30.00000, min rx path loss = -20.00000, max rx path loss = 30.00000
, n5 h- h3 v5 a5 J$ n3 u. D4 W3 H' J: L+ B
=== LNA Mode Middle LNA mode ===& V# f; n2 x9 J* u6 z- S

3 K9 u- ^( m# J, O% ]( GPass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 5.00000, min rx path loss = -20.00000, max rx path loss = 30.00000
& h9 V# g3 |' i/ q7 P3 Q! }2 [  H* D" f" S' i6 A, j5 u
Pass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 2.75000, min rx path loss = -20.00000, max rx path loss = 30.00000$ w$ Q7 F) h. U$ F, N& i

/ ~- \0 g0 Q. Z0 c& Y7 m, NPass: WCDMA RX path loss check -- UARFCN = 10700, path loss = 2.25000, min rx path loss = -20.00000, max rx path loss = 30.00000
& Q/ K' j4 [( N. O  @4 y( Y0 s( U7 T. ?- o5 v' k+ E( j
Pass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 5.25000, min rx path loss = -20.00000, max rx path loss = 30.000003 W7 q  I7 A' k3 V

) j+ |0 J! x9 z& H* yPass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 5.25000, min rx path loss = -20.00000, max rx path loss = 30.000000 l$ \* O& x. H0 H
8 H: e% f# Z8 g" i
=== LNA Mode Low LNA mode ===( Y, c, y7 M2 V& y. P

3 U; w" O% W! Y$ M; ]- E1 C9 ^Pass: WCDMA RX path loss check -- UARFCN = 10562, path loss = 7.50000, min rx path loss = -20.00000, max rx path loss = 30.000008 H. O* o  |2 o- ]3 F
! I" E# y) J% I% y( Y- b
Pass: WCDMA RX path loss check -- UARFCN = 10631, path loss = 5.00000, min rx path loss = -20.00000, max rx path loss = 30.00000
6 j2 ]' R" z2 K3 M& i# w* _* b( @7 I! C0 F
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% f3 M4 I# j' ~* |4 p& {; f. W7 J( X
Pass: WCDMA RX path loss check -- UARFCN = 10769, path loss = 6.75000, min rx path loss = -20.00000, max rx path loss = 30.00000
' r3 L+ K% G3 s1 y! @, _2 M) p9 X( p3 U( d" v
Pass: WCDMA RX path loss check -- UARFCN = 10838, path loss = 7.50000, min rx path loss = -20.00000, max rx path loss = 30.00000
8 A. R. {& h9 @! R9 Q$ G: b9 r$ d  @8 F6 I' ]0 P
================ WCDMA RSSI/LNA calibration check end ===============4 p, m8 F  X8 ?% {0 X1 d
0 _* a3 S0 _( @$ ]2 _5 A6 t: h+ J
Total Time used by <<WCDMA RSSI/LNA Check>>: 0.092 sec.7 g: {( i  w( a7 q: I. R# C4 T
9 g' a: t5 M& x+ M/ y# q

( C) @8 r1 Z2 L) C) U9 x# V================== WCDMA TPC calibration begin (MT6162) =================== & w, P( x, S; j+ m" Y

