Board/Board-DAT.md
... ...
@@ -75,7 +75,11 @@ Matrix panel control - [[MPC1073-DAT]] - [[MPC1119-DAT]]
75 75
- [[MSP1061-DAT]] - [[MSP1076-dat]]
76 76
77 77
### NBL
78
-- [[NBL1089-DAT]]
78
+
79
+- [[NBL1089-DAT]]
80
+
81
+classic - [[NBL1022-dat]] - [[NBL1018-dat]]
82
+
79 83
80 84
### NID
81 85
- [[NID1003-DAT]] - [[NID1005-DAT]] - [[NID1020-DAT]] - [[NID1024-DAT]] - [[NID1026-DAT]]
Board/NBL/NBL1022-dat/2023-10-23-15-06-05.png
... ...
Binary files /dev/null and b/Board/NBL/NBL1022-dat/2023-10-23-15-06-05.png differ
Board/NBL/NBL1022-dat/NBL1022-dat.md
... ...
@@ -9,6 +9,8 @@ https://www.electrodragon.com/product/lc-05-bluetooth-serial-moduel-masterslave-
9 9
10 10
![](2023-10-20-17-05-57.png)
11 11
12
+![](2023-10-23-15-06-05.png)
13
+
12 14
## Base Board Pin Definitions
13 15
14 16
![](2023-10-19-13-27-25.png)
... ...
@@ -54,4 +56,6 @@ Mode
54 56
55 57
- based on module - [[NBL1018-dat]]
56 58
59
+- [[BC04-B-dat]] - [[HC05-dat]] - [[HC06-dat]]
60
+
57 61
- [[NBL1022]]
... ...
\ No newline at end of file
chip-cn/bolutek/2023-10-20-16-58-28.png
... ...
Binary files a/chip-cn/bolutek/2023-10-20-16-58-28.png and /dev/null differ
chip-cn/bolutek/2023-10-20-16-58-36.png
... ...
Binary files a/chip-cn/bolutek/2023-10-20-16-58-36.png and /dev/null differ
chip-cn/bolutek/2023-10-20-17-00-44.png
... ...
Binary files a/chip-cn/bolutek/2023-10-20-17-00-44.png and /dev/null differ
chip-cn/bolutek/BC04-B-dat.md
... ...
@@ -1,119 +0,0 @@
1
-
2
-# BC04-B-dat
3
-
4
-## Specifications
5
-
6
-![](2023-10-20-17-00-44.png)
7
-
8
-![](2023-10-20-16-58-36.png)
9
-
10
-![](2023-10-20-16-58-28.png)
11
-
12
-## Certificate
13
-
14
-The module has BQB certification
15
-
16
-## Module Specs
17
-
18
-The difference between BC04-B and BC04-A:
19
-
20
-BC04-B is a master-slave integrated Bluetooth serial port module. The master-slave command can be switched and the commands are rich and complete.
21
-
22
-BC04-A is a slave module product. It can only be used as a slave. It is factory-set. It is easy to use and cheap.
23
-
24
-## Product description
25
-
26
-
27
-1. Adopt CSR mainstream Bluetooth chip and Bluetooth V2.0 protocol standard
28
-2. The working voltage of the serial port module is 3.3V, and the distance is generally 15 meters.
29
-3. The default baud rate is 9600, which can be set by the user.
30
-4. Support software/hardware setting master-slave mode
31
-5. Working status indication, connection and non-connection status signal output, which facilitates MCU to track the status of the module.
32
-6. The size of the core module is: 26.7mmx 13mm x 2.2 mm
33
-7. Working current: Pairing: 2~10mA. Pairing completed but not communicating: 5~6Ma. Communication: 20mA.
34
-8. Sleep current: no sleep, but supports low power consumption mode
35
-9. Used in GPS navigation systems, water, electricity and gas meter reading systems, and industrial on-site procurement and control systems.
