gsm-fxo recorder test log

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============================ RESTART ============================
Jul  7 2015	14:48:28	E:\gsm\src\Gate_Tester\main.c
Jul  7 2015	14:48:37	E:\gsm\src\Gate_Tester\hw.c
Jul  7 2015	14:48:27	E:\gsm\src\Gate_Tester\hw_plists.c
Jul  7 2015	14:48:38	E:\gsm\src\Gate_Tester\test_pins.c
Jul  7 2015	14:48:29	E:\gsm\src\Gate_Tester\test_gsm.c
Jul  7 2015	14:48:30	E:\gsm\src\Gate_Tester\test_volts.c
Jul 16 2015	10:26:34	E:\gsm\src\Gate_Tester\tele_dc.c
Jul 13 2015	17:02:46	E:\gsm\src\Gate_Tester\tele_ac.c
Jul  7 2015	14:48:31	E:\gsm\src\Gate_Tester\test_v12.c
Jul  7 2015	14:48:24	E:\gsm\src\Gate_Tester\other_funcs.c
Jul  7 2015	14:48:27	E:\gsm\src\Gate_Tester\wildcard.c
Jul  7 2015	14:48:30	E:\gsm\src\Gate_Tester\ctrl_menu.c

Jul  7 2015	14:48:26	E:\gsm\src\Gate_Tester\fft.c
Jul  7 2015	14:48:25	E:\gsm\src\Gate_Tester\i2s\I2S.c
Jul  7 2015	14:48:28	E:\gsm\src\Gate_Tester\usart_lib\uart.c
Jul  7 2015	14:48:31	E:\gsm\src\Gate_Tester\usart_lib\usart_fifo.c
Jul  7 2015	14:48:32	E:\gsm\src\Gate_Tester\usart_lib\usart_printf.c

Jul 20 2015	16:14:55	E:\gsm\src\Gate_Tester\SD_card\SD_driver.c
Jul  7 2015	14:48:28	E:\gsm\src\Gate_Tester\SD_card\Fat_driver\diskio.c
Jul  7 2015	14:48:36	E:\gsm\src\Gate_Tester\SD_card\Fat_driver\SPI.c
Jul  7 2015	14:48:34	E:\gsm\src\Gate_Tester\SD_card\Fat_driver\ff.c

Chip ID number: 2a 40 31334709 31343835; 77f56
Chip ID string: *%00@%00%09G315841
Chip ID block : 0004:0000:00000000:2A0040000947333135383431	67033

Device: It's SpGate-MR

Test serial number : GRT6FD102045

first run uncheck: OK
SystemCoreClock = 160000000
RCC->CR = F037F83
	I2S_PLL  LOCKED
	I2S_PLL  ON
	Main_PLL LOCKED
	Main_PLL ON
	Clock security system off
	HSE not bypassed
	HSE READY
	HSE ON
	HSICAL[7:0]  = 0x7F
	HSITRIM[4:0] = 0x10
	HSI READY
	HSI ON
Clock OK

Clock Crystal start OK, timeout:	3058307
Second in MCU ticks	160000623
Second delta (Crystal vs internal)	3	ppm	OK	MAX: 150

mV: MCU_14: DIAG_SENS 	     24	mV	Noise	1321	1462	12	OK	-8
mV: MCU_15: SLIC_LINEU	    126	mV	Noise	983	998	10	OK	-1
mV: MCU_22: FXS_ADC   	   1650	mV	Noise	929	964	13	OK	0
mV: MCU_10: DVCC      	   3310	mV	Noise	524	534	9	OK	2
mV: MCU_08: SD_VCC   	     12	mV	Noise	583	597	10	OK	-7
mV: MCU_09: 12V_PWR  	  11592	mV	Noise	1551	1663	11	OK	-5
mV: MCU_01: DVCC-Vbat	   3142	mV	Noise	481	494	3	OK	2
mV: MCU_--: VrefInt  	   1204	mV	Noise	967	990	2	OK	0
mV: MCU_--: Temp in C	     24	mV	Noise	806	841	4	OK	0

MCU pins latch test:
Latch [MCU_PIN_61]:	100	OK
Latch [MCU_PIN_59]:	100	OK
Latch [MCU_PIN_58]:	100	OK
Latch [MCU_PIN_57]:	100	OK
Latch [MCU_PIN_56]:	100	OK
Latch [MCU_PIN_55]:	100	OK
Latch [MCU_PIN_54]:	100	OK
Latch [MCU_PIN_53]:	100	OK
Latch [MCU_PIN_52]:	100	OK
Latch [MCU_PIN_51]:	100	OK
Latch [MCU_PIN_50]:	100	OK
Latch [MCU_PIN_49]:	100	OK
Latch [MCU_PIN_46]:	100	OK
Latch [MCU_PIN_45]:	100	OK
Latch [MCU_PIN_44]:	100	OK
Latch [MCU_PIN_43]:	100	OK
`   `
Latch [MCU_PIN_42]:	100	OK
Latch [MCU_PIN_41]:	100	OK
Latch [MCU_PIN_40]:	100	OK
Latch [MCU_PIN_39]:	100	OK
Latch [MCU_PIN_38]:	100	OK
Latch [MCU_PIN_37]:	100	OK
Latch [MCU_PIN_36]:	100	OK
Latch [MCU_PIN_35]:	100	OK
Latch [MCU_PIN_34]:	100	OK
Latch [MCU_PIN_33]:	100	OK
Latch [MCU_PIN_30]:	100	OK
Latch [MCU_PIN_29]:	100	OK
Latch [MCU_PIN_28]:	100	OK
Latch [MCU_PIN_27]:	100	OK
Latch [MCU_PIN_26]:	100	OK
Latch [MCU_PIN_25]:	Blocked, its SD detectors
Latch [MCU_PIN_24]:	Blocked, its SD detectors
Latch [MCU_PIN_23]:	100	OK
Latch [MCU_PIN_22]:	100	OK
Latch [MCU_PIN_21]:	100	OK
Latch [MCU_PIN_20]:	100	OK
Latch [MCU_PIN_17]:	100	OK
Latch [MCU_PIN_16]:	100	OK
Latch [MCU_PIN_15]:	100	OK
Latch [MCU_PIN_14]:	100	OK
Latch [MCU_PIN_11]:	100	OK
Latch [MCU_PIN_10]:	100	OK
Latch [MCU_PIN_09]:	100	OK
Latch [MCU_PIN_08]:	100	OK
Latch [MCU_PIN_04]:	100	OK
Latch [MCU_PIN_03]:	100	OK
Latch [MCU_PIN_02]:	100	OK
Latch [MCU_PIN_62]:	100	OK
MCU pins latch test: OK

