型式：MSUH-50
Contents
1. ALFAT S0C2. FH0 FH MSUH 50 U1 U0 SD M SD TEST TXT
3. WAKE 0 5mA 1 1mA CPU WAKE WAKE L 10 H
4. 05 UNIX Linux Mac OS X BeOS Amiga RISC 05 MS DOS Microsoft Windows Apple JPEU Mac 05 9 LF 0x0A CR 0x0D WindOows CRH LF 2 CR OXOD Windows Windows CH LF 2
5. 100 ACK 00 ACK W F C F F 0 FH W F F
6. MSUH 50 MSUH 50 MSUH 50
7. RoHS FAQ GHI Electronics FAQU
8. MSUH 50 GHI ALFAT 50C ARM Cortex M3 SD 4 SD 4000KBytes sec USB 2 1 USB 1000KBytes sec 1 USB USB L5I ULPI PHY FUSB2805 USB 400 UKBytesS Sec
9. 5 100 HELLO WORLD Thi 00000010 100 UU ACK 0x24 ACK 00 ACK 00 0x0A 0x24 16 14 HELLO WORLD This is a test file
10. 30 10 ACK
11. OFA Re RED CHS OLu Lu
12. W 0 ACK 00 ACK SD TEST TXT 0 O lt sp gt OR gt M TEST txt lt LF gt 100 MSUH 50 FULDER folder RTC W A 0 W HB
13. http www ghielectronics com downloads ALFAT ALFAT 20S0C 20Processor 20User 20Manual pdf http Www microtechnicar et MSUH 50 SD SDHC USB MS5UH 50 MMC 5D 5DHC USB typeA 2 GD USB
14. MSUH 50 CPU FAT WindOws
15. 111 17 E SB 1 U1 USB USB2 0 U1 USB2 0 U1 USB HH sp gt U1 H lt LF gt HOx48 5 5D 1eMHz 12MHZ SD SD 24MHz
16. n 0 F ACK 4 16 i00 ACK SSSSSSSS 16 i00 ACK H DP D A full path LF full_path full 09
17. ACK ASCII 16 10 10 AOx41 10 10 MSUH 50 16 10 16 Bl W 1 gt C FH1 12 Ox0C MSUH 50 LF Ox0A LF AF Ox20 MSUH 50 V Z 0
18. W 2 1 TEXT TXT SD lt sp gt M lt LF gt SD 100 O lt sp gt 1W gt M TEST TXT lt LF gt FH1 TEST IXIT W 100 W lt sp gt 1 gt 22 lt LF gt FH1 34 0x22 OO 0123456789 lt CR gt lt LF gt ABCDEFGHIJ lt CR gt lt LF gt abcdefghij 33 g00000022 33 OO ACK C lt sp gt 1 lt LF gt FH1 100 WindOws TEXTTT F E 9 0123456789 _ ABCDE
19. 00 ACK ACK SSSSSSSSSSSSSSSS s 00 ACK ACK K lt sp gt U0 lt LF gt 100 000000003D06D000 UOU USB 1023856640 100 A full_path LF full_path N N N N
20. 100 Ox2E 1 10 10 10000 00000000 0 100 N 100 7 Ox2E 2 10 10 10000 00000000 0 100 N 20 O A nm gt full path LF n 0 F 0 1 23 E F 16
21. RA nF gt SSSSSSSS LF fh 0 F F 1 5555555 16 FFFFFFF 4294967295 1 ACK 100 ACK d d aaaaaaaa d 5 16 100 ACK
22. 100 2ms R A5 100 8ms RJ AS 101 3ms RIAS 101 9ms _IRIAS 102 5ms RIAS 103 0ms R A5 103 6ms R AS 104 2ms RIAS 104 8ms RJ AS5 105 3ms R A5 105 9ms R1A5 106 H1S R AS 107 0ms R AS 107 6ms R A5 108 2ms R AS 108 7ms R AS 109 3ms 109 9ms ACK 30 RIAS 30 OUxFF HDT UxFF HDT 0xFF UxFF 2 OxFF 0x00 1 00 FF 00 FF 4 LOAP 4 IVS CIS OXOOCOXFFAZAICBENTIET COF S ECIPAIVOF SMSUH 5OC EU RAAATEROIECT R A5 R A5 R A5 R AS 120 Ops 686 0us 1 252ms 1 818ms 2 384ms 2 950ms 3 516ms 4 082ms 4 648ms 5 214ms 5 786ms 6 352ms 6 916ms