36
-10. Can be seamlessly connected with Bluetooth laptops, computers plus Bluetooth adapters, PDAs and other devices
37
-
38
-
39
-
40
-## Product application
41
-
42
-This module is mainly used in the field of short-distance data wireless transmission. It can be easily connected to the Bluetooth device of the PC, and can also communicate data between the two modules. It avoids cumbersome cable connections and can directly replace serial cables.
43
-
44
-- Bluetooth printer
45
-- Wireless data collection;
46
-- Bluetooth remote control toys
47
-- Car testing equipment;
48
-- Industrial remote control and telemetry;
49
-- Bluetooth wireless data transmission;
50
-- Transportation, underground positioning, alarm;
51
-- POS system, wireless keyboard and mouse;
52
-- Automated data collection system; ※Wireless data transmission; banking system;
53
-- Government street lamp energy-saving equipment
54
-- TV station’s interactive program voting equipment;
55
-- Wireless LED display system ※Bluetooth joystick, Bluetooth game controller
56
-- Smart home, industrial control ※Building automation, security, computer room equipment wireless monitoring, access control system
57
-
58
-
59
-## Note
60
-
61
-Product characteristics
62
-
63
-1. The power supply voltage is 3.3V, the current is about 2-10mA when not paired, and about 20mA after pairing. It is absolutely forbidden to connect the power supply reversely!
64
-
65
-2. The LED pin indicates the Bluetooth connection status. The output pulse indicates that there is no Bluetooth connection. The high output indicates that Bluetooth is connected and the port is open.
66
-
67
-3. The interface level is 3.3V, which can be directly connected to various microcontrollers (51, AVR, PIC, ARM, MSP430, etc.). 5V microcontrollers can also be directly connected, without MAX232 and cannot pass through MAX232!
68
-
69
-4. Connect the module to the computer, connect the MAX3232 chip and then the serial port of the computer
70
-
71
-5. The effective distance in open space is about 15 meters, but the connection quality at this distance is not guaranteed.
72
-
73
-6. After pairing, it will be used as a full-duplex serial port. There is no need to know any Bluetooth protocol, but it only supports the communication format of 8 data bits, 1 stop bit, and no parity check. This is also the most commonly used communication format and does not support other formats. .
74
-
75
-7. When a Bluetooth connection is not established, it supports setting the baud rate, name, and pairing password through AT commands, and the set parameters are saved after power off. Automatically switches to transparent transmission mode after Bluetooth connection
76
-
77
-8. Small size (2.7cm*1.3cm), factory patch production to ensure patch quality.
78
-
79
-9. This link is a slave machine. The slave machine can be paired with various computers with Bluetooth functions, Bluetooth hosts, most mobile phones with Bluetooth, PDAs, PSPs and other smart terminals. Slave machines cannot be paired with each other.
80
-
81
-## Mode Setup
82
-
83
-Methods and steps for setting the module master-slave mode:
84
-
85
-### Hardware setup:
86
-
87
-Master mode:
88
-
89
-1. Set PI0(4)—software/hardware master-slave setting port: low (or left floating) to set the master-slave mode for the hardware
90
-
91
-2. Set PIO(5)—hardware master-slave setting port: to 3.3V high level
92
-
93
-
94
-Slave mode:
95
-
96
-1. Set PI0(4) - software/hardware master-slave setting port: low (or left floating) to set the master-slave mode for the hardware
97
-
98
-2. Set PIO (5) - hardware master-slave setting port: grounded (or left floating)
99
-
100
-
101
-
102
-### Software settings:
103
-
104
-Master mode:
105
-
106
-1. Set PI0(4) - software/hardware master-slave setting port: to 3.3V high level
107
-
108
-2. Open HyperTerminal or other serial port debugging tools and set the baud rate to 9600, 8 data bits, 1 stop bit, no parity bit, and no flow control.
109
-
110
-3. The serial port sends the character "AT+ ROLE1" and successfully returns "+ROLE=1 OK", which is carriage return and line feed.
