Allwinner MINI507 User manual

MINI507 Reference User Manual
V1.202308
www.armdesigner.com
Boardcon Embedded Design

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1. Introduction
1.1. About this Manual
This manual is intended to provide the user with an overview of the board and benefits, complete features
specifications, and set up procedures. It contains important safety information as well.
1.2. Feedback and Update to this Manual
To help our customers make the most of our products, we are continually making additional and updated
resources available on the Boardcon website (www.boardcon.com , www.armdesigner.com).
These include manuals, application notes, programming examples, and updated software and hardware.
Check in periodically to see what’s new!
When we are prioritizing work on these updated resources, feedback from customers is the number one
influence, If you have questions, comments, or concerns about your product or project, please no
hesitate to contact us at [e-mail].
1.3. Limited Warranty
Boardcon warrants this product to be free of defects in material and workmanship for a period of one year
from date of buy. During this warranty period Boardcon will repair or replace the defective unit in
accordance with the following process:
Acopy of the original invoice must be included when returning the defective unit to Boardcon. This limited
warranty does not cover damages resulting from lighting or other power surges, misuse, abuse,
abnormal conditions of operation, or attempts to alter or modify the function of the product.
This warranty is limited to the repair or replacement of the defective unit. In no event shall Boardcon be
liable or responsible for any loss or damages, including but not limited to any lost profits, incidental or
consequential damages, loss of business, or anticipatory profits arising from the use or inability to use
this product.
Repairs make after the expiration of the warranty period are subject to a repair charge and the cost of
return shipping. Please contact Boardcon to arrange for any repair service and to obtain repair charge
information.

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Content
1 MINI507 Introduction..............................................................................................................................3
1.1 Summary .....................................................................................................................................3
1.2 Features.......................................................................................................................................3
1.3 Block Diagram..............................................................................................................................6
1.4 Mini507 specifications..................................................................................................................7
1.5 Mini507 PCB Dimension..............................................................................................................8
1.6 MINI507 Pin Definition.................................................................................................................8
1.7 Development Kit (EMT507)........................................................................................................14
2 Hardware Design Guide.......................................................................................................................15
2.1 Peripheral Circuit Reference......................................................................................................15
2.2 Power Tree ................................................................................................................................17
2.3 B2B connector for carrier board.................................................................................................17
3 Product Electrical Characteristics ........................................................................................................18
3.1 Dissipation and Temperature .....................................................................................................18
3.2 Reliability of Test........................................................................................................................18

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1 MINI507 Introduction
1.1 Summary
The MINI507 system-on-module is equipped with Allwinner’s T507 quad-core Cortex-A53, G31 MP2
GPU. It is designed specifically for the smart devices such as industrial controller, IoT devices, digital
cluster and automotive devices. The high performance and low power solution can help customers to
introduce new technologies more quickly and enhance the overall solution efficiency.
In especial, T507 is qualified to AEC-Q100 testing.
1.2 Features
•Microprocessor
- Quad-core Cortex-A53 up to 1.5G
- 32KB I-cache, 32KB D-cache, 512KB L2 cache
Memory Organization
- DDR4 RAM up to 4GB
- EMMC up to 64GB
•Boot ROM
- Supports system code download through USB OTG
•Security ID
-Size up to 2Kbit for security chip ID
•Video Decoder/Encoder
- Supports video decoding up to 4K@30fps
- Supports H.264 encode
- H.264 HP encoding up to 4K@25fps
- Picture size up t0 4096x4096
•Display Subsystem
- Video Output
Supports HDMI 2.0 transmitter with HDCP 1.4, up to 4K@30fps (T507H option)
Supports Serial RGB interface up to 800x640@60fps
Supports LVDS interface Dual link up to 1920x1080@60fps and Single link up to 1366x768@60fps
Supports RGB interface up to 1920x1080@60fps
Supports BT656 interface up to 1920x1080@30fps
Supports 1ch TV output with plug detecting
- Image in
Supports MIPI CSI input up to 8M@30fps or 4x1080P@25fps
Supports parallel interfaces up to 1080P@30fps
Supports BT656/BT1120
•Analog audio
- One stereo headphone output
•I2S/PCM/ AC97