Terminal command:_0_
MCU pins cross test:
Cross [MCU_PIN_62 - MCU_PIN_61]:	Blocked, its LED
Cross [MCU_PIN_61 - MCU_PIN_59]:	0	OK
Cross [MCU_PIN_59 - MCU_PIN_58]:	Blocked, its LED
Cross [MCU_PIN_58 - MCU_PIN_57]:	25	OK
Cross [MCU_PIN_57 - MCU_PIN_56]:	50	OK
Cross [MCU_PIN_56 - MCU_PIN_55]:	25	OK
Cross [MCU_PIN_55 - MCU_PIN_54]:	0	OK
Cross [MCU_PIN_54 - MCU_PIN_53]:	Blocked, its LED
Cross [MCU_PIN_53 - MCU_PIN_52]:	25	OK
Cross [MCU_PIN_52 - MCU_PIN_51]:	Blocked, its LED
Cross [MCU_PIN_51 - MCU_PIN_50]:	25	OK
Cross [MCU_PIN_50 - MCU_PIN_49]:	25	OK
Cross [MCU_PIN_49 - MCU_PIN_46]:	0	OK
Cross [MCU_PIN_46 - MCU_PIN_45]:	25	OK
Cross [MCU_PIN_45 - MCU_PIN_44]:	50	OK
Cross [MCU_PIN_44 - MCU_PIN_43]:	50	OK
<00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00> <00>
Cross [MCU_PIN_43 - MCU_PIN_42]:	25	OK
<E0><FC><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00><E0><00>
Cross [MCU_PIN_42 - MCU_PIN_41]:	0	OK
Cross [MCU_PIN_41 - MCU_PIN_40]:	25	OK
Cross [MCU_PIN_40 - MCU_PIN_39]:	50	OK
Cross [MCU_PIN_39 - MCU_PIN_38]:	50	OK
Cross [MCU_PIN_38 - MCU_PIN_37]:	50	OK
Cross [MCU_PIN_37 - MCU_PIN_36]:	50	OK
Cross [MCU_PIN_36 - MCU_PIN_35]:	50	OK
Cross [MCU_PIN_35 - MCU_PIN_34]:	50	OK
Cross [MCU_PIN_34 - MCU_PIN_33]:	50	OK
Cross [MCU_PIN_33 - MCU_PIN_30]:	25	OK
Cross [MCU_PIN_30 - MCU_PIN_29]:	25	OK
Cross [MCU_PIN_29 - MCU_PIN_28]:	50	OK
Cross [MCU_PIN_28 - MCU_PIN_27]:	50	OK
Cross [MCU_PIN_27 - MCU_PIN_26]:	50	OK
Cross [MCU_PIN_26 - MCU_PIN_25]:	50	OK
Cross [MCU_PIN_25 - MCU_PIN_24]:	50	OK
Cross [MCU_PIN_24 - MCU_PIN_23]:	50	OK
Cross [MCU_PIN_23 - MCU_PIN_22]:	50	OK
Cross [MCU_PIN_22 - MCU_PIN_21]:	50	OK
Cross [MCU_PIN_21 - MCU_PIN_20]:	50	OK
Cross [MCU_PIN_20 - MCU_PIN_17]:	50	OK
Cross [MCU_PIN_17 - MCU_PIN_16]:	50	OK
Cross [MCU_PIN_16 - MCU_PIN_15]:	50	OK
Cross [MCU_PIN_15 - MCU_PIN_14]:	50	OK
Cross [MCU_PIN_14 - MCU_PIN_11]:	25	OK
Cross [MCU_PIN_11 - MCU_PIN_10]:	0	OK
Cross [MCU_PIN_10 - MCU_PIN_09]:	50	OK
Cross [MCU_PIN_09 - MCU_PIN_08]:	50	OK
Cross [MCU_PIN_08 - MCU_PIN_04]:	25	OK
Cross [MCU_PIN_04 - MCU_PIN_03]:	0	OK
Cross [MCU_PIN_03 - MCU_PIN_02]:	25	OK
Cross [MCU_PIN_02 - MCU_PIN_62]:	25	OK
MCU pins cross test: OK

Terminal command:_0__0_
=============== MCU pins electrical state ==================
MCU_PIN_62 (U D / \)	7	8	99	99	OK	hi_Z	C_pF
MCU_PIN_61 (U D / \)	7	8	99	99	OK	hi_Z	C_pF
MCU_PIN_59 (U D / \)	7	8	99	99	OK	hi_Z	C_pF
MCU_PIN_58 (U D / \)	7	8	99	99	OK	hi_Z	C_pF
MCU_PIN_57 (U D / \)	6	99	6	99	OK	Pull_UP
MCU_PIN_56 (U D / \)	99	6	99	6	Pull_Down
MCU_PIN_55 (U D / \)	7	6	99	12	OK	Pull_Down_M
MCU_PIN_54 (U D / \)	7	8	99	24	OK	hi_Z	C_pF
MCU_PIN_53 (U D / \)	7	7	99	99	OK	hi_Z	C_pF
MCU_PIN_52 (U D / \)	6	99	6	99	OK	Pull_UP
MCU_PIN_51 (U D / \)	6	8	9	99	OK	Pull_UP_M
MCU_PIN_50 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_49 (U D / \)	7	7	99	99	OK	hi_Z	C_pF

MCU_PIN_46 (U D / \)	6	6	99	24	OK	hi_Z
MCU_PIN_45 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_44 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_43 (U D / \)	6	99	6	99	OK	Pull_UP
MCU_PIN_42 (U D / \)<FF>	6<FE>	8<FE>	8<FE>	99	OK	Pull_UP_M
MCU_PIN_41 (U D / \)	13	14	99	99	OK	hi_Z	C_nF
MCU_PIN_40 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_39 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_38 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_37 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_36 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_35 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_34 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_33 (U D / \)	99	6	99	6	OK	Pull_Down

MCU_PIN_17 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_20 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_21 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_22 (U D / \)	99	99	99	99	OK	FIXED
MCU_PIN_23 (U D / \)	99	6	99	6	Pull_Down
MCU_PIN_24 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_25 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_26 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_27 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_28 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_29 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_30 (U D / \)	7	6	99	8	OK	Pull_Down_M

MCU_PIN_02 (U D / \)	6	99	6	99	OK	Pull_UP
MCU_PIN_3 (U D / \)	7	7	99	99	hi_Z	C_pF
MCU_PIN_4 (U D / \)	7	7	99	99	hi_Z	C_pF
MCU_PIN_8 (U D / \)	99	10	99	10	OK	Pull_Down
MCU_PIN_9 (U D / \)	7	99	8	99	OK	Pull_UP
MCU_PIN_10 (U D / \)	99	99	99	99	OK	FIXED
MCU_PIN_11 (U D / \)	13	14	99	99	OK	hi_Z	C_nF
MCU_PIN_14 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_15 (U D / \)	99	6	99	6	OK	Pull_Down
MCU_PIN_16 (U D / \)	99	6	99	6	OK	Pull_Down

MCU pins electrical state: OK
============================================================