111
-
112
-
113
-Slave mode:
114
-
115
-1. Set PI0(4) - software/hardware master-slave setting port: to 3.3V high level
116
-
117
-2. Open HyperTerminal or other serial port debugging tools and set the baud rate to 9600, 8 data bits, 1 stop bit, no parity bit, and no flow control.
118
-
119
-3. The serial port sends the character "AT+ ROLE0", and successfully returns "+ROLE=0 OK", which is carriage return and line feed.
... ...
\ No newline at end of file
chip-cn/bolutek/BC04-B-dat/2023-10-20-16-58-28.png
... ...
Binary files /dev/null and b/chip-cn/bolutek/BC04-B-dat/2023-10-20-16-58-28.png differ
chip-cn/bolutek/BC04-B-dat/2023-10-20-16-58-36.png
... ...
Binary files /dev/null and b/chip-cn/bolutek/BC04-B-dat/2023-10-20-16-58-36.png differ
chip-cn/bolutek/BC04-B-dat/2023-10-20-17-00-44.png
... ...
Binary files /dev/null and b/chip-cn/bolutek/BC04-B-dat/2023-10-20-17-00-44.png differ
chip-cn/bolutek/BC04-B-dat/BC04-B-dat.md
... ...
@@ -0,0 +1,178 @@
1
+# BC04-B-dat
2
+
3
+## Specifications
4
+
5
+![](2023-10-20-17-00-44.png)
6
+
7
+![](2023-10-20-16-58-36.png)
8
+
9
+![](2023-10-20-16-58-28.png)
10
+
11
+## Certificate
12
+
13
+The module has BQB certification
14
+
15
+## Module Specs
16
+
17
+The difference between BC04-B and BC04-A:
18
+
19
+BC04-B is a master-slave integrated Bluetooth serial port module. The master-slave command can be switched and the commands are rich and complete.
20
+
21
+BC04-A is a slave module product. It can only be used as a slave. It is factory-set. It is easy to use and cheap.
22
+
23
+## Product description
24
+
25
+1. Adopt CSR mainstream Bluetooth chip and Bluetooth V2.0 protocol standard
26
+2. The working voltage of the serial port module is 3.3V, and the distance is generally 15 meters.
27
+3. The default baud rate is 9600, which can be set by the user.
28
+4. Support software/hardware setting master-slave mode
29
+5. Working status indication, connection and non-connection status signal output, which facilitates MCU to track the status of the module.
30
+6. The size of the core module is: 26.7mmx 13mm x 2.2 mm
31
+7. Working current: Pairing: 2~10mA. Pairing completed but not communicating: 5~6Ma. Communication: 20mA.
32
+8. Sleep current: no sleep, but supports low power consumption mode
33
+9. Used in GPS navigation systems, water, electricity and gas meter reading systems, and industrial on-site procurement and control systems.
34
+10. Can be seamlessly connected with Bluetooth laptops, computers plus Bluetooth adapters, PDAs and other devices
35
+
36
+## Product application
37
+
38
+This module is mainly used in the field of short-distance data wireless transmission. It can be easily connected to the Bluetooth device of the PC, and can also communicate data between the two modules. It avoids cumbersome cable connections and can directly replace serial cables.
39
+
40
+- Bluetooth printer
41
+- Wireless data collection;
42
+- Bluetooth remote control toys
43
+- Car testing equipment;
44
+- Industrial remote control and telemetry;
45
+- Bluetooth wireless data transmission;
46
+- Transportation, underground positioning, alarm;
47
+- POS system, wireless keyboard and mouse;
48
+- Automated data collection system; ※Wireless data transmission; banking system;
49
+- Government street lamp energy-saving equipment
50
+- TV station’s interactive program voting equipment;
51
+- Wireless LED display system ※Bluetooth joystick, Bluetooth game controller
52
+- Smart home, industrial control ※Building automation, security, computer room equipment wireless monitoring, access control system
53
+
54
+## Note
55
+
56
+Product characteristics
57
+
58
+1. The power supply voltage is 3.3V, the current is about 2-10mA when not paired, and about 20mA after pairing. It is absolutely forbidden to connect the power supply reversely!