23. A 1 123 1XT FH 0 O lt ss gt 1W2U0O 123 TXT rg gt 100 0x3A Ox5C gt 0x3E 1 FH W R A FH1 W 16 11 B W sp gt 1 2B lt rr gt IOO W ACEK 00 MSUH 50
24. Head Write 1 RHead 1 Write 0 MSUH 50 7 SCL MSUH 50 H W SCL 8B ACK ACK MSUH 50 SDA SDA L SCL H SDA H y UOxA4 0 Write 1 Head ACK 7
25. X 0x3A M 5D Ugis USB U1 U1T USB lt sp gt M lt LF gt SD 100 lt sp gt UO0 lt LF gt UO USB 100 OO ACK 00 ACK ACK ACK I00
26. USB KK gt 123 TXT Tr FF ai L F YE HELLO WORLD HELLO WORLD MSUH 50 U SB
27. 03 100 USBU USB TEST TXT D lt sp gt U0 TEST TXT lt LF gt TEST TXT 100 5 Folder D lt sp gt M Folder lt LF gt Folder 100 A full path LF full_path ACK
28. P 0 1 3 Z MSUH 50 200 0x0A 0x0D MSUH 50 ACK 00
29. 100 ACK aaaaaaaa 16 bbbbbbbb 16 100 ACK
30. 1 EEH MSUH 50 32 768KHz MSUH 50 SD SDHC USB USB1 1 2 0 3 0 Windows FAT16 FAT32 NTFS C SD MSUH 50 5SD USB USB 2 USB
31. USB SD MSUH 50 SD C
32. I00 lt sp gt M ABC lt LF gt SD ABC 100 lt sp gt U0 lt LF gt USBU USB 100 N Q N 19 NLF Q Q BANE 1 1 N
33. 04 I04 N N 4 16 00 ACK NNNNN EEE NNNNN EEE GAA SSSSSSSS 4 16 70000000 100 ACK 44 1 1 a a as 8 We Il NN 9 010000 70 1 Q
34. MSUH 50 0 W 1 A C F MSUH 50
35. 0 ALFAT SoC Tg Te ae MSUH 50 IC UART 20 H tj PICST TEST TXT ABCDE 5 0 0O EH TEST TXT W 0 TEST TXT TEST TXT 0
36. An LF n 0 CPU 3 3uA 1 CPU 500uA 3 3uA 20 5uA CPU WAKE
37. FAT UART 2C 4 U0kbps SU a USB ey Jey lt F i eaveaseaseecesee QT RTC 32 768KHz UART I2C 2C 6 UART BUSY UARTES 1 t t t amp q amp xl 1 8 IMODES PV PV Vo 6 6 9 WAKE Wake UY 2 O OOo O O 10 IACTIVE H L 8mA max HTC 1 65 3 6V RTC 3 3V
38. 0 5mA 11mA CPU WAKE WAKE L 10 H WAKE GHI Electronics LLC ALFAT SoC Processor 100 WAKE EI ACK 00 fi 7J
39. 1 6 USB1 U1 USB 0 1 100 58 Ux58 2 101 1000 3 4 5 1 100 U1 USB 6 4 3 K Ax LF 0x3A M SD U0 USB U1 USB MSUH 50 SD USB B 16
40. data OUxFF 0x00 0xFF switch 0x00 0 0UxFF UxFF Ox00 do while OUx00 0xFF Ux00 d0o while b UAHT I2C MSUH 50 MSUH 50 MSUH 50 UAHT 2C MSUH 50 ACK ACK 00 0x21 0x30 0x30 0x0A U
41. MSUH 50
42. 00 00 11 MSUH 50 1 1 11 1 1 HELLO WORLD HELLO WORLD 0000000B 100 MSU H 50 ACK
43. MSUH 50 MSUH 50 1 SD USB FAT1 6 FAT32 2 MSUH 50 SD USB MSUH 50 GHI Electronics LLC ALFAT SoC Processor IUO G 0x20 1 Ox0A 4
44. RTC 5 S5 15 RTC RTC HTC S Addddtttt LF DWORD T 027 dddd 16 ttL 16 HTC ddddtttt DWORD 32
45. l lt sp gt M gt LF gt 0 24MHZ 1 1I16MHz 12MHzZ d 9 6MHz 24MHz 20 S5D 00 10 U0 U1 USB
46. 2014 4 1 18 30 00 24 21 1 1 4 2 0100 4 20 16 1 31 1 2 00001 5 15 11 0 23 18 2 10010 5 10 5 0 59 30 2 011110 6 2 0 30 OOM 2 00000 5 2 32 01000100100000011001001111000000 16 4481d3C0 S 448193C0 5S MSUH 50 SO HTC FAT 32 MSUH 50 GA mode LF