2 O- z( a3 t& J+ uTime to setup tester: 3.000 sec.. x3 O. o0 _6 b' }+ U: _
[Info] set Power Control Mode 0.
6 G- j9 p5 J9 S$ U- Y! H1 g3 c( q, k[band] = 0* c3 }/ g9 b& l: d& g
Cal Mode: 2 (1: first high mode 2: all sections)1 ~% O' ]1 u# V- T" n$ |+ Z8 c
CFG: 24.500, 24.000, 23.500, a) n! k" C: u: o6 j$ h
CFG: 22.500, 22.000, 21.5008 Q% g* m$ j# k" M3 {& r$ Y
CFG: 20.500, 20.000, 19.500* p6 c$ Y0 ]" K* @1 q5 l6 d3 D
CFG: 18.500, 18.000, 17.500
7 a9 N) c) A% i* D/ X' XCFG: 15.500, 15.000, 14.500
* w. [- q( D) {& l4 T+ C0 uCFG: 11.500, 11.000, 10.500
  @7 G- O6 P& B% I  {; ZCFG: 6.500, 6.000, 5.500
) J3 S$ {; `/ E" M$ @) L2 qCFG: 6.500, 0.000, -0.500$ i/ e  T8 S9 p
----------  Low PA mode (WCDMA Band1)-------------+ c, u! {- K; |, z
[Info] d_goal_power (-2.50) = 0.00 + -2.50: P- e4 r% H4 I3 S( t. |* j8 y! |
[Info] Initial PA gain: 639) c& H3 A: F  l8 j! z3 g
[Info] Initial PD gain: 2811 I5 J" B* u' D, U
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000( u+ g9 ^- D: k  Y
[Info](2): set runtime PA gain:0
( q' c  ]) A+ h# Zus_cur_pa_gain = 0
0 e: R% H+ S& w5 \9 D7 ]3 yus_cur_pa_gain = 0
8 K+ F# C$ G9 q: f# b: Y: u* \AG8960 < Fetch channel power = 3.983430 S: O7 ~5 d3 j" R1 r, M
[Info](3): set runtime PA gain:207 2 S8 @0 i5 L- h4 }
us_cur_pa_gain = 207/ }* ]& {  j; b- S2 Q* _6 v( W8 G
us_cur_pa_gain = 2071 x; r& _! n$ N! X
AG8960 < Fetch channel power = 3.34083
+ C$ b2 H2 i3 m7 j: F[Info](4): set runtime PA gain:393
! R0 {5 Y! a- E' C- wus_cur_pa_gain = 393
, |: O/ Z8 ?$ E& L6 j8 c1 F1 J+ ]us_cur_pa_gain = 3934 w1 q. N: ]3 N# ^0 v5 D) D3 t
AG8960 < Fetch channel power = 1.68075
, s) f) N0 C0 f5 x. m$ Y[Info](5): set runtime PA gain:526 - s1 w3 g) ^! c# N: z
us_cur_pa_gain = 526. i4 X5 g* M: _$ Z; W
us_cur_pa_gain = 5260 t' h8 P' }, q
AG8960 < Fetch channel power = -0.870548 ?  m2 {, J9 o  e+ _
[Info](6): set runtime PA gain:578 + E! M; `! l( k) h1 G
us_cur_pa_gain = 5781 o8 l& r% O5 B7 [4 a
us_cur_pa_gain = 5789 s3 |# u' h7 j! h, s+ E
AG8960 < Fetch channel power = -2.12470
" p- z+ e; L% O/ C3 \" U- V[Result] PA Gain:578 after try 6 times to reach (-4.00~-1.00)/ N; G& ^" a- C7 R& S5 g
[Result] PA Gain:584 (power:-2.50) exactlly, P& O6 V& i9 h! l9 P
----------  Middle PA mode (WCDMA BAND1)-------------
) o( [2 l# [4 O& [" R1 Q" @[Info] d_goal_power (3.50) = 6.00 + -2.509 X. B/ s( `/ f/ K5 _% x
[Info] Initial PA gain: 961
) e1 U( g; }4 Q. g$ _, l[Info] Initial PD gain: 279
- t+ G: D& g0 B6 Y" Y. tAG8960 < Fetch channel power = -1.37770
9 O' |% S% u. O) O3 _" x[Info](2): set runtime PA gain:804 " P8 |. M9 ]- _" h5 M( S5 s
us_cur_pa_gain = 804
6 y- ^5 M4 @9 K' d) f6 mus_cur_pa_gain = 804
( t2 E) E! D4 E' ^' b8 q1 oAG8960 < Fetch channel power = 2.85345
0 d, Z" s9 m9 Q! k( O) }[Result] PA Gain:804 after try 2 times to reach (2.00~5.00)9 a5 l/ r& b* @+ b3 N. `