59
+
60
+2. The LED pin indicates the Bluetooth connection status. The output pulse indicates that there is no Bluetooth connection. The high output indicates that Bluetooth is connected and the port is open.
61
+
62
+3. The interface level is 3.3V, which can be directly connected to various microcontrollers (51, AVR, PIC, ARM, MSP430, etc.). 5V microcontrollers can also be directly connected, without MAX232 and cannot pass through MAX232!
63
+
64
+4. Connect the module to the computer, connect the MAX3232 chip and then the serial port of the computer
65
+
66
+5. The effective distance in open space is about 15 meters, but the connection quality at this distance is not guaranteed.
67
+
68
+6. After pairing, it will be used as a full-duplex serial port. There is no need to know any Bluetooth protocol, but it only supports the communication format of 8 data bits, 1 stop bit, and no parity check. This is also the most commonly used communication format and does not support other formats. .
69
+
70
+7. When a Bluetooth connection is not established, it supports setting the baud rate, name, and pairing password through AT commands, and the set parameters are saved after power off. Automatically switches to transparent transmission mode after Bluetooth connection
71
+
72
+8. Small size (2.7cm\*1.3cm), factory patch production to ensure patch quality.
73
+
74
+9. This link is a slave machine. The slave machine can be paired with various computers with Bluetooth functions, Bluetooth hosts, most mobile phones with Bluetooth, PDAs, PSPs and other smart terminals. Slave machines cannot be paired with each other.
75
+
76
+## Mode Setup
77
+
78
+Methods and steps for setting the module master-slave mode:
79
+
80
+| Soft/Hard Jumper | Hardware Select | Software CMD | Mode |
81
+| ---------------- | --------------- | ------------ | ----------------------------------- |
82
+| 3.3V | x | AT+ ROLE1 | software control mode - master mode |
83
+| 3.3V | x | AT+ ROLE0 | software control mode - slave mode |
84
+| GND | 3.3V | | master |
85
+| GND | GND | | slave |
86
+
87
+### Hardware setup:
88
+
89
+Master mode:
90
+
91
+1. Set PI0(4)—software/hardware master-slave setting port: low (or left floating) to set the master-slave mode for the hardware
92
+
93
+2. Set PIO(5)—hardware master-slave setting port: to 3.3V high level
94
+
95
+Slave mode:
96
+
97
+1. Set PI0(4) - software/hardware master-slave setting port: low (or left floating) to set the master-slave mode for the hardware
98
+
99
+2. Set PIO (5) - hardware master-slave setting port: grounded (or left floating)
100
+
101
+### Software settings:
102
+
103
+Master mode:
104
+
105
+1. Set PI0(4) - software/hardware master-slave setting port: to 3.3V high level
106
+
107
+2. Open HyperTerminal or other serial port debugging tools and set the baud rate to 9600, 8 data bits, 1 stop bit, no parity bit, and no flow control.
108
+
109
+3. The serial port sends the character "AT+ ROLE1" and successfully returns "+ROLE=1 OK", which is carriage return and line feed.
110
+
111
+Slave mode:
112
+
113
+1. Set PI0(4) - software/hardware master-slave setting port: to 3.3V high level
114
+
115
+2. Open HyperTerminal or other serial port debugging tools and set the baud rate to 9600, 8 data bits, 1 stop bit, no parity bit, and no flow control.
116
+
117
+3. The serial port sends the character "AT+ ROLE0", and successfully returns "+ROLE=0 OK", which is carriage return and line feed.