47. RS232C U 5B UART C FT232R 3 3V 5 UV ADM3202 RSZ3 gC D Sub9 D sub 2pin 7 fo gt D sub 3pin 8 ADM3202 ND MSUH 50 MSUH 50 115200bps 8 1 LSB 115200Dps 1 15200Dps AH UART UART BUSY 1 2
48. 8 R 6G B IUAHT O C P D K M a a MiLr V7 0 8 100 4 n LF n 0 1 MSUH 50
49. H MSUH 50 L UARHT UARHT UAR T 115200bps 1 15200Dps B 1 15200Dps PI PIC LVTTL TTL MSUH 50 TX RX 0OV 3 3V 0 TTL 5V 5V PIC TTL
50. S5555555 16 FFFFFFFF 4294967295 1 0 W A R MSUH 50 W ACK 00 ACK MSUH 50 sssssss5 ACK MSUH 50 W ssssssss W
51. M TEST TXT USB USB Folder TEST TXT U0 Folder TEST TXT 0x3A 0x5C MSUH 50 MSUH 50 BRAS TPA IVA FAT16 FAT32 5D MSUH 50 ASCII Unicode 2 _ 8 amp MSUH 50 FAT32
52. 0 0 P P H C An LF i Ct th O F H W A
53. 14 5V 5V PIC I2C MSUH 50 I2C I2C MSUH 50 MSUH 50 0xA4 1 MSUH 50 MSUH 50 2C Mode1 7 L Mode2 8 H 2C Mode1 7 Mode2 B UART 0 0 I20 1
54. Ox24 H H RH 0 H H W A 5 6 MSUH 50 2
55. 100 2 ACK ACK 2 ACK 3 29 MSUH 50 OO
56. Wind0ows 0x0D Ox0A 2 WindOws TEST TXT 0D 0AI54 68 69 HELLO WORLD Th f4 70 be 69 BC 65 s is a test fil UXUD 0xXUA 20 R sp gt 12 gt 14 lt rr gt 100 s is a test file ZZZS00000011 100 RH
57. GND R TC 5V 3 3V 3 3V E WAKE WAKE 9 MSUH 50 2 3 duA 0 5uA CPU
58. RS232C UA HT Vcc Vbat MAX232 HRHS5232C UARHT UARHT 1 15 2kDps http www microtechnica tv faqg faq cgi2kate Maeni faq 4 3 MSUH 50 USB USB U0 U0 4 Ox0A 1
59. E lt sp gt U0 gt 6400000 lt LF gt U0 USB 100MB 100 00019194 102804 0007C2 7 115245 100 DpDs 100MB 102804 972 7247967kB sec 973kB sec Q73kB sec 973kBX8 1 7 784Mbps X100MB 1024 x 1024 x 100 104 857 B00 Ox6400000 O A CONFIRM A FORMAT Ax 1F x SD M USB UO U1 100 ACK
60. CPU ALFAT So0C ALFAT S0C YV NEBRMADL EATR ERLT RAL 32 https www ghielectronics com community forum board id 27 Log In
61. 123 txXt Folder Folder 123 txt 1 3 H W A R C A
62. MSUH 50 ACK 00 lt LF gt 100 MSUH 50 5 0x49 UO0 I lt sp gt U0 lt LF gt 100 USB ACK 00 ACK 00 1 1
63. MSUH 50 U ART TX RX RS5232C C Windows COM ALFAT So C Bootloader 5 1 FAQJ ALFAT SoC V http www microtechnica tv faq fag cgi mode kate amp kate ALFAT 2 FAQ Firmware Updater Zzip 3 GHI 4 MSUH 50
64. FAT MSUH 50 LFN FAT16 FAT3 2 Windows FAT MSUH 50 Windows MSUH 50 32 768KHz SD 2 USB
65. MSUH 50 MSUH 50 MSUH 50 lt LF gt Ox0A sp gt Ux20 MSUH 50 LF lt LF gt USB USB 5D 512MB 1 USB FAT32 2 MSUH 50