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- Three I2S/PCM interface
- Support up to 8-CH DMIC
- One SPDIF input and output
•USB
- Four USB 2.0 interfaces
- One USB 2.0 OTG, and three USB hosts
•Ethernet
- Support two Ethernet interface
- One 10/100M PHY on CPU Board
- One GMAC/EMAC interface
•I2C
- Up to five I2Cs
- Support standard mode and fast mode(up to 400kbit/s)
•Smart Card Reader
- Support ISO/IEC 7816-3 and EMV2000(4.0) specifications
- Support synchronous and any other non-ISO 7816 and non-EMVcards
•SPI
- Two SPI controllers, each SPI controller with two CS signals
- Full-duplex synchronous serial interface
- 3 or 4-wire mode
•UART
- Up to 6 UART controllers
- UART0/5 with 2 wires
- UART1/2/3/4 each with 4 wires
- UART0 default for debug
- Compatible with industry-standard 16550 UARTs
- Support RS485 mode on 4 wires UARTs
•CIR
- One CIR controllers
-Flexible receiver for consumer IR remote control
•TSC
- Support multiple transport stream format
- Support DVB-CSA V1.1/2.1 Descrambler
•ADC
- Four ADC input
- 12-bit resolution
- Voltage input range between 0V to 1.8V
•KEYADC
- One ADC channel for key application
- 6-bit resolution
- Voltage input range between 0V to 1.8V
- Support ingle, normal and continuous mode
•PWM
- 6 PWMs (3PWM pairs) with interrupt-based operation

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- up to 24/100MHz output frequency
- Minimum resolution is 1/65536
•Interrupt Controller
- Support 28 interrupts
•3D Graphics Engine
- ARM G31 MP2 supply
- Support OpenGL ES 3.2/2.0/1.1, Vulkan1.1, Open CL 2.0 standard
•Power unit
- AXP853T on board
- OVP/UVP/OTP/OCP protections
- DCDC6 0.5~3.4V@1A output
- DCDC1 3.3V@300mA output for Carry board GPIO
- ALDO5 0.5~3.3V@300mA output
- BLDO5 0.5~3.3V@500mA output
- Ext-RTC IC on board (option)
- Very low RTC consume current, less 5uAat 3V button Cell (option)
•Temperature
- Industrial grade, Operating temperature: -40 ~ 85°C

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1.3 Block Diagram
1.3.1 T507 Block Diagram

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1.3.2 Development board (EMT507) Block Diagram
1.4 Mini507 specifications
Feature
Specifications
CPU
Quad-core Cortex-A53
DDR
2GB DDR4 (up to 4GB)
eMMC FLASH
8GB (up to 64GB)
Power
DC 5V
LVDS
Dual CH up to 4-Lane
I2S
3-CH
MIPI_CSI
1-CH
TSC
1-CH
HDMI out
1-CH(option)
Camera
1-CH(DVP)
USB
3-CH (USB HOST2.0), 1-CH(OTG 2.0)
Ethernet
1000M GMAC
And 100M PHY
SDMMC
2-CH
SPDIF RX/TX
1-CH

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I2C
5-CH
SPI
2-CH
UART
5-CH, 1-CH(DEBUG)
PWM
6-CH
ADC IN
4-CH
Board Dimension
51 x 65mm
1.5 Mini507 PCB Dimension
--Top View--
1.6 MINI507 Pin Definition
J1
Signal
Description
Alternate functions
IO Voltage
1
MDI-RN
100M PHY MDI
1.8V
2
MDI-TN
100M PHY MDI
1.8V
3
MDI-RP
100M PHY MDI
1.8V
4
MDI-TP
100M PHY MDI
1.8V
5
LED0/PHYAD0
100M PHY Link LED-
3.3V
6
LED3/PHYAD3
100M PHY Speed LED+
3.3V
7
GND
Ground
0V

