# viewimages

image:
breadboard/TI_Launchpad_MSP430G2__ebb2b2673b63f5dd6__breadboard__98696ce55bfaf674ef9c24f01d976248.svg


image:
breadboard/DS18B20__5240d891e23cace35a4de6acc361c04__breadboard__7b535917175078873c2dd8e438e15652.svg


image:
breadboard/Breakout_Board_for_microSD_Transflash_v1__breadboard__2af30564c1fde27f27144aa631c413a8.svg


image:
schematic/SEN-10621 RPI-1031 Tilt-a-Whirl Breakout-sfe_c4f3fbd3a94f0953d33d8ac83b51e5ac_3_schematic.svg


image:
breadboard/SEN-10621 RPI-1031 Tilt-a-Whirl Breakout-sfe_c4f3fbd3a94f0953d33d8ac83b51e5ac_3_breadboard.svg


# connectors

connectorid: connector6
name: SWQ/OUT - Clock Output
description:
This pin is an open-collector output which can generate a square wave signal when the clock is running. To use this output with a digital input a pull-up resistor to the postive rail of the power supply must be fitted


connectorid: connector2
name: Vbat - Backup Supply
description:
Connect this pin to the positive connection of a 3V battery or connect to 0V (ground) to operate the device without a backup battery supply


connectorid: connector16
name: LED
description:
Connect this pin to a LED plus current limiting resistor to 0V (ground) of your power supply to indicate that communications are being received


connectorid: connector3
name: Reset
description:
Connect via a 4K7 resistor to the positive rail of the power supply in your circuit. This pin must be connected via the 4K7 resistor or the FRM010 will not operate correctly. This pin can also be connected to a switch to 0V (ground) to provide a manual 'reset button' for the FRM010


connectorid: connector11
name: JP3 - Polarity selection
description:
Connect this pin to 0V (ground) when connected directly to a PC or controlled by a PICAXE using an 'N' baud rate. Leave this pin unconnected when controlled by a PICAXE using a 'T' baud rate


connectorid: connector12
name: JP4 - Number of Lines selection
description:
Connect this pin to 0V (ground) for a single line display. Leave the pin unconnected for a two line display


connectorid: connector10
name: JP2 - Baud Rate selection
description:
Connect this pin to 0V (ground) to select 9600 baud operation. Leave the pin unconnected to select 2400 baud operation


connectorid: connector2
name: Serial In
description:
This is the serial input used to control the FRM010. Connect to a digital output of your controller via a 1K resistor or via a 22K resistor when connected directly to a PC or to an input signal whose voltage is greater than the power supply


connectorid: connector9
name: JP1 - Welcome Message selection
description:
Connect this pin to 0V (ground) to display a welcome message. Leave this pin unconnected to not display the welcome message


connectorid: connector0
name: Reset
description:
Connect via a 4K7 resistor to the positive rail of the power supply in your circuit. This pin must be connected via the 4K7 resistor or the PICAXE will not operate correctly. This pin can also be connected to a switch to 0V (ground) to provide a manual 'reset button' for the PICAXE


connectorid: connector137
name: DIRECTION
description:
This determines the direction of rotation of the motor. Changes to this input do not take effect  until the next STEP rising edge.


connectorid: connector130
name: ENABLE
description:
This input turns on or off all of the FET outputs. When set to a logic high, the outputs are disabled. When set to a logic low, the internal control enables the outputs as required. The translator inputs STEP, DIR, and MSx, as well as the internal sequencing logic, all remain active, independent of the ENABLE input state.


connectorid: connector1
name: SO - Data Out
description:
This pin is used to read data from this device. Connect this pin to the 'SPI Data In' (DI/DIN/SI) pin or to a digital input pin of your controller


connectorid: connector6
name: HOLD
description:
This pin is used to pause communications to this device and is active low. Communications will be paused when this pin has a logic low presented to it. Connect this pin to a digital output pin of your controller or connect to the positive rail of the power supply for this circuit if communications are not to be paused


connectorid: connector0
name: CS - Chip Select
description:
This pin is used to enable access to this device and is active low. Access will be granted when this pin has a logic low presented to it. Connect this pin to a digital output pin of your controller or tie to 0V (ground) of the power supply for this circuit to permanently enable this device


connectorid: connector4
name: SI - Data In
description:
This pin is used to write data into this device. Connect this pin to the 'SPI Data Out' (DO/DOUT/SO) pin or to a digital output pin of your controller


connectorid: connector5
name: SCK - SPI Clock
description:
This pin is used to clock data in and data out of the device. Connect this pin to the 'SPI Clock' (SCK/SCLK) pin or to a digital output pin of your controller