66. UARHT 2C Va eet ow evel ota Lees TT 1 0 input high level voltage i ae 20 Vppt0 3 Vpt 2 7 V Vnn 3 6 V FT I O input high level voltage 20 55 Vere iw ett ses cmeo CMOS ports 6 TT MO input high level voltage 1 8V lt Vnn lt 3 6V Ea ae FT DO input high level voltage CMOS ports g 0 V Vop 3 6 V I O Schmitt trigger voltage hysteresis IO FT Schmitt trigger voltage AV hysteresis pp V0 input leakage current 9 Las I O FT input leakage current 5 All pins except for Weak pull up equivalent PA10 and resistor PB12 All pins except for Weak pull down PA10 and equivalent resistor PB12 PA10 and PB12 1 Vn maximum value cannot be respected the injection current must be limited externally to Tiny jrpiryy Maximum value 2 TT 3 6 V tolerant 3 FT 5 V tolerant 4 With a minimum of 100 mV 5 Hysteresis voltage between Schmitt trigger switching levels Based on characterization not tested in production 6 Leakage could be higher than the maximum value if negative current is injected on adjacent pins T Pull up and pull down resistors are designed with a true resistance in series with a switchable PMOS NMOS This MOS NMOS contribution to the series resistance is minimum 10 order 8 Guaranteed by design not tested in produ
67. 3 3V 13 3 3V k 3 3V 14 RESET MA RESET 5V 1 MSUH 50 3 3V LVTTL 3 3V 0 TTL 5V 5V 14 5V 5V 14 E 2 WAKE MSUH 50 WAKE 1 3 3V 3 3V 3 3V 5V UART I2C
68. SSSSSSSS 100 55555559 16 ACK 1 1 W microtechnica W 1 gt D 16 Ox0D 13 100 W microtechnica W 0000000D 13 100 C 1 1 i00 1 13 V F
69. 6 H 23 microtechnica 1 10 R 1Z gt A 100 Cg ZZZZ 00000005 5 5 Z 5 100 P P Windows CR LF
70. MSUH 50 MSUH 50 MSUH 50 0x00 0x00 MSUH 50 Ox0O No Data Token NDT Head 1 A5 0xA4 0x00 0x00 NDT 0x00 0x00 MSUH 50 UxX00 0xFF 0Ux00 2
71. V V Ux56 LF Ox0A V V LF 6 Ox56 O XUA CH 0x0D LF CR MSUH 50 ASCII ACK 00 LF Ox0A LF 1 MSUH 50 G gt aD Ox0D OX 0A 6
72. RHTC RTC VDat 3 0V 3 3V HTC 5V 3 3V RTC HTC RTC 1 3 58KHz HTC RTC
73. 1 USB TEST TXIT U SB HER TEST TXT F E E HELLO WORLD This is a test file 2 USB MGSUH 50 I lt sp gt U0 lt LF gt 100 3 R O lt sp gt 1R gt U0 TEST TXT lt iF gt 100 ACK 4 H 16 15 Ox10 R lt sp gt 1Z210 lt iF gt FH 1
74. ACK o 01 02 BRETTI 04 10 SD CD H 20 21 22 H 23 24 0 25 26 80 6 6 6 amp 31 82 33 H W A 35
75. OUxFF Half_ Data TOken HDT 0UxFF 0xFF 1 0xFF MSUH 50 DXFF OX00 DXFF OXFF Ox01 OxFE NDT HUT MSUH 50 0x00 HDT OUxFF 0UxFF 0x00 2 5D 30 30 FF 30 30 30 FF FF 30 3U0h 0xFF 1 06 07 0xFF 2 2C MSUH 50
76. new_filename _ 3 Ga SD TEST TXT NEWNAME TXT A lt sp gt M TEST TXT gt NEWNAME TXT lt LF gt 100 5D 123 Folder A lt sp gt M 123 gt Folder lt LF gt 100 28 E A x gt ssssssss LF X SD M USB UO U15 SSSSSSSS 4 16 1024 100MB 5400000
77. 6 UART BUSY UART Vbat HTC 1 65 3 6V RTC 3 3V E 9 GND GND 10 RESET 5V MSUH 50 5 0V 55mA SD 70mA 100mA USB 250mA USB 500mA USB 5V USB Vbat 12
78. FHU0 TEST TXT Al FAT Soc MSUH 50 IC t AGRE W FH0U 5 ABCDE FHOU TEST TXT ABCDE USB USB