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J1
Signal
Description
Alternate functions
IO Voltage
8
GND
Ground
0V
9
LVDS0-CLKN/LCD-
D7
LVDS or RGB display interface
PD7/EINT7/TS0-D3
3.3V
10
LVDS0-D3N/LCD-D
9
LVDS or RGB display interface
PD9/EINT9/TS0-D5
3.3V
11
LVDS0-CLKP/LCD-
D6
LVDS or RGB display interface
PD6/EINT6/TS0-D2
3.3V
12
LVDS0-D3P/LCD-D
8
LVDS or RGB display interface
PD8/EINT8/TS0-D4
3.3V
13
LVDS0-D2P/LCD-D
4
LVDS or RGB display interface
PD4/EINT4/TS0-D0
3.3V
14
LVDS0-D1N/LCD-D
3
LVDS or RGB display interface
PD3/EINT3/TS0-DVL
D
3.3V
15
LVDS0-D2N/LCD-D
5
LVDS or RGB display interface
PD5/EINT5/TS0-D1
3.3V
16
LVDS0-D1P/LCD-D
2
LVDS or RGB display interface
PD2/EINT2/TS0-SYN
C
3.3V
17
LVDS1-D3N/LCD-D
19
LVDS or RGB display interface
PD19/EINT19
3.3V
18
LVDS0-D0N/LCD-D
1
LVDS or RGB display interface
PD1/EINT1/TS0-EER
3.3V
19
LVDS1-D3P/LCD-D
18
LVDS or RGB display interface
PD18/EINT18/SIM0-
DET
3.3V
20
LVDS0-D0P/LCD-D
0
LVDS or RGB display interface
PD0/EINT0/TS0-CLK
3.3V
21
LVDS1-D2N/LCD-D
15
LVDS or RGB display interface
PD15/EINT15/SIM0-
CLK
3.3V
22
LVDS1-CLKN/LCD-
D17
LVDS or RGB display interface
PD17/EINT17/SIM0-
RST
3.3V
23
LVDS1-D2P/LCD-D
14
LVDS or RGB display interface
PD14/EINT14/SIM0-
PWREN
3.3V
24
LVDS1-CLKP/LCD-
D16
LVDS or RGB display interface
PD16/EINT16/SIM0-
DATA
3.3V
25
LVDS1-D1N/LCD-D
13
LVDS or RGB display interface
PD13/EINT13/SIM0-
VPPPP
3.3V
26
LVDS1-D0N/LCD-D
11
LVDS or RGB display interface
PD11/EINT11/TS0-D
7
3.3V
27
LVDS1-D1P/LCD-D
12
LVDS or RGB display interface
PD12/EINT12/SIM0-
VPPEN
3.3V
28
LVDS1-D0P/LCD-D
10
LVDS or RGB display interface
PD10/EINT10/TS0-D
6
3.3V
29
LCD-D20
RGB display interface
PD20/EINT20
3.3V

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J1
Signal
Description
Alternate functions
IO Voltage
30
LCD-D22
RGB display interface
PD22/EINT22
3.3V
31
LCD-D21
RGB display interface
PD21/EINT21
3.3V
32
LCD-D23
RGB display interface
PD23/EINT23
3.3V
33
LCD-PWM
PWM0
PD28/EINT28
3.3V
34
LCD-HSYNC
RGB display interface
PD26/EINT26
3.3V
35
GND
Ground
0V
36
LCD-VSYNC
RGB display interface
PD27/EINT27
3.3V
37
LCD-CLK
RGB display interface
PD24/EINT24
3.3V
38
LCD-DE
RGB display interface
PD25/EINT25
3.3V
39
GND
Ground
0V
40
GND
Ground
0V
41
USB3-DM
USB3 data -
3.3V
42
HTX2N
HDMI output data2-
1.8V
43
USB3-DP
USB3 data +
3.3V
44
HTX2P
HDMI output data2+
1.8V
45
USB2-DM
USB2 data -
3.3V
46
HTX1N
HDMI output data1-
1.8V
47
USB2-DP
USB2 data +
3.3V
48
HTX1P
HDMI output data1+
1.8V
49
USB1-DM
USB1 data -
3.3V
50
HTX0N
HDMI output data0-
1.8V
51
USB1-DP
USB1 data +
3.3V
52
HTX0P
HDMI output data0+
1.8V
53
USB0-DM
USB0 data -
3.3V
54
HTXCN
HDMI Clock -
1.8V
55
USB0-DP
USB0 data +
3.3V
56
HTXCP
HDMI Clock +
1.8V
57
GND
Ground
0V
58
HSDA
HDMI serial data
Need Pull up 5V
5V
59
UART0-TX
Debug Uart
PH0/EINT0/PWM3
3.3V
60
HSCL
HDMI serial CLK
Need Pull up 5V
5V
61
UART0-RX
Debug Uart
PH1/EINT1/PWM4
3.3V
62
HHPD
HDMI hot plug detect
5V
63
PH4
GPIO or SPDIF output
I2C3_SCL/PH-EINT4
3.3V
64
HCEC
HDMI consumer electronics
control
3.3V
65
GND
Ground
0V
66
GND
Ground
0V
67
MCSI-D3N
MIPI CSI differential data 3N
1.8V
68
MCSI-D2N
MIPI CSI differential data 2N
1.8V
69
MCSI-D3P
MIPI CSI differential data 3P
1.8V
70
MCSI-D2P
MIPI CSI differential data 2P
1.8V