connectorid: connector2
name: WP - Write Protect
description:
This pin is used to write protect this device and is active low. Connect this pin to a digital output of your controller or to the positive rail or 0V (ground) of your power supply. When presented with a logic low signal or connected to 0V (ground) the EEPROM will be write protected and memory contents cannot be altered


connectorid: connector1
name: SPI Data Out
description:
When using SPI mode this pin is used to read data from this device. Connect this pin to the 'SPI Data In' (DI/DIN/SI) pin or to a digital input pin of your controller


connectorid: connector4
name: I2C Data / SPI Data In
description:
When using I2C mode connect this pin to the 'I2C Data' (SDA) signal of the controller. When using SPI mode this pin is used to write data into this device. Connect this pin to the 'SPI Data Out' (DO/DOUT/SO) pin or to a digital output pin of your controller


connectorid: connector2
name: I2C Clock / SPI Clock
description:
When using I2C mode connect this pin to the 'I2C Clock' (SCL) signal of the controller. When using SPI mode this pin is used to clock data in and data out of the device. Connect this pin to the 'SPI Clock' (SCK/SCLK) pin or to a digital output pin of your controller


connectorid: connector16
name: B.1 / ADC 2 / Hint 2 / SRQ
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used as an input trigger to initiate a 'hardware interrupt'


connectorid: connector7
name: C.2 / ADC 8 / Keyboard Clock
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Clock' signal ( pin 5 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector15
name: B.2 / ADC 4 / C2+
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used as an input for the internal 'C2' comparator


connectorid: connector11
name: B.6 / ADC 11 / Hserin
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used to receive high-speed serial data


connectorid: connector12
name: B.5 / ADC 10 / HI2C Data / HSPI Data In
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. If using the PICAXE with I2C devices this pin should connect to the 'I2C Data' (SDA) pins of those devices and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit. If using the PICAXE with SPI devices this pin should connect to the 'SPI Data Out' (DO/DOUT/SO) pins of those devices


connectorid: connector4
name: C.5 / PWM C.5 / HPWM A
description:
This pin can be used as a digital input and a digital output. This pin can be used to generate a background PWM output signal using the PWMOUT or HPWM commands


connectorid: connector10
name: B.7 / HI2C Clock / HSPI clock
description:
This pin can be used as a digital input and a digital output. If using the PICAXE with I2C devices this pin should connect to the 'I2C Clock' (SCL) pins of those devices and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit. If using the PICAXE with SPI devices this pin should connect to the 'SPI Clock' (SCK/SCLK) pins of those devices


connectorid: connector9
name: C.0 / Hserout
description:
This pin can be used as a digital input and a digital output. This pin can be used to output high-speed serial data


connectorid: connector13
name: B.4 / ADC 8 / C1- / HPWM D
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used as an input for the internal 'C1' comparator. This pin can be used to generate a background PWM output signal using the HPWM command


connectorid: connector5
name: C.4 / SRNQ / HPWM B
description:
This pin can be used as a digital input and a digital output. This pin can be used to generate a background PWM output signal using the HPWM command


connectorid: connector6
name: C.3 / ADC 7 / HPWM C
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used to generate a background PWM output signal using the HPWM command


connectorid: connector8
name: C.1 / ADC 9 / Keyboard Data / HSPI Data Out
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. If using the PICAXE with SPI devices this pin should connect to the 'SPI Data In' (DI/DIN/SI) pins of those devices. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Data' signal ( pin 1 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector18
name: Serial Out / A.0
description:
Connect to the output pin of the download connector for the PICAXE download circuit. This pin can also be used as an independent digital output


connectorid: connector17
name: B.0 / ADC 1 / VREF+ / Hint 1
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used to set the upper voltage converted by the ADC. This pin can be used as an input trigger to initiate a 'hardware interrupt'


connectorid: connector4
name: SCIO - Data I/O
description:
This pin is used to read data from the device and to provide data to be written. Connect this pin to a digital I/O pin of your controller


connectorid: connector10
name: RST
description:
this is the reset pin for the ESP8266, pulled high by default. When pulled down to ground momentarily it will reset the ESP8266 system


connectorid: connector19
name: LDO
description:
Enable pin for the regulator. By default its pulled high, when connected to ground it will turn off the 3.3V regulator.


connectorid: connector8
name: EN
description:
This is the enable pin for the ESP8266, pulled high by default. When pulled down to ground momentarily it will reset the ESP8266 system.