Terminal command:_0__0__0__0_
=================== LEDS test ===================
VD1_MCU_62 in Z   : VD1_MCU_61 (U D / \)	7	8	99	99	hi_Z	C_pF
VD1_MCU_62 pull up: VD1_MCU_61 (U D / \)	7	8	11	99	Pull_UP_M
VD1_MCU_62 pull dw: VD1_MCU_61 (U D / \)	7	7	99	11	Pull_Down_M
VD1_MCU_62 write 1: VD1_MCU_61 (U D / \)	9	99	11	99	Pull_UP
VD1_MCU_62 write 0: VD1_MCU_61 (U D / \)	99	6	99	11	Pull_Down
[VD1_MCU_62 --> VD1_MCU_61] is OK

VD1_MCU_61 in Z   : VD1_MCU_62 (U D / \)	7	8	99	99	hi_Z	C_pF
VD1_MCU_61 pull up: VD1_MCU_62 (U D / \)	6	8	9	99	Pull_UP_M
VD1_MCU_61 pull dw: VD1_MCU_62 (U D / \)	8	7	99	18	Pull_Down_M
VD1_MCU_61 write 1: VD1_MCU_62 (U D / \)	6	99	6	99	Pull_UP
VD1_MCU_61 write 0: VD1_MCU_62 (U D / \)	9	9	99	16	Pull_Down_M
[VD1_MCU_61 --> VD1_MCU_62] is OK

VD2_MCU_59 in Z   : VD2_MCU_58 (U D / \)	7	8	99	99	hi_Z	C_pF
VD2_MCU_59 pull up: VD2_MCU_58 (U D / \)	6	8	11	99	Pull_UP_M
VD2_MCU_59 pull dw: VD2_MCU_58 (U D / \)	7	7	99	11	Pull_Down_M
VD2_MCU_59 write 1: VD2_MCU_58 (U D / \)	9	99	11	99	Pull_UP
VD2_MCU_59 write 0: VD2_MCU_58 (U D / \)	99	6	99	11	Pull_Down
[VD2_MCU_59 --> VD2_MCU_58] is OK

VD2_MCU_58 in Z   : VD2_MCU_59 (U D / \)	7	8	99	99	hi_Z	C_pF
VD2_MCU_58 pull up: VD2_MCU_59 (U D / \)	6	8	9	99	Pull_UP_M
VD2_MCU_58 pull dw: VD2_MCU_59 (U D / \)	8	7	99	18	Pull_Down_M
VD2_MCU_58 write 1: VD2_MCU_59 (U D / \)	6	99	6	99	Pull_UP
VD2_MCU_58 write 0: VD2_MCU_59 (U D / \)	8	9	99	17	Pull_Down_M
[VD2_MCU_58 --> VD2_MCU_59] is OK

VD3_MCU_54 in Z   : VD3_MCU_53 (U D / \)	7	7	99	99	hi_Z	C_pF
VD3_MCU_54 pull up: VD3_MCU_53 (U D / \)	7	8	11	99	Pull_UP_M
VD3_MCU_54 pull dw: VD3_MCU_53 (U D / \)	7	7	99	11	Pull_Down_M
VD3_MCU_54 write 1: VD3_MCU_53 (U D / \)	9	99	11	99	Pull_UP
VD3_MCU_54 write 0: VD3_MCU_53 (U D / \)	99	6	99	11	Pull_Down
[VD3_MCU_54 --> VD3_MCU_53] is OK

VD3_MCU_53 in Z   : VD3_MCU_54 (U D / \)	7	8	99	24	hi_Z	C_pF
VD3_MCU_53 pull up: VD3_MCU_54 (U D / \)	6	8	9	99	Pull_UP_M
VD3_MCU_53 pull dw: VD3_MCU_54 (U D / \)	8	7	99	17	Pull_Down_M
VD3_MCU_53 write 1: VD3_MCU_54 (U D / \)	6	99	6	99	Pull_UP
VD3_MCU_53 write 0: VD3_MCU_54 (U D / \)	9	9	99	15	Pull_Down_M
[VD3_MCU_53 --> VD3_MCU_54] is OK

VD4_MCU_52 in Z   : VD4_MCU_51 (U D / \)	6	8	10	99	Pull_UP_M
VD4_MCU_52 pull up: VD4_MCU_51 (U D / \)	6	14	10	99	Pull_UP_M
VD4_MCU_52 pull dw: VD4_MCU_51 (U D / \)	7	8	21	99	hi_Z	C_pF
VD4_MCU_52 write 1: VD4_MCU_51 (U D / \)	9	99	11	99	Pull_UP
VD4_MCU_52 write 0: VD4_MCU_51 (U D / \)	99	6	99	11	Pull_Down
[VD4_MCU_52 --> VD4_MCU_51] is OK

VD4_MCU_51 in Z   : VD4_MCU_52 (U D / \)	6	99	6	99	Pull_UP
VD4_MCU_51 pull up: VD4_MCU_52 (U D / \)	6	99	6	99	Pull_UP
VD4_MCU_51 pull dw: VD4_MCU_52 (U D / \)	6	99	6	99	Pull_UP
VD4_MCU_51 write 1: VD4_MCU_52 (U D / \)	6	99	6	99	Pull_UP
VD4_MCU_51 write 0: VD4_MCU_52 (U D / \)	6	99	6	99	Pull_UP
[VD4_MCU_51 --> VD4_MCU_52] is OK

VD_SD_MCU_49 in Z   : VD_SD_MCU_55 (U D / \)	7	7	99	99	hi_Z	C_pF
VD_SD_MCU_49 pull up: VD_SD_MCU_55 (U D / \)	6	8	10	99	Pull_UP_M
VD_SD_MCU_49 pull dw: VD_SD_MCU_55 (U D / \)	7	6	99	12	Pull_Down_M
VD_SD_MCU_49 write 1: VD_SD_MCU_55 (U D / \)	9	99	11	99	Pull_UP
VD_SD_MCU_49 write 0: VD_SD_MCU_55 (U D / \)	99	6	99	11	Pull_Down
[VD_SD_MCU_49 --> VD_SD_MCU_55] is OK

VD_SD_MCU_55 in Z   : VD_SD_MCU_49 (U D / \)	7	7	99	99	hi_Z	C_pF
VD_SD_MCU_55 pull up: VD_SD_MCU_49 (U D / \)	6	8	9	99	Pull_UP_M
VD_SD_MCU_55 pull dw: VD_SD_MCU_49 (U D / \)	7	7	99	18	Pull_Down_M
VD_SD_MCU_55 write 1: VD_SD_MCU_49 (U D / \)	6	99	6	99	Pull_UP
VD_SD_MCU_55 write 0: VD_SD_MCU_49 (U D / \)	8	10	99	18	Pull_Down_M
[VD_SD_MCU_55 --> VD_SD_MCU_49] is OK