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J1
Signal
Description
Alternate functions
IO Voltage
71
MCSI-CLKN
MIPI CSI differential clock N
1.8V
72
MCSI-D1N
MIPI CSI differential data 1N
1.8V
73
MCSI-CLKP
MIPI CSI differential clock P
1.8V
74
MCSI-D1P
MIPI CSI differential data 1P
1.8V
75
GND
Ground
0V
76
MCSI-D0N
MIPI CSI differential data 0N
1.8V
77
UART5-RX
UART5 or SPDIF in or I2C2SDA
PH3/EINT3/PWM1
3.3V
78
MCSI-D0P
MIPI CSI differential data 0P
1.8V
79
UART5-TX
UART5 or SPDIF CLK or
I2C2SCL
PH2/EINT2/PWM2
3.3V
80
PH-I2S3-DOUT0
I2S-D0 or DIN1/SPI1-MISO
PH8/EINT8/CTS2
3.3V
81
LINEOUTR
Audio Analog R line output
Need Coupling CAP
1.8V
82
PH-I2S3-MCLK
I2S-CLK/SPI1-CS0/UART2-TX
PH5/EINT5/I2C3SDA
3.3V
83
LINEOUTL
Audio Analog Lline output
Need Coupling CAP
1.8V
84
PH-I2S3-DIN0
I2S-D1 or DIN0/SPI1-CS1
PH9/EINT9
3.3V
85
AGND
Audio Ground
0V
86
PH-I2S3-LRLK
I2S-CLK/SPI1MOSI/UART2RTS
PH7/EINT7/I2C4SDA
3.3V
87
PC3
Boot-SEL1/SPI0-CS0
PC-EINT3
1.8V
88
PH-I2S3-BCLK
I2S-CLK/SPI1-CLK/UART2-RX
PH6/EINT6/I2C4SCL
3.3V
89
PC4
Boot-SEL2/SPI0-MISO
PC-EINT4
1.8V
90
LRADC
Key 6bit ADC input
1.8V
91
GPADC3
General 12bit ADC3 in
1.8V
92
GPADC1
General 12bit ADC1 in
1.8V
93
GPADC0
General 12bit ADC0 in
1.8V
94
GPADC2
General 12bit ADC2 in
1.8V
95
TV-OUT
CVBS output
1.0V
96
PA/TWI3-SDA
PA11/EINT11
3.3V
97
IR-RX
IR input
PH10/EINT10
3.3V
98
PA/TWI3-SCK
PA10/EINT10
3.3V
99
PC7
SPI0-CS1
PC-EINT7
1.8V
100
GND
Ground
0V
J2
Signal
Description
Alternate functions
IO Voltage
1
PE13
CSI0-D9
PE13/EINT14
3.3V
2
GND
Ground
0V
3
PE14
CSI0-D10
PE14/EINT15
3.3V
4
SPI0_CLK_1V8
PC0/EINT0
1.8V
5
PE15
CSI0-D11
PE-EINT16
3.3V
6
PE12
CSI0-D8
PE-EINT13
3.3V
7
PE0
CSI0-PCLK
PE-EINT1
3.3V
8
PE18
CSI0-D14
PE-EINT19
3.3V
9
PE16
CSI0-D12
PE-EINT17
3.3V
10
PE19
CSI0-D15
PE-EINT20
3.3V