connectorid: connector16
name: In 0 / ADC 0 / Infrain
description:
This pin can be used as a digital input or can be used as an analogue input. The output from an Infra-Red Receiver can be connected to this pin


connectorid: connector15
name: In 7 / Keyboard Data
description:
This pin can be used as a digital input. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Data' signal ( pin 1 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector14
name: In 6 / Keyboard Clock
description:
This pin can be used as a digital input. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Clock' signal ( pin 5 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector9
name: Out 4 / I2C Clock
description:
This pin can be used as a digital output. If using the PICAXE with I2C devices this pin should connect to the 'I2C Clock' (SCL) pins of those devices and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector6
name: Out 1 / I2C Data
description:
This pin can be used as a digital output. If using the PICAXE with I2C devices this pin should connect to the 'I2C Data' (SDA) pins of those devices and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector15
name: SPI clock
description:
When using SPI mode this pin is used to clock data in and data out of the device. Connect this pin to the 'SPI Clock' (SCK/SCLK) pin or to a digital output pin of your controller


connectorid: connector10
name: I2C Clock / SPI Data Out
description:
When using I2C mode connect this pin to the 'I2C Clock' (SCL) signal of the controller. When using SPI mode this pin is used to read data from this device. Connect this pin to the 'SPI Data In' (DI/DIN/SI) pin or to a digital input pin of your controller


connectorid: connector1
name: A1
description:
This pin is not used. Leave this pin unconnected or connect to either the positive rail or 0V (ground) of your power supply for this circuit


connectorid: connector6
name: WP - Write Protect
description:
This pin is used to write protect this device. Connect this pin to a digital output pin of the controller or the positive rail or 0V (ground) of your power supply. When presented with a logic high signal or connected to the postive rail the EEPROM will be write protected and memory contents cannot be altered


connectorid: connector3
name: In 4
description:
This is the input which controls output Out 4. This input should be connected to a digital output from your controller


connectorid: connector11
name: Out 5
description:
This is the output controlled by input 'In 5'. This is an open-collector output with an internal diode clamp to pin 9 (COM)


connectorid: connector1
name: In 2
description:
This is the input which controls output Out 2. This input should be connected to a digital output from your controller


connectorid: connector6
name: In 7
description:
This is the input which controls output Out 7. This input should be connected to a digital output from your controller


connectorid: connector0
name: In 1
description:
This is the input which controls output Out 1. This input should be connected to a digital output from your controller


connectorid: connector10
name: Out 6
description:
This is the output controlled by input 'In 6'. This is an open-collector output with an internal diode clamp to pin 9 (COM)


connectorid: connector9
name: Out 7
description:
This is the output controlled by input 'In 7'. This is an open-collector output with an internal diode clamp to pin 9 (COM)


connectorid: connector13
name: Out 3
description:
This is the output controlled by input 'In 3'. This is an open-collector output with an internal diode clamp to pin 9 (COM)


connectorid: connector15
name: Out 1
description:
This is the output controlled by input 'In 1'. This is an open-collector output with an internal diode clamp to pin 9 (COM)


connectorid: connector14
name: Out 2
description:
This is the output controlled by input 'In 2'. This is an open-collector output with an internal diode clamp to pin 9 (COM)


connectorid: connector8
name: COM - Common
description:
Connect this pin to the positive rail of the power supply to which the loads controlled by the outputs are connected to


connectorid: connector12
name: Out 4
description:
This is the output controlled by input 'In 4'. This is an open-collector output with an internal diode clamp to pin 9 (COM)


connectorid: connector4
name: In 5
description:
This is the input which controls output Out 5. This input should be connected to a digital output from your controller


connectorid: connector5
name: In 6
description:
This is the input which controls output Out 6. This input should be connected to a digital output from your controller


connectorid: connector2
name: In 3
description:
This is the input which controls output Out 3. This input should be connected to a digital output from your controller


connectorid: connector3
name: In 3 / Infrain
description:
This pin can be used as a digital input. The output from an Infra-Red Receiver can be connected to this pin


connectorid: connector12
name: Serial Out / Out 0 / Infraout
description:
Connect to the output pin of the download connector for the PICAXE download circuit. This pin can be used as a digital output and can be used to drive an Infra-Red LED


connectorid: connector16
name: C.6 / Hserout / Keyboard Clock
description:
This pin can be used as a digital input and a digital output. This pin can be used to output high-speed serial data. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Clock' signal ( pin 5 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector3
name: A.2 / ADC 2 / C1+
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used as an input for the internal 'C1' comparator


connectorid: connector15
name: C.5 / SPI Data Out
description:
This pin can be used as a digital input and a digital output. If using the PICAXE with SPI devices this pin should connect to the 'SPI Data In' (DI/DIN/SI) pins of those devices


