BV4615. Dual Interface Zero Keypad. Product specification. Dec 2009 V0.a. ByVac Page 1 of 11

Size: px
Start display at page:

Download "BV4615. Dual Interface Zero Keypad. Product specification. Dec 2009 V0.a. ByVac Page 1 of 11"

Transcription

1 Product specification Dec 2009 V0.a ByVac Page 1 of 11

2 Contents 1. Introduction Features Physical Specification Serial connector Multiple Devices I2C Output Connector Operation Power Supply IR Reception Independent Mode VT Serial Mode I2C Mode Writing Reading Hardware Reset Low Power Modes Implemented Escape Codes & I2C commands Changing Baud Rate ByVac Page 2 of 11

3 Rev December 2009 October 2012 Change Preliminary Note about using ribbon cable 1. Introduction The is a dual interface Infra red remote control decoder that will work with an RC-5 coding scheme. It will output serial data from the TX pin for whatever key is pressed on the remote control. In addition to that it will also output a signal to the side connector. Using commands the device can easily be set up for different Baud rates and modes of operation. The interface can be I2C or Serial or just using the output connector. NOTE This device will only decode the RC- 5 type protocol, see section 5 for more details. 2. Features Serial Input and I2C input Baud rate from a selection of rates up to Multiple devices on same Com port I2C up to 400KHz VT100 subset 32 byte input buffer (serial) 36kHz IR receiver Supply voltage 4.5 to 5V DC Current: 100uA, 2.3mA * Size: 28mm x 24mm * Normal operation is 2.3mA but there is an ultra low power option, see text, section Physical Specification The has a BV Dual connector and an output connector. The signals are received from an IR Remote control and then output to either the Serial or the I2C interface and also to the output connector. This device can be used stand alone without any serial or I2C connections and will produce and output to the output connector. The output connector is the one shown at the bottom of the picture marked 1 to 5, _V and ground. The device can also be powered from this connector if required. Physical Layout 3.1. Serial connector The BV Dual connector is a 2x5 pin at the side of the device. Pin 1 is marked with 1. The odd pins are in a vertical row to the right and the even pins are to the left. This connector is the main interface for Serial and I2C. Pin Function Function Pin 2 ndd (I) RX (I) 1 4 Reset (I) TX (O) 3 6 SCK (I) +V 5 8 ncts (I) SDA (I/O) 7 10 nrts (O) Gnd 9 BV Dual Serial connector (Greyed out cells not implemented for this device) NOTE If you use a ribbon cable an IDE connector check the pin numbering at the other end. (O) is an output (I) is an input The device will also work independently of anything connected to this connector, see modes of operation. The RX and TX signals are 5V compatible but they must NOT be connected directly to a PC COM port. Some form of serial voltage translation is required if a PC COM port is used. A BV101/2/3 is ideal for that purpose. ByVac Page 3 of 11