LEDS test: OK
=================================================

====== TELE_DC_VOLTS ======
mV: TEL_DC: __ ALL OFF	    126	mV	Noise	959	972	9	OK	-5
mV: TEL_DC: +- Norm_A 	  49791	mV	Noise	987	1030	9	OK	2
mV: TEL_DC: -+ Norm_A 	  49791	mV	Noise	998	1041	8	OK	2
mV: TEL_DC: +- Ring   	  61257	mV	Noise	909	922	9	OK	2
mV: TEL_DC: -+ Ring   	  61257	mV	Noise	837	848	9	OK	2
mV: TEL_DC: +- DAC    	  41391	mV	Noise	944	966	10	OK	2
mV: TEL_DC: -+ DAC    	  41391	mV	Noise	811	831	10	OK	2
mV: TEL_DC: +- RNG DAC	  52920	mV	Noise	531	545	8	OK	8
mV: TEL_DC: -+ RNG DAC	  52920	mV	Noise	885	900	9	OK	8
mV: TEL_DC: +- Norm_B 	  49791	mV	Noise	746	762	8	OK	2
mV: TEL_DC: +- NRM HND	  35175	mV	Noise	608	620	8	OK	8
mV: TEL_DC: -+ Norm_B 	  49791	mV	Noise	771	792	8	OK	2
mV: TEL_DC: -+ NRM HND	  35154	mV	Noise	813	838	9	OK	8
mV: TEL_DC: __ ALL OFF	    126	mV	Noise	985	1000	10	OK	-5

mV: TEL_AC: __ ALL OFF	   1650	mV	Noise	575	608	12	OK	0
mV: TEL_AC: +- Normal 	   1654	mV	Noise	8976	9667	28	OK	1
mV: TEL_AC: -+ Normal 	   1644	mV	Noise	8783	9634	30	OK	-1
mV: TEL_AC: +- Ring   	   1658	mV	Noise	4681	4847	22	OK	2
mV: TEL_AC: -+ Ring   	   1641	mV	Noise	4598	4811	23	OK	-2
mV: TEL_AC: +- DAC    	   1655	mV	Noise	1055	1097	15	OK	1
mV: TEL_AC: -+ DAC    	   1645	mV	Noise	1071	1116	15	OK	-1
mV: TEL_AC: +- RNG DAC	   1656	mV	Noise	1021	1072	14	OK	1
mV: TEL_AC: -+ RNG DAC	   1643	mV	Noise	1040	1086	14	OK	-2
mV: TEL_AC: +- Normal 	   1655	mV	Noise	8827	9523	28	OK	1
mV: TEL_AC: +- NRM HND	   1650	mV	Noise	899	936	13	OK	0
mV: TEL_AC: -+ Normal 	   1644	mV	Noise	8714	9546	28	OK	-1
mV: TEL_AC: -+ NRM HND	   1650	mV	Noise	771	804	12	OK	0
mV: TEL_AC: __ ALL OFF	   1652	mV	Noise	591	630	12	OK	0

Balance	[TEL_DC: __ ALL OFF] ::	[TEL_DC: __ ALL OFF]	    126	    126	      0	OK
Balance	[TEL_DC: +- Norm_A ] ::	[TEL_DC: -+ Norm_A ]	  49791	  49791	      0	OK
Balance	[TEL_DC: +- Norm_B ] ::	[TEL_DC: -+ Norm_B ]	  49791	  49791	      0	OK
Balance	[TEL_DC: +- Ring   ] ::	[TEL_DC: -+ Ring   ]	  61257	  61257	      0	OK
Balance	[TEL_DC: +- DAC    ] ::	[TEL_DC: -+ DAC    ]	  41391	  41391	      0	OK
Balance	[TEL_DC: +- RNG DAC] ::	[TEL_DC: -+ RNG DAC]	  52920	  52920	      0	OK
Balance	[TEL_DC: +- NRM HND] ::	[TEL_DC: -+ NRM HND]	  35175	  35154	     21	OK

Tele DC volts: OK
=====================

====== TELE_DC_CAP ======
TeleCap: +- Norm->0  	Fall and Rise:	  25855	    748	us	OK	fallDLT	3
TeleCap: -+ Norm->0  	Fall and Rise:	  25930	    751	us	OK	fallDLT	3
TeleCap: +- Ring->0  	Fall and Rise:	  25791	    279	us	OK	fallDLT	4
TeleCap: -+ Ring->0  	Fall and Rise:	  25781	    283	us	OK	fallDLT	4
TeleCap: +- DAC->0   	Fall and Rise:	  14054	    306	us	OK	fallDLT	4
TeleCap: -+ DAC->0   	Fall and Rise:	  14141	    308	us	OK	fallDLT	4
TeleCap: +- HND->0   	Fall and Rise:	  15902	    446	us	OK	fallDLT	4
TeleCap: -+ HND->0   	Fall and Rise:	  15810	    450	us	OK	fallDLT	4
TeleCap: +- Norm->HND	Fall and Rise:	    825	    475	us	OK	RiseDLT	-5
TeleCap: -+ Norm->HND	Fall and Rise:	    820	    474	us	OK	RiseDLT	-5
TeleCap: +- Ring->NRM	Fall and Rise:	   7344	    903	us	OK	fallDLT	5
TeleCap: -+ Ring->NRM	Fall and Rise:	   7327	    902	us	OK	fallDLT	5
TeleCap: +- Norm->DAC	Fall and Rise:	    690	    480	us	OK	RiseDLT	-2
TeleCap: -+ Norm->DAC	Fall and Rise:	    690	    478	us	OK	RiseDLT	-2
	MinFR stat:	142	57
	MaxFR stat:	5353	186

balance	[+- Norm->0  ] :: [-+ Norm->0  ]	fall	  25855	  25930	     -2	OK
balance	[+- Norm->0  ] :: [-+ Norm->0  ]	rise	    748	    751	     -4	OK
balance	[+- Ring->0  ] :: [-+ Ring->0  ]	fall	  25791	  25781	      0	OK
balance	[+- Ring->0  ] :: [-+ Ring->0  ]	rise	    279	    283	    -14	OK
balance	[+- DAC->0   ] :: [-+ DAC->0   ]	fall	  14054	  14141	     -6	OK
balance	[+- DAC->0   ] :: [-+ DAC->0   ]	rise	    306	    308	     -6	OK
balance	[+- HND->0   ] :: [-+ HND->0   ]	fall	  15902	  15810	      5	OK
balance	[+- HND->0   ] :: [-+ HND->0   ]	rise	    446	    450	     -8	OK
balance	[+- Norm->HND] :: [-+ Norm->HND]	fall	    825	    820	      6	OK
balance	[+- Norm->HND] :: [-+ Norm->HND]	rise	    475	    474	      2	OK
balance	[+- Ring->NRM] :: [-+ Ring->NRM]	fall	   7344	   7327	      2	OK
balance	[+- Ring->NRM] :: [-+ Ring->NRM]	rise	    903	    902	      1	OK
balance	[+- Norm->DAC] :: [-+ Norm->DAC]	fall	    690	    690	      0	OK
balance	[+- Norm->DAC] :: [-+ Norm->DAC]	rise	    480	    478	      4	OK