118
+
119
+## AT commands
120
+
121
+the cmd list
122
+
123
+ *** Electrodragon SPP Bluetooth Module V2.4 OK in SLAVE mode!***
124
+ *** Please input AT+HELP <cr><lf> to get commands list. ***
125
+ *** For more information, please visit www.electrodragon.com ***
126
+
127
+ +READY
128
+ +PAIRABLE
129
+ Command Description
130
+ -----------------------------------------------------------------
131
+ AT Check if the command terminal work normally
132
+ AT+RESET Software reboot
133
+ AT+VERSION Get firmware, bluetooth, HCI and LMP version
134
+ AT+HELP List all the commands
135
+ AT+NAME Get/Set local device name
136
+ AT+PIN Get/Set pin code for pairing
137
+ AT+BAUD Get/Set baud rate
138
+ AT+CLEAR Remove the remembered remote address
139
+ AT+LADDR Get local bluetooth address
140
+ AT+RNAME Get remote device name
141
+ AT+DEFAULT Restore factory default
142
+ AT+CMODE Get/Set connection mode
143
+ AT+BIND Get/Set bind bluetooth address
144
+ AT+COD Get/Set local class of device
145
+ AT+IAC Get/Set inquiry access code
146
+ AT+ROLE Get/Set master or slave mode
147
+ AT+STATE Get current state
148
+ AT+SENM Get/Set security and encryption mode
149
+ AT+IPSCAN Get/Set page and inquiry scan parameters
150
+ AT+SNIFF Get/Set sniff power table parameters
151
+ AT+LOWPOWER Start/Stop low power mode
152
+ AT+UARTMODE Get/Set uart stop bits and parity
153
+ AT+ENABLEIND Enable/Disable Indication print
154
+ AT+LSP List Paired Device List
155
+ AT+RESETPDL Reset Paired Device List
156
+ AT+REMOVEPDL Remove one entry from Paired Device List
157
+ AT+SUPERVISION Get/Set supervision timeout
158
+ AT+AUTOINQ Start/Stop auto inquiry
159
+ AT+INQ Start inquiry
160
+ AT+INQC Cancel ongoing inquiry
161
+ (M)AT+AUTOCONN Start/Stop auto connection
162
+ (M)AT+INQM Get/Set inquiry parameters
163
+ (M)AT+CONNECT Connect to a remote device by BD address
164
+ -----------------------------------------------------------------
165
+ Note: (M) = The command support master mode only, other commands
166
+ support both master and slave mode.
167
+ For more information, please visit http://www.electrodragon.com
168
+ Copyright@2012 www.electrodragon.com. All rights reserved.
169
+
170
+
171
+
172
+## ref
173
+
174
+- [[BC04-B]]
175
+
176
+
177
+## Demos
178
+
chip-cn/bolutek/HC05-dat/2023-10-23-15-05-01.png
... ...
Binary files /dev/null and b/chip-cn/bolutek/HC05-dat/2023-10-23-15-05-01.png differ
chip-cn/bolutek/HC05-dat/HC05-dat.md
... ...
@@ -0,0 +1,4 @@
1
+
2
+# HC05-dat
3
+
4
+![](2023-10-23-15-05-01.png)
... ...
\ No newline at end of file
chip-cn/bolutek/HC05-dat/HC05\346\214\207\344\273\244\351\233\206.pdf
... ...
Binary files /dev/null and "b/chip-cn/bolutek/HC05-dat/HC05\346\214\207\344\273\244\351\233\206.pdf" differ
chip-cn/bolutek/HC06-dat/2023-10-23-15-06-30.png
... ...
Binary files /dev/null and b/chip-cn/bolutek/HC06-dat/2023-10-23-15-06-30.png differ
chip-cn/bolutek/HC06-dat/2023-10-23-15-06-42.png
... ...
Binary files /dev/null and b/chip-cn/bolutek/HC06-dat/2023-10-23-15-06-42.png differ
chip-cn/bolutek/HC06-dat/HC06-dat.md
... ...
@@ -0,0 +1,6 @@
1
+
2
+# HC06-dat
3
+
4
+![](2023-10-23-15-06-30.png)
5
+
6
+![](2023-10-23-15-06-42.png)
... ...
\ No newline at end of file