[Result] PA Gain:793 (power:3.50) exactlly% }4 `$ D% \  I  K( Y' i1 r! ]
----------  Middle PA mode (WCDMA BAND1)-------------
. G- P! n* G. g7 n0 s$ u+ B[Info] d_goal_power (8.50) = 11.00 + -2.50
4 {) }7 r6 v: Y- U/ n  m[Info] Initial PA gain: 971
( @" b- y4 P5 p& {  ^[Info] Initial PD gain: 2797 h, h* r0 ~' K
AG8960 < Fetch channel power = 3.27644
# _. O9 N: I  B- Z7 t& x[Info](2): set runtime PA gain:803
9 i" G) @+ R" T' b' U/ sus_cur_pa_gain = 8035 z! t4 E( d6 c* u% h
us_cur_pa_gain = 803
# C4 ?" \! B; C4 G+ x! N4 K3 ?% aAG8960 < Fetch channel power = 7.32281+ q7 b3 Z* Q- C2 m
[Result] PA Gain:803 after try 2 times to reach (7.00~10.00)
8 N/ K) j) a- P5 P2 R[Result] PA Gain:784 (power:8.50) exactlly
: w( e) [% I% `+ o- I& D3 F" C----------  High PA mode (WCDMA BAND1)-------------
% f7 R7 G& R( ?) T: O- t[Info] d_goal_power (12.50) = 15.00 + -2.50
2 O2 p- M3 q, e" L, Q[Info] Initial PA gain: 1038; Y# k. S/ u7 R2 y8 E* y# |. a
[Info] Initial PD gain: 279
. Y( @3 b  j) v. m  q8 M! dAG8960 < Fetch channel power = 7.12027
: p1 |  p) K! T5 _# D[Info](2): set runtime PA gain:865 ; t8 R5 l, E3 N8 E- J
us_cur_pa_gain = 865
; K1 H) I9 n1 Vus_cur_pa_gain = 8654 O1 ?. ^/ b* {6 S- Y9 A
AG8960 < Fetch channel power = 9.515772 {0 s7 y8 ~! c6 O/ a7 n  l: T: r
[Info](3): set runtime PA gain:769 $ i( l; y$ \& A( I0 F6 I1 h- X
us_cur_pa_gain = 769
" Q3 Q# V2 U2 a& m3 O) pus_cur_pa_gain = 7695 A) z# S+ j, e2 [. v' S2 v
AG8960 < Fetch channel power = 10.01549
! F# |0 L- E6 d, ~[Info](4): set runtime PA gain:689 2 U; Y2 C, P$ ^" g0 j5 Q8 C4 ~
us_cur_pa_gain = 6891 i( d1 c0 F( B
us_cur_pa_gain = 689  Q4 s  f! l2 o- s: E( k2 U
AG8960 < Fetch channel power = 10.286421 t2 t* ^. W$ @
[Info](5): set runtime PA gain:618 - f- a& m. e+ u! t  W
us_cur_pa_gain = 618* |0 }1 F+ x) f! c( L$ F
us_cur_pa_gain = 618
: ^6 _* v; t- z) SAG8960 < Fetch channel power = 10.47065
0 G6 {1 F! e+ P8 [- p[Info](6): set runtime PA gain:553   s6 ?: M1 f. n& ], P/ c9 b% ?
us_cur_pa_gain = 553) x: N3 f% g3 q! M  Z" z- F
us_cur_pa_gain = 5535 A) l3 X" f. {- y  v
AG8960 < Fetch channel power = 10.58904
$ N, E& ~4 V& V/ Y) R8 v[Info](7): set runtime PA gain:491
/ _& T, b' X6 T- b& Aus_cur_pa_gain = 491
/ }* v& X$ o1 J# v; Gus_cur_pa_gain = 491
, `  D0 {, B* s3 S' Z1 Y5 nAG8960 < Fetch channel power = 10.595467 `; c0 K3 x8 J: P+ N
[Info](8): set runtime PA gain:430
3 t2 S5 h9 Z% q2 Ous_cur_pa_gain = 430
8 _; m! j& a+ [us_cur_pa_gain = 4304 J* W$ Z) y" S# F; z& i  N4 m
AG8960 < Fetch channel power = 10.59412
$ K7 A  p& o5 b0 x/ K[Info](9): set runtime PA gain:369
, C: q9 ^7 `: jus_cur_pa_gain = 3691 h* m' E0 G+ P/ V
us_cur_pa_gain = 369
1 ]; ?: v' }, l  v( \  hAG8960 < Fetch channel power = 10.59266" d. ?# q0 U) V, D/ T
[Info](10): set runtime PA gain:307 ( U% T/ L; r8 y6 l
us_cur_pa_gain = 307! S) S, e/ ^3 W' s& F! W0 F
us_cur_pa_gain = 307% e2 l( f: W! k8 \+ |