Tele DC cap: OK
=====================

==== TEST TELE AC ====
ADC and DAC init: OK

FFT lineral formula
Lineral from	1000 Hz
Lineral to  	12000 Hz
a_coeff	-2482	OK	norma: [-2575 .. -2350]
b_coeff	-64587	OK	norma: [-67500 .. -64000]
f_coeff	225	OK	min: [175]
r_coeff	995566

FFT DC offset	    -78	dB	      3	Sample
FFT max freq	    336	Hz	OK	norma: [60 ... 1000]
FFT max freq	      0	dB	OK	norma: [-1 ... 1]
FFT max freq	     43	mdB

FFT Amp - Freq response:
     -1	dB	     62	   1336	Hz	OK	norma: [40 ... 270]	[60 ... 1790] Hz
     -2	dB	     46	   1789	Hz	OK	norma: [40 ... 250]	[700 ... 2230] Hz
     -3	dB	     39	   2258	Hz	OK	norma: [30 ... 210]	[1200 ... 2610] Hz
     -4	dB	     31	   2595	Hz	OK	norma: [20 ... 180]	[1700 ... 3020] Hz
     -5	dB	     23	   2978	Hz	OK	norma: [20 ... 150]	[2100 ... 3360] Hz
     -6	dB	     23	   3290	Hz	OK	norma: [20 ... 120]	[2500 ... 3760] Hz
     -7	dB	     23	   3650	Hz	OK	norma: [20 ... 120]	[2910 ... 4100] Hz
     -8	dB	     23	   4041	Hz	OK	norma: [20 ... 100]	[3180 ... 4470] Hz
     -9	dB	     23	   4400	Hz	OK	norma: [20 ... 100]	[3540 ... 4820] Hz
    -10	dB	     23	   4721	Hz	OK	norma: [20 ... 80]	[3930 ... 5300] Hz
    -15	dB	     23	   6698	Hz	OK	norma: [20 ... 80]	[5670 ... 7350] Hz
    -20	dB	     23	   8855	Hz	OK	norma: [20 ... 60]	[7630 ... 9570] Hz
    -25	dB	     23	  10700	Hz	OK	norma: [20 ... 50]	[9740 ... 11710] 10786	10942	Hz
    -30	dB	     23	  12787	Hz	OK	norma: [20 ... 50]	[10900 ... 14040] Hz
    -35	dB	     23	  14249	Hz	OK	norma: [20 ... 50]	[11900 ... 15230] Hz
    -40	dB	     23	  14929	Hz	OK	norma: [20 ... 50]	[11160 ... 18290] Hz
Freq responce	OK

Impulse balance:
amp_plus     	   7504
amp_minus    	   7500
amp_result   	     56
avrg_plus    	    739
avrg_minus   	    742
avrg_before  	      4
avrg_impulse 	     11
avrg_after   	      6
avrg_total   	      7

delta: pm_ampl_balance 	      0	%	OK	max: [5]
delta: pm_avrg_balance 	      0	%	OK	max: [5]
delta: pre_post_avrg   	     20	%	OK	max: [500]
ratio: pm_sub_ampl     	    133	  	OK	min: [12]
ratio: pm_sub_avrg     	     67	  	OK	min: [15]
Impulse balance:	OK

THD test: TelePlus, Big signal
    476	Hz	     -8	dB	THD %:	2	Nois dB	 -81	Hmax dB	 -53	OK
    687	Hz	     -6	dB	THD %:	1	Nois dB	 -83	Hmax dB	 -54	OK
    906	Hz	     -7	dB	THD %:	0	Nois dB	 -83	Hmax dB	 -57	OK
   1117	Hz	     -8	dB	THD %:	0	Nois dB	 -84	Hmax dB	 -63	OK
   1336	Hz	     -7	dB	THD %:	0	Nois dB	 -83	Hmax dB	 -65	OK
   1797	Hz	     -9	dB	THD %:	0	Nois dB	 -85	Hmax dB	 -65	OK
   2258	Hz	    -10	dB	THD %:	0	Nois dB	 -92	Hmax dB	 -68	OK
   2602	Hz	    -12	dB	THD %:	0	Nois dB	 -89	Hmax dB	 -68	OK
   2985	Hz	    -12	dB	THD %:	0	Nois dB	 -89	Hmax dB	 -66	OK
   3290	Hz	    -13	dB	THD %:	0	Nois dB	 -89	Hmax dB	 -69	OK
   3658	Hz	    -14	dB	THD %:	0	Nois dB	 -94	Hmax dB	 -74	OK
   4041	Hz	    -15	dB	THD %:	0	Nois dB	 -94	Hmax dB	 -74	OK
   4408	Hz	    -16	dB	THD %:	0	Nois dB	 -95	Hmax dB	 -70	OK
   4728	Hz	    -17	dB	THD %:	0	Nois dB	 -93	Hmax dB	 -70	OK
THD test: TelePlus, Big signal:	OK

THD test: TelePlus, Small signal
    484	Hz	    -38	dB	THD %:	2	Nois dB	 -81	Hmax dB	 -77	OK
    695	Hz	    -37	dB	THD %:	1	Nois dB	 -82	Hmax dB	 -79	OK
    898	Hz	    -38	dB	THD %:	1	Nois dB	 -83	Hmax dB	 -78	OK
   1117	Hz	    -39	dB	THD %:	1	Nois dB	 -83	Hmax dB	 -77	OK
   1336	Hz	    -38	dB	THD %:	1	Nois dB	 -85	Hmax dB	 -81	OK
   1789	Hz	    -40	dB	THD %:	1	Nois dB	 -87	Hmax dB	 -81	OK
   2266	Hz	    -39	dB	THD %:	0	Nois dB	 -89	Hmax dB	 -85	OK
   2602	Hz	    -38	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -85	OK
   2985	Hz	    -39	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -85	OK
   3290	Hz	    -38	dB	THD %:	0	Nois dB	 -92	Hmax dB	 -87	OK
   3650	Hz	    -38	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -86	OK
   4048	Hz	    -38	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -87	OK
   4400	Hz	    -39	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -91	OK
   4721	Hz	    -39	dB	THD %:	0	Nois dB	 -92	Hmax dB	 -84	OK
THD test: TelePlus, Small signal:	OK

THD test: TelePlus, HandsetUp signal
    476	Hz	    -16	dB	THD %:	0	Nois dB	-102	Hmax dB	 -75	WARNING
    687	Hz	    -17	dB	THD %:	0	Nois dB	-104	Hmax dB	 -76	OK
    898	Hz	    -17	dB	THD %:	0	Nois dB	-105	Hmax dB	 -76	OK
   1109	Hz	    -18	dB	THD %:	0	Nois dB	-105	Hmax dB	 -75	OK
   1336	Hz	    -18	dB	THD %:	0	Nois dB	-106	Hmax dB	 -76	OK
   1789	Hz	    -18	dB	THD %:	0	Nois dB	-107	Hmax dB	 -78	OK
   2258	Hz	    -19	dB	THD %:	0	Nois dB	-106	Hmax dB	 -76	OK
   2595	Hz	    -18	dB	THD %:	0	Nois dB	-106	Hmax dB	 -76	OK
   2978	Hz	    -19	dB	THD %:	0	Nois dB	-105	Hmax dB	 -76	OK
   3298	Hz	    -18	dB	THD %:	0	Nois dB	-106	Hmax dB	 -76	OK
   3650	Hz	    -18	dB	THD %:	0	Nois dB	-106	Hmax dB	 -76	OK
   4048	Hz	    -18	dB	THD %:	0	Nois dB	-107	Hmax dB	 -76	OK
   4408	Hz	    -19	dB	THD %:	0	Nois dB	-106	Hmax dB	 -76	OK
   4728	Hz	    -18	dB	THD %:	0	Nois dB	-105	Hmax dB	 -74	OK
THD test: TelePlus, HandsetUp signal:	OK