4 If a PC Com port is being used then some form of voltage translator is required as shown. RX This is the serial receive and expects signals 0 to 5V. The idle state is high (5V). This line would normally be connected to the host TX line. TX As RX but this is the output from the device. This would normally be connected to the host RX line +V Is the main power supply for the device which is also connected to the output connector. The logic and processor boards are capable of working from 3.3V or 5V logic but IR receiver will only work from 4.5 to 5V. nrts (output) Hardware handshaking. A hardware handshaking outputs has been provided (nrts) but for this type of device it will largely be unnecessary. This is because the has a 32 byte character buffer and for the size of the device it is unlikely to get filled. This line is held low (0V) by the device when it is ready to accept data, it will put this line high when the buffer is full. The transmitter could monitor this and only send characters when the line is low. This signal is normally connected to the CTS line of the transmitting device. ncts Is the complement of nrts, when implemented the device will stop transmitting if this is held low. ndd This is called the Device Disable and if left disconnected the line is pulled high by an internal pull up resistor, thus enabling the device. If the line is taken low then the device becomes disconnected from the serial interface. This is so that more than one device can be connected to the same serial bus. If the line is pulled low, the devices UART will be disabled and the RTS line will also be disconnected, effectively removing the device from the circuitry. This will take a finite time to accomplish (approximately 10uS) and so this must be taken into account when switching between devices. I2C Interface This interface only requires 4 lines, +V, Gnd, SDA and SCL. SCL Is the clock line which is driven by the master device. All transfers are initiated by the master device and information is passed when this line is active. SDA Is the data line which can be either output or input depending of whether the device is transmitting or receiving information. The bus does require pull up resistors, this is usually provided by the host. The resistors are not built into this device Multiple Devices As previously mentioned it is possible to control more than one device by using the ndd signal line. This is similar to Chip Select except it does the opposite, when asserted (taken low) it deselects the device. In this example 3 GPIO lines are used from a microcontroller, at any time two of them will be low and one high to select one device I2C The I2C interface is on pins 6 and 7 of the BV Dual connector. Four wires are normally needed, +V,GND,SDA and SCK. The device operates in one of two modes, either Serial or I2C and this is decided at reset. There is a 100k resistor holding the SDA line low, if no connection is made to this then the will know to select the serial mode. If an I2C bus is connected, it will have pull up resistors on the SDA and SCK lines as per I2C specification. At reset the will detect this and go into I2C mode. The IND and DET LED s indicate which mode the device is in after reset, see the table below. There is a 30mS delay built in to ensure that the power to the I2C bus is applied before detection, however in some circumstances it may be that the power to the I2C bus is applied after this. If this is the case (very unlikely) then a 10k or less, resistor should be connected from pin 5 to pin 7 on the BV Dual connector. This will ensure that the device will always select I2C mode. DET IND Meaning flash x The DET LED will flash whenever there is an IR signal being detected regardless of the coding. x flash At reset A short burst of flashes indicates serial mode x flash One long flash of approximate 1 second duration indicates I2C ByVac Page 4 of 11

5 mode. on on Both continuously on indicates that the serial interface is waiting to detect the Baud rate. off off Normal operation x on A number 12 has been received which is the standard RC-5 code for off/standby. It will remain in until another number is received. LED Indication Table x indicates don t care 4. Output Connector Pin Function 1 Output 1 2 Output 2 3 Output 3 4 Output 4 5 Output 5 6 KIB 7 +V 8 Gnd Output Connector The output connector has 6 digital outputs and can be configured to give various combinations of signals. The KIB output will go high when a code is in the single byte buffer. As it is read out immediately by the serial interface this will only give a pulse of 1mS duration. The output is always active regardless of the mode (serial or I2C) and will reflect what is being received by the IR receiver. 5. Operation The device is designed to be used either with or without a serial / I2C interface. It will output to the output connector by default. Setting up the device consists of obtaining the correct RC remote control output and then reading the values from the output connector. If a serial or I2C interface is available then a more advance configuration can be considered. See the VT100 table for what can be achieved Power Supply A power source is required of between 4.5V and 5V DC. This can be applied to pins 5 & 9 of the Dual Interface connector or to pins 7 & 8 of the output connector IR Reception The first step is to establish correct RC operation. The remote control protocol used is the RC-5. This coding is used by Phillips and if a universal remote is available then set it to one of the Phillips TV types. If the correct coding is in place then the IND LED will illuminate when the off/standby button is pressed. Connect a power source and press off/standby on the remote. The DET LED will flash and if the correct protocol is being used then the IND LED will illuminate and stay on until another key is pressed. If using a universal remote then choose a code that is specified for a Phillips television. If this is not available then it is best to connect a serial interface so that the decoded signals can be viewed. Set the control so that the remote is producing low values say 1 to 100, these may be acceptable even though the correct codes are not being produced. Most universal remotes have an auto detect, that will scan though the codes one after the other. When the IND LED illuminates you know you have the correct coding. This is because the IND LED is the equivalent value for the standby button which these remotes use as an indicator Independent Mode Once a suitable remote has been found then the device can be used stand alone with signals coming from the output connector to drive other devices. In this mode only the output connector need be used as power can be supplied to that. RC O1 O2 O3 O4 O5 O6 1 H L L L L P 2 L H L L L P 3 L L H L L P 4 L L L H L P 5 L L L L H P X L L L L L P Decimal Output Default (non-toggle) The above table shows the state of the output connector when various numbers are received from the RC. Output 6 will pulse high for 1mS as a number is received. Any number other then 1-5 will cause all of the outputs to go low. RC O1 O2 O3 O4 O5 O6 1 H L L L L P ByVac Page 5 of 11