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J2
Signal
Description
Alternate functions
IO Voltage
11
PE17
CSI0-D13
PE-EINT18
3.3V
12
PE8
CSI0-D4
PE-EINT9
3.3V
13
SDC0-DET
SD card detection
PF6/EINT6
3.3V
14
PE3
CSI0-VSYNC
PE-EINT4
3.3V
15
GND
Ground
0V
16
PE2
CSI0-HSYNC
PE-EINT3
3.3V
17
SDC0-D0
SD Data0
PF1/EINT1
3.3V
18
PE1
CSI0-MCLK
PE-EINT2
3.3V
19
SDC0-D1
SD Data1
PF0/EINT0
3.3V
20
SPI0_MOSI_1V8
PC2/EINT2
1.8V
21
SDC0-D2
SD Data2
PF5/EINT5
0V
22
PE4
CSI0-D0
PE-EINT5
3.3V
23
SDC0-D3
SD Data3
PF4/EINT4/
3.3V
24
PE5
CSI0-D1
PE-EINT6
3.3V
25
SDC0-CMD
SD Command Signal
PF3/EINT3
3.3V
26
PE7
CSI0-D3
PE-EINT8
3.3V
27
SDC0-CLK
SD Clock output
PF2/EINT2
3.3V
28
PE6
CSI0-D2
PE-EINT7
3.3V
29
GND
Ground
0V
30
PE9
CSI0-D5
PE-EINT10
3.3V
31
EPHY-CLK-25M
UART4CTS/CLK-Fanout1
PI16/EINT16/TS0-D7
3.3V
32
PE10
CSI0-D6
PE-EINT11
3.3V
33
RGMII-MDIO
UART4RTS/CLK-Fanout0
PI15/EINT15/TS0-D6
3.3V
34
PE11
CSI0-D7
PE-EINT12
3.3V
35
RGMII-MDC
UART4-RX/PWM4
PI14/EINT14/TS0-D5
3.3V
36
CK32KO
I2S2-MCLK/AC-MCLK
PG10/EINT10
1.8V
37
RGMII-RXCK
H-I2S0-DIN0/DO1
PI4/EINT4/DMIC-D3
3.3V
38
GND
Ground
0V
39
RGMII-RXD3
H-I2S0-MCLK
PI0/EINT0/DMICCLK
3.3V
40
PG-MCSI-SCK
I2C3-SCL/UART2-RTS
PG17/EINT17
1.8V
41
RGMII-RXD2
H-I2S0-BCLK
PI1/EINT1/DMIC-D0
3.3V
42
PG-MCSI-SDA
I2C3-SDA/UART2-CTS
PG18/EINT18
1.8V
43
RGMII-RXD1
RMII-RXD1/H-I2S0-LRCK
PI2/EINT2/DMIC-D1
3.3V
44
PE-TWI2-SCK
CSI0-SCK
PE20-EINT21
3.3V
45
RGMII-RXD0
RMII-RXD0/H-I2S0-DO0/DIN1
PI1/EINT1/DMIC-D2
3.3V
46
PE-TWI2-SDA
CSI0-SDA
PE21-EINT22
3.3V
47
RGMII-RXCTL
RMII-CRS/UART2TX/I2C0SCL
PI5/EINT5/TS0-CLK
3.3V
48
BT-PCM-CLK
H-I2S2-BCLK/AC-SYNC
PG11/EINT11
1.8V
49
GND
Ground
0V
50
BT-PCM-SYNC
H-I2S2-LRCLK/AC-ADCL
PG12/EINT12
1.8V
51
RGMII-TXCK
RMII-TXCK/UART3RTS/PWM1
PI11/EINT11/TS0-D2
3.3V
52
BT-PCM-DOUT
H-I2S2-DO0/DIN1/AC-ADCR
PG13/EINT13
1.8V