THD test: TeleMinus, Big signal
    484	Hz	     -8	dB	THD %:	1	Nois dB	 -81	Hmax dB	 -54	OK
    687	Hz	     -6	dB	THD %:	1	Nois dB	 -84	Hmax dB	 -57	OK
    906	Hz	     -8	dB	THD %:	0	Nois dB	 -82	Hmax dB	 -59	OK
   1117	Hz	     -8	dB	THD %:	0	Nois dB	 -82	Hmax dB	 -66	OK
   1336	Hz	     -8	dB	THD %:	0	Nois dB	 -84	Hmax dB	 -67	OK
   1797	Hz	     -8	dB	THD %:	0	Nois dB	 -85	Hmax dB	 -67	OK
   2266	Hz	    -11	dB	THD %:	0	Nois dB	 -93	Hmax dB	 -66	OK
   2602	Hz	    -11	dB	THD %:	0	Nois dB	 -88	Hmax dB	 -69	OK
   2978	Hz	    -12	dB	THD %:	0	Nois dB	 -90	Hmax dB	 -68	OK
   3290	Hz	    -12	dB	THD %:	0	Nois dB	 -89	Hmax dB	 -69	OK
   3650	Hz	    -14	dB	THD %:	0	Nois dB	 -93	Hmax dB	 -75	OK
   4041	Hz	    -15	dB	THD %:	0	Nois dB	 -94	Hmax dB	 -80	OK
   4408	Hz	    -17	dB	THD %:	0	Nois dB	 -96	Hmax dB	 -76	OK
   4728	Hz	    -18	dB	THD %:	0	Nois dB	 -93	Hmax dB	 -71	OK
THD test: TeleMinus, Big signal:	OK

THD test: TeleMinus, Small signal
    484	Hz	    -37	dB	THD %:	1	Nois dB	 -81	Hmax dB	 -76	OK
    695	Hz	    -37	dB	THD %:	1	Nois dB	 -81	Hmax dB	 -78	OK
    898	Hz	    -38	dB	THD %:	2	Nois dB	 -84	Hmax dB	 -75	OK
   1117	Hz	    -39	dB	THD %:	2	Nois dB	 -84	Hmax dB	 -80	OK
   1336	Hz	    -40	dB	THD %:	1	Nois dB	 -85	Hmax dB	 -81	OK
   1797	Hz	    -39	dB	THD %:	0	Nois dB	 -87	Hmax dB	 -83	OK
   2258	Hz	    -38	dB	THD %:	1	Nois dB	 -89	Hmax dB	 -83	OK
   2602	Hz	    -38	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -84	OK
   2978	Hz	    -39	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -89	OK
   3290	Hz	    -39	dB	THD %:	0	Nois dB	 -92	Hmax dB	 -87	OK
   3650	Hz	    -39	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -86	OK
   4041	Hz	    -40	dB	THD %:	0	Nois dB	 -91	Hmax dB	 -86	OK
   4400	Hz	    -38	dB	THD %:	0	Nois dB	 -92	Hmax dB	 -88	OK
   4728	Hz	    -38	dB	THD %:	0	Nois dB	 -92	Hmax dB	 -88	OK
THD test: TeleMinus, Small signal:	OK

THD test: TeleMinus, HandsetUp signal
    476	Hz	    -17	dB	THD %:	0	Nois dB	-103	Hmax dB	 -79	OK
    695	Hz	    -17	dB	THD %:	0	Nois dB	-105	Hmax dB	 -81	OK
    906	Hz	    -18	dB	THD %:	0	Nois dB	-106	Hmax dB	 -81	OK
   1109	Hz	    -18	dB	THD %:	0	Nois dB	-105	Hmax dB	 -81	OK
   1344	Hz	    -17	dB	THD %:	0	Nois dB	-106	Hmax dB	 -82	OK
   1789	Hz	    -17	dB	THD %:	0	Nois dB	-107	Hmax dB	 -82	OK
   2258	Hz	    -18	dB	THD %:	0	Nois dB	-106	Hmax dB	 -83	OK
   2602	Hz	    -17	dB	THD %:	0	Nois dB	-107	Hmax dB	 -83	OK
   2985	Hz	    -17	dB	THD %:	0	Nois dB	-106	Hmax dB	 -82	OK
   3290	Hz	    -18	dB	THD %:	0	Nois dB	-107	Hmax dB	 -80	OK
   3658	Hz	    -18	dB	THD %:	0	Nois dB	-106	Hmax dB	 -80	OK
   4041	Hz	    -18	dB	THD %:	0	Nois dB	-107	Hmax dB	 -81	OK
   4408	Hz	    -19	dB	THD %:	0	Nois dB	-106	Hmax dB	 -79	OK
   4728	Hz	    -18	dB	THD %:	0	Nois dB	-106	Hmax dB	 -77	OK
THD test: TeleMinus, HandsetUp signal:	OK

THD test OK
======================

Terminal command:<E0><F0><F0>
=== GSM_ON test ====
mV: GSM_Power:OFF, DIAG_SENS:	     24	mV	Noise	1395	1585	11	OK	-5

GSM power: ON
Wait for PowerMON rise; timeout = 15 ...
Wait for PowerMON rise; timeout = 14 ...
Wait for PowerMON rise; timeout = 13 ...
Wait for PowerMON rise; timeout = 12 ...
PowerMON rise OK

mV: GSM_Power:ON, DIAG_SENS:	   3730	mV	Noise	1701	1974	15	OK	-2

MCU_PIN_37 (U D / \)	6	99	6	99	OK	Pull_UP
MCU_PIN_17 (U D / \)	6	99	6	99	OK	Pull_UP
MCU_PIN_14 (U D / \)	6	99	6	99	OK	Pull_UP
MCU_PIN_16 (U D / \)	6	7	8	99	OK	Pull_UP_M
======================

==== USART_GSM test ====
AT
ATE0
AT#SIMINCFG = 6 	107	OK
AT#QSS?	31	OK	#QSS: 1,1
Waiting for SIM detection, Timeout = 10 sec	AT#QSS?	29	OK	#QSS: 1,1
GSM sim detection OK