connectorid: connector11
name: C.1 / PWM C.1
description:
This pin can be used as a digital input and a digital output. This pin can be used to generate a background PWM output signal using the PWMOUT command


connectorid: connector14
name: C.4 / I2C Data / SPI Data In
description:
This pin can be used as a digital input and a digital output. If using the PICAXE with I2C devices this pin should connect to the 'I2C Data' (SDA) pins of those devices and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit. If using the PICAXE with SPI devices this pin should connect to the 'SPI Data Out' (DO/DOUT/SO) pins of those devices


connectorid: connector10
name: C.0 / Timer Clock
description:
This pin can be used as a digital input and a digital output. This pin can be used to increment the internal 'timer' variable of the PICAXE


connectorid: connector9
name: Resonator ( Optional )
description:
Connect to a resonator or crystal if you wish to use one. The PICAXE will operate without a resonator or crystal connected


connectorid: connector17
name: C.7 / Hserin / Keyboard Data
description:
This pin can be used as a digital input and a digital output. This pin can be used to receive high-speed serial data. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Data' signal ( pin 1 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector15
name: In 5 / SPI Data Out
description:
This pin can be used as a digital input. If using the PICAXE with SPI devices this pin should connect to the 'SPI Data In' (DI/DIN/SI) pins of those devices


connectorid: connector11
name: In 1 / PWM 1
description:
This pin can be used as a digital input. This pin can be used to generate a background PWM output signal using the PWMOUT command


connectorid: connector12
name: In 2 / PWM 2 / HPWM A
description:
This pin can be used as a digital input. This pin can be used to generate a background PWM output signal using the PWMOUT or HPWM commands


connectorid: connector14
name: In 4 / I2C Data / SPI Data In
description:
This pin can be used as a digital input. If using the PICAXE with I2C devices this pin should connect to the 'I2C Data' (SDA) pins of those devices and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit. If using the PICAXE with SPI devices this pin should connect to the 'SPI Data Out' (DO/DOUT/SO) pins of those devices


connectorid: connector21
name: Out 1 / HPWM C
description:
This pin can be used as a digital output. This pin can be used to generate a background PWM output signal using the HPWM command


connectorid: connector10
name: In 0 / Timer Clock
description:
This pin can be used as a digital input. This pin can be used to increment the internal 'timer' variable of the PICAXE


connectorid: connector13
name: In 3 / I2C Clock / SPI Clock
description:
This pin can be used as a digital input. If using the PICAXE with I2C devices this pin should connect to the 'I2C Clock' (SCL) pins of those devices and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit. If using the PICAXE with SPI devices this pin should connect to the 'SPI Clock' (SCK/SCLK) pins of those devices


connectorid: connector17
name: In 7 / Hserin / Keyboard Data
description:
This pin can be used as a digital input. This pin can be used to receive high-speed serial data. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Data' signal ( pin 1 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector36
name: P28
description:
General purpose I/O Port A. Can source/sink 40 mA each at 3.3 VDC. I2C SCL connection to optional, external EEPROM.


connectorid: connector37
name: P29
description:
General purpose I/O Port A. Can source/sink 40 mA each at 3.3 VDC. I2C SDA connection to optional, external EEPROM.


connectorid: connector1
name: A1
description:
Connect this pin to either the positive rail or 0V (ground) of your power supply for this circuit to select the 'I2C Device Address' for this component


connectorid: connector2
name: A2 (CS)
description:
This pin is used as a chip select and is active high. Access will be granted when this pin has a logic high presented to it. Connect this pin to a digital output pin of your controller or tie to the positive power rail of the power supply for this circuit to permanently enable this device


connectorid: connector25
name: In/Out C7 / HSerin
description:
This pin can be used as a digital input and a digital output. This pin can be used to receive high-speed serial data


connectorid: connector33
name: B.1 / ADC 10 / Hint 1 / HPWM C
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used to generate a background PWM output signal using the HPWM command. This pin can be used as an input trigger to initiate a 'hardware interrupt'


connectorid: connector28
name: D.6 / HPWM B / Keyboard Clock
description:
This pin can be used as a digital input and a digital output. This pin can be used to generate a background PWM output signal using the HPWM command. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Clock' signal ( pin 5 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector29
name: D.7 / HPWM D / Keyboard Data
description:
This pin can be used as a digital input and a digital output. This pin can be used to generate a background PWM output signal using the HPWM command. If using the PICAXE with a PS/2 keyboard this pin should connect to the 'PS/2 Keyboard Data' signal ( pin 1 on a PS/2 mini-DIN connector ) and a 4K7 resistor should connect from this pin to the positive rail of the power supply in your circuit


connectorid: connector7
name: +Vmotor
description:
Connect to the positive rail of the power supply which is to power your motor. This may be the same rail to which pin 16 connects to but does not have to be


connectorid: connector6
name: 7: Reference In
description:
In normal operaiton pin 7 is tied to pin 8 (reference output) to achieve all isted accuracy and drift specs).