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J2
Signal
Description
Alternate functions
IO Voltage
53
RGMII-TXCTL
RMII-TXEN/UART3CTS/PWM2
PI12/EINT12/TS0-D3
3.3V
54
BT-PCM-DIN
H-I2S2-DO1/DIN0/AC-ADCX
PG14/EINT14
1.8V
55
RGMII-TXD3
UART2-RTS/I2C1-SCL
PI7/EINT7/TS0SYNC
3.3V
56
BT-UART-RTS
UART1-RTS/PLL-LOCK-DBG
PG8/EINT8
1.8V
57
RGMII-TXD2
UART2-CTS/I2C1-SDA
PI8/EINT8/TS0DVLD
3.3V
58
BT-UART-CTS
UART1-CTS/AC-ADCY
PG9/EINT9
1.8V
59
RGMII-TXD1
RMII-TXD1/UART3TX/I2C2SCL
PI9/EINT9/TS0-D0
3.3V
60
BT-UART-RX
UART1-RX
PG7/EINT7
1.8V
61
RGMII-TXD0
RMII-TXD0/UART3RX/I2C2SDA
PI10/EINT10/TS0-D1
3.3V
62
BT-UART-TX
UART1-TX
PG6/EINT6
1.8V
63
GND
Ground
0V
64
GND
Ground
0V
65
RGMII-CLKIN-125M
UART4-TX/PWM3
PI13/EINT13/TS0-D4
3.3V
66
WL-SDIO-D0
SDC1-D0
PG2/EINT2
1.8V
67
PHYRSTB
RMII-RXER/UART2-RX/I2C0-S
DA
PI6/EINT6/TS0-EER
3.3V
68
WL-SDIO-D1
SDC1-D1
PG3/EINT3
1.8V
69
GND
Ground
0V
70
WL-SDIO-D2
SDC1-D2
PG4/EINT4
1.8V
71
MCSI-MCLK
PWM1
PG19/EINT19
1.8V
72
WL-SDIO-D3
SDC1-D3
PG5/EINT5
1.8V
73
GND
Ground
0V
74
WL-SDIO-CMD
SDC1-CMD
PG1/EINT1
1.8V
75
PG-TWI4-SCK
I2C4-SCL/UART2-TX
PG15/EINT15
1.8V
76
WL-SDIO-CLK
SDC1-CLK
PG0/EINT0
1.8V
77
PG-TWI4-SDA
I2C4-SDA/UART2-RX
PG16/EINT16
1.8V
78
GND
Ground
0V
79
FEL
Boot mode select:
Low: download from USB,
High: fast boot
3.3V
80
ALDO5
PMU ALDO5 default 1.8V output
Max:300mA
1.8V
81
EXT-IRQ
External IRQ input
OD
82
BLDO5
PMU ALDO5 default 1.2V output
Max:500mA
1.2V
83
PMU-PWRON
Connect to Power Key
1.8V
84
GND
Ground
0V
85
RTC-BAT
RTC battery input
1.8-3.3V
86
VSYS_3V3
System 3.3V output
Max: 300mA
3.3V
87
GND
Ground
0V
88
DCDC6
PMU DCDC6 out(default 3V3)
Max: 1000mA
3.3V
89
SOC-RESET
System Reset output
Connect to RST key
1.8V
90
DCDC6
PMU DCDC6 out(default 3V3)
Max: 1000mA
3.3V
91
GND
Ground
0V

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J2
Signal
Description
Alternate functions
IO Voltage
92
GND
Ground
0V
93
DCIN
Main Power input
3.4V-5.5V
94
DCIN
Main Power input
3.4V-5.5V
95
DCIN
Main Power input
3.4V-5.5V
96
DCIN
Main Power input
3.4V-5.5V
97
DCIN
Main Power input
3.4V-5.5V
98
DCIN
Main Power input
3.4V-5.5V
99
DCIN
Main Power input
3.4V-5.5V
100
DCIN
Main Power input
3.4V-5.5V
Note
1. J1 Pin87/89(PC3/PC4) is Boot-SEL associated, please do not pull H or L.
2. PC/PG unit is 1.8V level default, but can change to 3.3V.
1.7 Development Kit (EMT507)

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2 Hardware Design Guide
2.1 Peripheral Circuit Reference
2.1.1 External Power
2.1.2 Debug Circuit

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2.1.3 USB OTG Interface Circuit
2.1.4 HDMI Interface Circuit

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2.2 Power Tree
2.3 B2B connector for carrier board
DF40C-100DS-0.4V

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3 Product Electrical Characteristics
3.1 Dissipation and Temperature
Symbol
Parameter
Min
Typ
Max
Unit
DCIN
System Voltage
3.4
5
5.5
V
VSYS_3V3
System IO
Voltage
3.3-5%
3.3
3.3+5%
V
DCDC6_3V3
Peripheral
Voltage
3.3-5%
3.3
3.3+5%
V
ALDO5
Camera IO
Voltage
0.5
1.8
3.3
V
BLDO5
Camera Core
Voltage
0.5
1.2
3.3
V
Idcin
DCIN
input Current
500
mA
VCC_RTC
RTC Voltage
1.8
3
3.4
V
Iirtc
RTC input
Current
TDB
uA
Ta
Operating
Temperature
-40
85
°C
Tstg
Storage
Temperature
-40
120
°C
3.2 Reliability of Test
High Temperature Operating Test
Contents
Operating 8h in high temperature
55°C ±2°C
Result
TDB
Operating Life Test
Contents
Operating in room
120h
Result
TDB