AT                  	28	OK
ATE0                	30	OK
AT+CLIP =  0        	30	OK
AT+CRSL =  0        	35	OK
AT+CALM =  1        	34	OK
AT+CMGF =  1        	35	OK
AT+CLVL = 10        	35	OK
AT#SHSNR  = 1       	35	OK
AT#SELINT = 2       	30	OK
AT#SIMDET = 2       	40	OK
AT+CSCS   = "UCS2"	34	OK
AT#DVI    = 1,1,0   	35	OK
AT#DVIEXT = 1,0,0,1,0	35	OK
AT+CNMI   = 1,0,0,0,0	34	OK
AT+CSMP   = 17,167,0,25	35	OK
AT#SIMINCFG = 6     	49	OK
AT&K0               	30	OK

AT+CRSL?  	31	OK	+CRSL: 0
AT+CALM?  	85	OK	+CALM: 1
AT+CMGF?  	35	OK	+CMGF: 1
AT+CLVL?  	30	OK	+CLVL: 10
AT#SHSNR? 	34	OK	#SHSNR: 1
AT#SELINT?	39	OK	#SELINT: 2
AT#SIMDET?	40	OK	#SIMDET: 2,1
AT+CSCS?  	30	OK	+CSCS: "UCS2"
AT#DVI?   	34	OK	#DVI: 1,1,0
AT#DVIEXT?	40	OK	#DVIEXT: 1,0,0,1,0
AT+CNMI?  	33	OK	+CNMI: 1,0,0,0,0

AT+GMI   	29	OK	Telit
AT+GMM   	31	OK	GL868-DUAL
AT+GMR   	30	OK	10.00.187
AT+GSN   	35	OK	0002239351
AT+CGSN  	35	OK	351513056455956
AT#CGMI  	29	OK	#CGMI: Telit
AT#CGMM  	30	OK	#CGMM: GL868-DUAL
AT#CGMR  	39	OK	#CGMR: 10.00.187
AT#CGSN  	30	OK	#CGSN: 351513056455956
AT#CIMI  	29	OK	#CIMI: 250012752288009
AT+CLVL=?	35	OK	+CLVL: (0-14)

Waiting for registration, Timeout = 30 sec	AT+CREG?	31	OK	+CREG: 0,2
Waiting for registration, Timeout = 29 sec	AT+CREG?	36	OK	+CREG: 0,2
Waiting for registration, Timeout = 28 sec	AT+CREG?	35	OK	+CREG: 0,2
Waiting for registration, Timeout = 27 sec	AT+CREG?	35	OK	+CREG: 0,2
Waiting for registration, Timeout = 26 sec	AT+CREG?	36	OK	+CREG: 0,2
Waiting for registration, Timeout = 25 sec	AT+CREG?	34	OK	+CREG: 0,2
Waiting for registration, Timeout = 24 sec	AT+CREG?	35	OK	+CREG: 0,2
Waiting for registration, Timeout = 23 sec	AT+CREG?	33	OK	+CREG: 0,2
Waiting for registration, Timeout = 22 sec	AT+CREG?	35	OK	+CREG: 0,2
Waiting for registration, Timeout = 21 sec	AT+CREG?	35	OK	+CREG: 0,1
GSM registration OK

Waiting for normal signal level,  Timeout = 30 sec	AT+CSQ	28	OK	+CSQ: 13,0
Waiting for normal signal level,  Timeout = 29 sec	AT+CSQ	28	OK	+CSQ: 13,0
Waiting for normal signal level,  Timeout = 28 sec	AT+CSQ	34	OK	+CSQ: 13,0
Waiting for normal signal level,  Timeout = 27 sec	AT+CSQ	31	OK	+CSQ: 13,0
Waiting for normal signal level,  Timeout = 26 sec	AT+CSQ	48	OK	+CSQ: 13,0
Waiting for normal signal level,  Timeout = 25 sec	AT+CSQ	30	OK	+CSQ: 13,0
Waiting for normal signal level,  Timeout = 24 sec	AT+CSQ	31	OK	+CSQ: 13,0
Waiting for normal signal level,  Timeout = 23 sec	AT+CSQ	30	OK	+CSQ: 12,0
Waiting for normal signal level,  Timeout = 22 sec	AT+CSQ	29	OK	+CSQ: 12,0
Waiting for normal signal level,  Timeout = 21 sec	AT+CSQ	30	OK	+CSQ: 12,0
Waiting for normal signal level,  Timeout = 20 sec	AT+CSQ	30	OK	+CSQ: 12,0
Waiting for normal signal level,  Timeout = 19 sec	AT+CSQ	30	OK	+CSQ: 14,0
Waiting for normal signal level,  Timeout = 18 sec	AT+CSQ	30	OK	+CSQ: 14,0
Waiting for normal signal level,  Timeout = 17 sec	AT+CSQ	34	OK	+CSQ: 15,0
Waiting for normal signal level,  Timeout = 16 sec	AT+CSQ	30	OK	+CSQ: 15,0
Waiting for normal signal level,  Timeout = 15 sec	AT+CSQ	30	OK	+CSQ: 16,0
Waiting for normal signal level,  Timeout = 14 sec	AT+CSQ	30	OK	+CSQ: 16,0
Waiting for normal signal level,  Timeout = 13 sec	AT+CSQ	30	OK	+CSQ: 16,0
GSM signal level OK

ATH        	28	OK
AT+CLCC    	26	OK
AT+CMGD=1,4	40	OK
AT+CPAS    	31	OK	+CPAS: 0
AT+CSQ     	30	OK	+CSQ: 16,0
AT#CCID    	87	OK	#CCID: 89701011127522880090
AT#SERVINFO	36	OK	#SERVINFO: 782,-81,"MTS-RUS","25001",03,1BC5,00,1,,"II",01,6

AT+CUSD=1,"#100#",0
Waiting of balance, Timeout = 30 sec
Waiting of balance, Timeout = 29 sec	OK
Waiting of balance, Timeout = 28 sec
Waiting of balance, Timeout = 27 sec
Waiting of balance, Timeout = 26 sec	+CUSD: 2,"00420061006C0061006E00630065003A0031003000300039002C003500310072002C004C0069006D00690074003A0030002C0030003100720020",15

Balance:1009,51r,Limit:0,01r
Balance OK

ATD85555555555;

Waiting for start dialing, Timeout = 30 sec
Waiting for start dialing, Timeout = 29 sec
Waiting for start dialing, Timeout = 28 sec
Waiting for start dialing, Timeout = 27 sec
Waiting for start dialing, Timeout = 26 sec
Waiting for start dialing, Timeout = 25 sec
Waiting for start dialing, Timeout = 24 sec
Waiting for start dialing, Timeout = 23 sec
Waiting for start dialing, Timeout = 22 sec
Waiting for start dialing, Timeout = 21 sec	OK
Dial start OK

Waiting for answer dialing, Timeout = 15 sec	AT+CLCC	OK	+CLCC: 1,0,3,0,0,"85555555555",129,""
Waiting for answer dialing, Timeout = 14 sec	AT+CLCC	OK	+CLCC: 1,0,0,0,0,"85555555555",129,""
Dial Answer OK