connectorid: connector9
name: 10: Analog Common
description:
Connected to internal, low-noise relative ground for certain differential and floating measurements.


connectorid: connector8
name: 9: Display Test/Hold
description:
Tie to VCC (pin 1) to active meter DISPLAY TEST feature, lighting all segments. DO NOT leave meter in test mode for more than 10 seconds. Normally this pin is left floating.


connectorid: connector39
name: VIN
description:
Unregulated power in: accepts 5.5 - 12 VDC (7.5 recommended), which is then internally regulated to 5 volts.


connectorid: connector6
name: Serial Out / Out 0
description:
Connect to the output pin of the download connector for the PICAXE download circuit. This pin can be used as a digital output


connectorid: connector9
name: Data-signal
description:
It goes directly connect to the digital signal and also it connects by a 1k ohm resistor with Vcc, It's something like this:

Data-signal -> Digital Signal

                   -> 1K ohm -> Vcc


connectorid: connector4
name: In/Out 2 / ADC 2 / PWM 2
description:
This pin can be used as a digital input and a digital output or can be used as an analogue input. This pin can be used to generate a background PWM output signal using the PWMOUT command


connectorid: connector16
name: Out 2
description:
This is the output controlled by input 'In 2'. This is an open-collector output with an internal diode clamp to pin 10 (COM)


connectorid: connector7
name: In 8
description:
This is the input which controls output Out 8. This input should be connected to a digital output from your controller


connectorid: connector15
name: Out 3
description:
This is the output controlled by input 'In 3'. This is an open-collector output with an internal diode clamp to pin 10 (COM)


connectorid: connector11
name: Out 7
description:
This is the output controlled by input 'In 7'. This is an open-collector output with an internal diode clamp to pin 10 (COM)


connectorid: connector12
name: Out 6
description:
This is the output controlled by input 'In 6'. This is an open-collector output with an internal diode clamp to pin 10 (COM)


connectorid: connector14
name: Out 4
description:
This is the output controlled by input 'In 4'. This is an open-collector output with an internal diode clamp to pin 10 (COM)


connectorid: connector10
name: Out 8
description:
This is the output controlled by input 'In 8'. This is an open-collector output with an internal diode clamp to pin 10 (COM)


connectorid: connector13
name: Out 5
description:
This is the output controlled by input 'In 5'. This is an open-collector output with an internal diode clamp to pin 10 (COM)


connectorid: connector17
name: Out 1
description:
This is the output controlled by input 'In 1'. This is an open-collector output with an internal diode clamp to pin 10 (COM)


connectorid: connector4
name: DCLCK/CFIL/FFIT
description:
DO/AIO/DO - Clock output (no FIFO )/external filter capacitor (analog mode)/FIFO interrupts (active high). When FIFO level set to 1, FIFO empty interruption can be achieved.


connectorid: connector4
name: CE - Chip Enable
description:
This pin is used as a chip enable and to initiate communications with the device. This pin is active high and the chip will be enabled when this pin has a logic high presented to it. Connect this pin to a digital output pin of your controller


connectorid: connector19
name: BEE_20_RI
description:
Pin 20 on the bee slot is normally not connected but by using solder jumper it can be used to connect to pin A7 for the Ring Indicator signal


connectorid: connector204
name: BEE_9_DTR
description:
Pin 9 on the bee slot is connected to D23 and is used as DTR pin to switch bee modules on and off or enable sleep


connectorid: connector197
name: BEE_2_RXD
description:
Pin 2 on the bee slot is connected to Serial1 (RXD1). With a solder jumber this can be changed to Serial (RDX0)


connectorid: connector11
name: BEE_12_CTS
description:
Pin 12 on the bee slot is connected to D8 and is used as CTS pin to indicate if the bee module is ready


connectorid: connector198
name: BEE_3_TXD
description:
Pin 3 on the bee slot is connected to Serial1 (TXD1). With a solder jumber this can be changed to Serial (TDX0)


connectorid: connector210
name: BEE_15_ASSOC
description:
Pin 15 on the bee slot is normally not connected but by using solder jumper it can be used to connect to pin A7


connectorid: connector16
name: BEE_17_RESET
description:
Pin 17 on the bee slot is normally not connected but can be connected to the MCU RESET pin by making solder jumper SJ7