79. M ROW A 1 UR W A W full_path
80. 165 4 100 ACK SSSSSSSS 16 0000000 GAA 1 hh mm ss lt sp gt mm dd yyyy 100 ACK 44 1 1 ID 01 0000 70 120 AA full path gt new filename LF full_path
81. LFN MSUH 50 SD USB MSUH 50 5D 256MB 2GB 5DHC 4GB 32GB USB USB2 0 USB3 0 256MB 32GB U0 U1 MS5UH 50 2 USB U1 USB IC USB2 0 48UMbps U0 USB2 0 12MpDs U1
82. 2C SPI 2C SPI UAHRHT Boke 7 B UAHT 2C 1 SPI Mode1 7 Mode2 B UART 0 0 0 1 1 0O 1 SPI a 0 GND 1 3 3V
83. HRHTC MSUH 50 HTC RTC HTC 32 768KHz 1 HTC RTC 5V Vbat 1 MSUH 50 5V Vbat 1 65V 3 6V RHTC CRH2032 Vbat 3 3V 0 96
84. JLF 100 ss 55 1 16 1 100 SD CD 0 1 1 SD WP 1 SD 2 USBU UO USB 1 z 3 USB1 U179 USB 0 1 4 USB1 U1 USB 0 1 5 USBO UO USB 0
85. MSUH 50 REV 1 05 SD SDHC USB GHI Electronics C 2014 5D 5DHC USB MSUH 50 GHI Electronics
86. 200 MSUH 50 MS5UH 50 MSUH 50 FH 16 0x00 0x0F 0 0 5D USB
87. RTC mode D T MM DD YYYY HH MM SS 100 100 B Assssssss LF UART 115 2kbps 55555555 Dps 16 1200 UART 1 15 2kDps 16 dB00Dps B 2580 9600 0x2580 B 00 ACK 2 00 LF 00 LF 16 1 ACK 2 ACK Prevyu M 100ms r Dea sy 1 88 div eT LR i A HH Cr n
88. 0000000g 11 00 ACK ACK FAT MSUH 50 CC C C lt sp gt 1 lt LF gt 100 1 ACK 00 USB 123 TXT C
89. UART MS5UH 50 RTS CTS5 UARHT_BUSY MSUH 50 L U AHT H UARHT H L 2 TX RX UARHT RTS Request To Send UART_BUSY g MSUH 50
90. fe eno Len 38 39 8A 40 41 SPI 01 02 03 04 10 11 20 1 23 24 25 26 30 31 32 33 34 35 36 37 38 39 3A 40 41 ETD EROX IODA MSUH 50 ACK 00 MSUH 50 00 00 ACK ACK MSUH 50 00 MSUH 50
91. x T Amode LF mode _ RTC 5 RTC CPU B 1 32 768kHz 100 RTC 2 1 CPU VBAT 1 1 32 7B58kHz HTC VBAT 1 65V 3 BV
92. H 1 1 microtechnica 13 R 1Z gt 5 100 ACK microf00000005 5 16 100 ACK R 5 micro 5 5 microtechnica microtechnica 6 1 3 R 1Z gt d 100 tec 00000003 100 H
93. MSUH 50 9 JSR ALFAT SoG z MSUH 50 IC BBLS FH UARTI2C FH 16 0x00 0x0F 7 yo PIC H il 0 MSUH 50 0 F 16 1 USBU USB USB Folder 123 txt O lt sp gt 1W gt U0 Folder 123 txt lt LF gt 100 USB Folder
94. ZiID ALFAT_Updater_v100 exe 5 MSUH 50 MS5UH 50 Mode 1 Mode2 5V Mode1 8 Low Mode2 7 High Low OV High 5 0V 5V 6 Serial COM Port MSUH 50 COUM New Connection Step Step 2 Select Bootloader mode Connect TTL UART interface 7 y Connect cable s TXD to ALFATs UART_RX av gia ction IAN ALFAT CPU Pin 43 ALFAT SD board Sanket Xa Pin 4 ALFAT SD board 4 socket X4 Pin 5 a A ALFAT OEM board socket X4 Pin 5 if Pe el eile bc EKES Connect cable s RXD to ALFATs UART_TX ALFAT GPU Pin 50 ALFAT GPU Pin 42 ALFAT SD board 4 socket X4 Pin 3 ALFAT OEM board socket X4 Pin 3 It is recommended to use this USB to serial cable from FTDE TTL 232R 3W3 ALFAT SD board socket X3 Pin 8 ALFAT OEM board socket JP2 Pin 8 Step 3 Power up the board Select the COM Po