AG8960 < Fetch channel power = 10.59023
+ F) K- g! o3 M: Z0 _' r$ u8 R( K[Info](11): set runtime PA gain:245 * m$ O5 [, o( u" ]  m
us_cur_pa_gain = 245& d* d5 O- ]$ ]3 [0 S
us_cur_pa_gain = 245
. f4 X0 A3 ?# o# B3 Y5 |4 f) BAG8960 < Fetch channel power = 10.58178) h: G2 a1 Y6 Q( L
[Info](12): set runtime PA gain:183 ' K( e& |) a8 T2 p2 E3 U
us_cur_pa_gain = 183- ~$ g. d! z4 X/ \; A
us_cur_pa_gain = 183
5 \4 V( G9 Q( j6 j% ~' nAG8960 < Fetch channel power = 10.58229
8 J. U8 o+ o, H2 M) K1 F( e' u[Info](13): set runtime PA gain:121
8 n" `% V( k3 Z( z9 nus_cur_pa_gain = 121: o- X6 U& i3 Z
us_cur_pa_gain = 121
8 n. G0 v, D1 b0 NAG8960 < Fetch channel power = 10.58804( l8 e8 G1 v7 p  o
[Info](14): set runtime PA gain:59
+ A- ?( c; {& Bus_cur_pa_gain = 59
; W$ ^* u$ p. e  m0 k' Tus_cur_pa_gain = 59
( S) d5 E0 \& |! ]+ s8 dAG8960 < Fetch channel power = 10.59029# u9 i) e! P% o' t% c% M' N5 _4 \
PA Gain (1280) exceed the max limit(1280), so set to max5 `( L4 a+ C8 d, }
[Info](15): set runtime PA gain:1280
" O# D1 Q' A  E" Aus_cur_pa_gain = 1280
7 C+ f$ O1 T' ?( A0 Bus_cur_pa_gain = 12804 x, R+ b8 c! G% R  i; B" f" d
AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000  `  m" k6 k+ U+ o  G
[Info](16): set runtime PA gain:60 + i  E+ v( S( E; ^
us_cur_pa_gain = 60
- \# l& w) Q: R( Cus_cur_pa_gain = 60  q" Y" J& ~/ [( J4 s
AG8960 < Fetch channel power = 10.58883
2 K9 m1 C7 b! k: {+ ]! y) W& s[Info](17): set runtime PA gain:61   S5 d* C+ F! _/ V/ T8 m: l. R
us_cur_pa_gain = 61
! S& q+ E/ T0 ]& s( y3 sus_cur_pa_gain = 61* i8 `4 a9 G" }  m
AG8960 < Fetch channel power = 10.58784
9 c. W* ^2 y7 R9 a& ]& y[Info](18): set runtime PA gain:0
$ ^3 R3 z5 ~+ x( n/ Gus_cur_pa_gain = 0
+ x( G. z1 d1 W7 w& j: C, M6 h! M; Jus_cur_pa_gain = 0- C( D8 a; H$ o) U
AG8960 < Fetch channel power = 10.58417
# k2 c" q% L; f4 VPA Gain (1280) exceed the max limit(1280), so set to max
/ Z! R1 C; A1 @* e. W' j1 f[Info](19): set runtime PA gain:1280
3 w. u& R- w+ O1 f8 \us_cur_pa_gain = 1280/ j, l4 \# F+ C0 M9 f
us_cur_pa_gain = 1280
) ]: P2 N  ?  I5 z* `AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
$ e; B# R: y: O& S[Info](20): set runtime PA gain:1
. k3 i) P2 `& M# ?, ?+ Z* B& `us_cur_pa_gain = 1
: q: r/ B2 \7 wus_cur_pa_gain = 1
% V' {9 e2 Q% k* @! q8 wAG8960 < Fetch channel power = 10.57709
8 O6 L: p5 j" @, ?- `  u[Info](21): set runtime PA gain:2
* F, m& ^( G+ R2 lus_cur_pa_gain = 2
, Z/ e( R7 h1 n3 ?' [" hus_cur_pa_gain = 2
' ]! r; a) I9 R% x2 QAG8960 < Fetch channel power = 10.57610& I4 T: X2 K/ o) b3 J: Z- e* g
PA Gain (1280) exceed the max limit(1280), so set to max! T, H' F" S/ p0 o4 k' `" l
[Info](22): set runtime PA gain:1280 ' S' q1 m  V0 p7 y" g! N
us_cur_pa_gain = 1280
  }7 Y4 c3 P9 g5 x7 ]# Sus_cur_pa_gain = 1280
! \, Q* U4 q' H9 b6 o5 n1 k' K' wAG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000. t  X3 m9 c" J1 T7 [# ~; [/ e