		Avrg	Peak	Freq	Glitch	Norma
Echo sound:	0	0	0	0	0	Timeout 55
Echo sound:	3285	23446	699	40	0	Timeout 54
Echo sound:	5639	20925	1002	0	1	Timeout 53
Echo sound:	5669	21024	1001	0	2	Timeout 52
Echo sound:	5687	20803	1002	0	3	Timeout 51
Echo sound:	5653	20953	1001	0	4	Timeout 50
Echo sound:	5624	20545	1002	0	5	Timeout 49
GSM Sound Signal and DVI port OK
ATH	330	OK


GSM all OK
========================

======= GSM OFF ======
ATH	28	OK

AT#SYSHALT	27	OK
Wait PowerMON fall; timeout = 15 sec ...
Wait PowerMON fall; timeout = 14 sec ...
Wait PowerMON fall; timeout = 13 sec ...
Wait PowerMON fall; timeout = 12 sec ...
Wait PowerMON fall; timeout = 11 sec ...
Wait PowerMON fall; timeout = 10 sec ...
Soft off OK

GSM_PWR_DIAG:
FAST:	Fall time	   1616	us	    404	samples
FAST:	Rise time	   2714	us	    682	samples
Slow:	Fall time	  93133	us	  23319	samples
Slow:	Rise time	   2897	us	    798	samples

Capacitance	   4660	uF	OK	norma: [4600 ... 5200]
Current src	    901	mA	OK	norma: [800 ... 1000]
Resistanse	    123	Ohm	OK	norma: [115 ... 200] or [500 ... 630]
GSM_PWR_DIAG OK

GSM power OFF:	OK
======================

========================= SD CARD TEST =========================
mV: MCU_08: SD_VCC=off	      8	mV	Noise	464	495	8	OK	-8
mV: MCU_08: SD_VCC=ON 	   3290	mV	Noise	659	673	11	OK	-1

power on
VOLTAGE ACCEPT
f_mount: 0 OK
f_chdir: 0 OK

f_open("sd_card_test_file2.bin"): 0 OK
f_write:
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f_write: ALL OK
ioctl: 0
f_close: 0 OK
WRITE: 1600 kb TEST OK

SD card SD WRITE check delay:
SD WRITE Min    	   4419	uS	OK	norma:[2500 ... 6000]
SD WRITE Average	   5281	uS	OK	norma:[3000 ... 12000]
SD WRITE MAX    	  33875	uS	OK	norma:[10000 ... 180000]

f_open("sd_card_test_file2.bin"): 0 OK
f_read:
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f_read: ALL OK
f_close: 0 OK
READ 1600 kb TEST OK

SD card SD READ check delay:
SD READ Min    	   2143	uS	OK	norma:[1500 ... 5000]
SD READ Average	   2169	uS	OK	norma:[1600 ... 7000]
SD READ MAX    	   3275	uS	OK	norma:[1750 ... 10000]

ioctl: 0
f_unlink: 0 OK

SD_PWR_DIAG:
FAST:	Fall time	    689	us	    172	samples
FAST:	Rise time	    298	us	     74	samples
Slow:	Fall time	  19098	us	   4781	samples
Slow:	Rise time	    324	us	     83	samples

SD Capacitance	    313	uF	OK	norma: [290 ... 450]
SD Current src	    210	mA	OK	norma: [140 ... 250]
SD Resistanse	    914	Ohm	OK	norma: [300 ... 1500] or [1500 ... 8000]
SD_PWR_DIAG OK

power off
SD CARD TEST OK
================================================================

========================= Main 12V POWER TEST =========================
mV: MCU_14: 12V_PWR: min load	  11592	mV	Noise	1505	1604	11	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11370	mV	Noise	1920	2343	7	OK	-9
mV: MCU_14: 12V_PWR: min load	  11598	mV	Noise	1504	1604	11	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11370	mV	Noise	1953	2383	9	OK	-9
mV: MCU_14: 12V_PWR: min load	  11604	mV	Noise	1496	1593	12	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11370	mV	Noise	1960	2392	11	OK	-9
mV: MCU_14: 12V_PWR: min load	  11598	mV	Noise	1494	1595	10	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11376	mV	Noise	1907	2308	10	OK	-8
mV: MCU_14: 12V_PWR: min load	  11604	mV	Noise	1492	1590	10	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11376	mV	Noise	1904	2317	7	OK	-8
mV: MCU_14: 12V_PWR: min load	  11604	mV	Noise	1481	1585	12	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11370	mV	Noise	1925	2333	11	OK	-9
mV: MCU_14: 12V_PWR: min load	  11604	mV	Noise	1482	1589	10	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11376	mV	Noise	1950	2371	10	OK	-8
mV: MCU_14: 12V_PWR: min load	  11604	mV	Noise	1504	1605	10	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11376	mV	Noise	1929	2330	7	OK	-8
mV: MCU_14: 12V_PWR: min load	  11610	mV	Noise	1501	1607	11	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11376	mV	Noise	1919	2335	11	OK	-8
mV: MCU_14: 12V_PWR: min load	  11610	mV	Noise	1517	1618	10	OK	-5
mV: MCU_14: 12V_PWR: MAX load	  11376	mV	Noise	1924	2324	10	OK	-8

12V_off_value    	  11602	mV	OK	norma:[11300...12500]
12V_off_diviation	      4	mV	OK	max: 25
12V_off_noise    	   1497	ed	OK	max: 5000
12V_off_peak     	   1599	ed	OK	max: 10000

12V_on_value     	  11373	mV	OK	norma:[11300...12500]
12V_on_diviation 	      3	mV	OK	max: 25
12V_on_noise     	   1929	ed	OK	max: 10000
12V_on_peak      	   2343	ed	OK	max: 15000

12V_on_off_delta 	   -229	mV	OK	norma:[-300...150]

Main 12V POWER TEST OK
=======================================================================

mV: MCU_14: DIAG_SENS 	     24	mV	Noise	891	1052	12	OK	-8
mV: MCU_15: SLIC_LINEU	    105	mV	Noise	979	992	11	OK	-3
mV: MCU_22: FXS_ADC   	   1650	mV	Noise	390	432	13	OK	0
mV: MCU_10: DVCC      	   3310	mV	Noise	457	467	9	OK	2
mV: MCU_08: SD_VCC   	      8	mV	Noise	474	507	9	OK	-8
mV: MCU_09: 12V_PWR  	  11610	mV	Noise	1521	1624	11	OK	-5
mV: MCU_01: DVCC-Vbat	   3150	mV	Noise	436	453	3	OK	3
mV: MCU_--: VrefInt  	   1205	mV	Noise	1010	1036	4	OK	1
mV: MCU_--: Temp in C	     29	mV	Noise	653	663	4	(*)	OK	1

All Testes OKs : 515
All Testes ERRORs : 0
========================== END of TEST ==========================
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