95. don t have an account DC5 0V 3 Vbat DC1 65V 3 6V B5mA 20 5uA max 11mA max Vbat 1 32uA 3 3V 10C 70C 5D MMC SD SDHC USB USB1 1 USB2 0 USB3 0 FAT16 FAT32 LFN UART 2C CPU ALFAT SoC GHI Technology GHI Electronics 5 A T158 0094 1 d 10 C 2014 Microtechnica All rights reserved
96. 1 0 SPI IeC 2 I2C_SCL 3 I2C_SDA 4 BUSY 2 Ie2C_SCL I2C_SDA 2 2KO PIC BUSY MSUH 50 I2C H MSUH 50 BUSY L 2 6 SCL H SDA L
97. 2 1 12345678901234567890 1 10 R 1Z gt A 100 1234567890 0000000A 100 25 R 1Z gt 19 100 12345678901234567890ZZZZZ 00000014 Z 100 H UAHT 2C 2 7 8 24 WA n gt ssssssss FH W A n O F
98. 3 3 3V 151588 RTC CH2032 Vbat HTC MSUH 50 3V 3 3V 10 LED BmA H L LED VF 2V LED 2200 ND LED 10pin 220 hJ w 10 LED UAHRHT
99. 7 482ms 056ms 8 622ms Ox00 UUxFF Ux00 OxFF OxFF 2 OxFF 0xX00 OxFF 2 OUxFF Ux00 0UxFF C char Read _ 1T2C Soft I2C Start Soft I2C _Write 0xA4 1 i2c rec Soft I2C _Read 0 Soft 120 Stop return ize rec void read 1oopU char b data dof b Read 12C if b 0 gg b 0xrr data b it b 0xFF b Read 12C if b 0x00 sg b 0xFF e1set switch b case 0x00 case OXFF data 0 b 1 break data OxFF break while b 0 I2C Ox00 0xFF
100. FGHI MM abcdet eh 1 0123456739 ABCD 64 65 66 67 68 GHIJ abodsfah lJ g 45 46 4 69 BA OxOD CR OxOA LF Pa n gt SSSSSSSS LF n O F 55555555 16 0 5ssssssg 16 0 H 0 00 Y 26 An LF
101. X0A IXX Xx 2 ACK IO0 MSUH 50 MSUH 50 UAHT e MS UH 50 ACK ACK MSUH 50 ASC
102. adani T eeta t ein EEn aaan apen teh NH A A E 91 14mS he 2 200s 5 00MS s Ts I Ci 5 00V 5 00 V 0 000005 SMpoints 1 ACK ACK 1 5 115200bps I AxfLF USB 5D MSUH 50
103. ction Output low level voltage for an I O pin when 8 pins are sunk at same time CMOS ports Toe lio 8 mA Output high level voltage for an I O pin 7 when 8 pins are sourced at same time BEN Npp SBY Vig 04 UART MSUH 50 UART I2C 1 7 2 8 SPI SFI 7 8 Mode1 7 Mode2 8 UART 0 0 2C 0 l 1 0 SPI U0 GND 1 3 3V 5 0V AH UART
104. rt associated with the serial cable Click on the connect button Gonnection Select COM Port Connect Cancel 31 7 Connect ALF AT Check Versionn Firmware version X X X Browse Update ALFAT Firmware Updater Se ALFAT About Step 4 Select the firmware fi Browser Step 5 Glick Update button Update OUK Confirmation 2 Firmware version Sis found All data and managed application will be deleted Are you sure you want to continue this step ae MSUH 50
105. uA 1 B8uA CH2032 220mAh 1 32uA 22655 5 2 213 1 65V 1 VDat HTC HT C 5 RTC HTC R TC HTC 3 3V 1
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