[Info](23): set runtime PA gain:3 2 X/ k/ l- O6 w
us_cur_pa_gain = 3
0 R7 v( p: C5 C3 w( B' c. xus_cur_pa_gain = 36 @+ A, B  s; ?+ I/ e" W, U
AG8960 < Fetch channel power = 10.57529
1 Y# S9 z0 i# w[Info](24): set runtime PA gain:4
; x, a' f! @1 B& [! [2 u4 S0 Hus_cur_pa_gain = 43 t6 w# d1 ?* M0 m6 J2 M: B  g1 x
us_cur_pa_gain = 4
) n7 l- b. z' t6 M" O1 l* @AG8960 < Fetch channel power = 10.57781
. ?6 z: o& C+ o- DPA Gain (1280) exceed the max limit(1280), so set to max7 g, i$ K. K2 H& q) u; s7 E* l
[Info](25): set runtime PA gain:1280 - K0 p/ ]! f* I( \. a
us_cur_pa_gain = 1280
: y4 F# t: j9 Z$ P8 Tus_cur_pa_gain = 1280
6 [+ `  R( h) E# k1 R# Y/ Q3 wAG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
6 z2 H  u! n( O) @1 S) n" l. K6 r[Info](26): set runtime PA gain:5
7 A: [0 x2 q2 ius_cur_pa_gain = 5: I% p, p+ G* U! ]9 ]+ D
us_cur_pa_gain = 57 P6 N4 a4 W0 S( x6 J
AG8960 < Fetch channel power = 10.57590' K$ L7 v9 S( o* h) i/ c
[Info](27): set runtime PA gain:6
1 w; @2 A# p  w- d3 E4 z" ous_cur_pa_gain = 6
% W" R  w6 x" n* C& u; mus_cur_pa_gain = 6
& p) b( p0 a: ?AG8960 < Fetch channel power = 10.57824( y: M5 X! y4 P; b) Z
PA Gain (1280) exceed the max limit(1280), so set to max, A% r0 ~7 k$ G5 I* m
[Info](28): set runtime PA gain:1280 1 @% P1 @- t5 S9 c% K% U
us_cur_pa_gain = 12801 x% r' a: V: c' G8 [5 Y! s7 \" y
us_cur_pa_gain = 1280
+ x0 u. A2 @$ v5 ~- |AG8960 < Fetch channel power = 99100000000000005192630646116011999232.00000
8 l$ A/ [, K# P[Info](29): set runtime PA gain:7
. S* d! D  m! `' ]! H, nus_cur_pa_gain = 77 c: w8 a* {6 h0 w$ v5 d
us_cur_pa_gain = 7# g: [, Q& D& ~6 e/ ^8 o
AG8960 < Fetch channel power = 10.56544
) @  Q# c: y8 D0 H" I2 Q5 ][Info](30): set runtime PA gain:8
" Y/ x# B) f+ k) ?1 N+ p+ e. ^, {+ Uus_cur_pa_gain = 8/ l+ X# Y5 ]( d  |( n/ l
us_cur_pa_gain = 8
7 H, Q7 ^  L6 o2 Q' I! H8 oAG8960 < Fetch channel power = 10.57096
( u' r$ L3 z) U  ?1 [can not find the right PA gain after try 30 times, last(8)
; M" I  l! e  ^  ?% N( A$ g1 u
  H( A& Y; ~6 F' n. l        ===============================+ K- k4 k3 F+ [/ x3 t0 h) l, n4 L& ?
        Calibration Total Result FAIL
! M6 W6 ~, c6 v1 N/ h% V4 C& ]8 ~        ===============================" x8 z& Y. Z( k' U0 _
5 ], o8 v+ V/ t+ `' G4 n& X

( ~6 \8 j" s& S, B' R) A8 a7 S0 V9 WCalibration and NSFT total cost time is: 140.95s
) s1 n4 ^5 N8 r6 `- d9 o5 z$ G, s( N2 D) U4 E

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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
    - V& {% _+ _' M1 W, \- Q5 RTX 好像没通吧？
    2 n2 A; o8 w( ~! O- u! i* ^0 Y. S
    谢谢大神，我检查一下。2 J; S5 K) }9 @/ m7 t9 Z" x

    % q" o4 f8 Y! ?3 ?

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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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