6 2 L H L L L P 3 H H L L L P 4 L L H L L P 5 H L H L L P 6 L H H L L P 7 H H H L L P 8 L L L H L P 9 H L L H L P 10 L H L H L P 11 H H L H L P 12 L L H H L P 13 H L H H L P 14 L H H H L P 15 H H H H L P 16 L L L L H p 17 H L L L H P 18 L H L L H P 19 H H L L H P 21 L L H L H P 21 H L H L H P 22 L H H L H P 23 H H H L H P 24 L L L H H P 25 H L L H H P 26 L H L H H P 27 H H L H H P 28 L L H H H P 29 H L H H H P 30 L H H H H P 31 H H H H H P Binary Mode The binary mode will give more information on the outputs and as can be seen is good for numbers up to 31, values outside this range will give all low. There is also a toggle mode which can be applied to either decimal or binary. In this mode pressing for example button 1 will give a high on 1, pressing it again will give a low on 1. The modes can be altered and changed by using the serial or I2C interface. far removed from a terminal that just about all of the commands are non-standard. The device, as well as outputting to the output connector will also send a stream of text data to the TX line that can be read by a terminal or microcontroller. See serial mode section 7. To change the way the device works then a connection from the hosts TX line to the devices RX line should be made. This will allow commands to be sent to the device. Commands always start with an ESC (0X1B) followed by other characters. Normally once the command is entered the command is acted upon, there is no feedback (prompt) from the device. The device can also be configured using the command set as described in the table below, this configuration can then be optionally written to the EEPROM so that the device behaves as configured at start up. 7. Serial Mode The factory default is initially set to a fixed 9600 baud, 1 start bit, 1 or 2 stop bits and no parity. The Baud rate can be changed if required see section 10. If just the TX line is connected (RX for the host) then any number received by the device is sent to the TX line in the following format: <number><13> The <number> is a decimal ASCII code representing the decimal value. This is terminated with a byte value of 13. As an example suppose the number 37 was received by the IR. This would be sent to the TX as: <51><55><13> or <0x33><0x37><0x0D> This can be easily decoded by a microcontroller using the 13 as the delimiting byte. A further advantage is that is can also be seen as a number on a standard terminal I2C Mode This device is unusual in that the I2C serial bus is effectively used as a substitute for the serial bus and so instead of having a separate command set for I2C, the I2C mirrors the serial commands. This applies to writing, reading is a special case that is explained below. The default I2C address is: 8bit 7bit write 0x24 read 0x25 0x12 For an explanation of I2C addressing and trouble shooting see 6. VT100 Commands to the device are based on this command set although for this device it is so ByVac Page 6 of 11

7 7.2. Writing Example strings are given in blue (including the prompt) when using the BV4221, USB to I2C device. The I2C interface mirrors exactly the serial interface, there are no special command modes. For example to set the output to binary mode (esc[?24b) s 24 1b 5b 3f p 0x24>1b 5b 3f p Where s is the start condition and p is the stop condition. As can be seen the I2C bytes simply copy the VT100 text. Where spaces are required for example in this command esc[?31 <number>a where a space is required between the 31 and <number> then this must also be included in the I2C string, e.g. s 24 1b 5b 3f Note that space 20 has been included. This command will in fact change the I2C address form 24 to Reading Reading is slightly different in that, first a command is given as in the writing mode and then a read is performed using the device read address (0x25 in 8 bit addressing). The read should read out 2 bytes, the first byte is the high value and the second byte is the low value of a 16 bit number. A restart command can also be used if required. As an example to return the firmware version the first command will be: (esc[?30b) s 24 1b 5b 3f p This will have populated the I2C buffer with a value that can be read out: s 25 <read two bytes> or using the BV4221 0x24>s 1b 5b 3f r g-2 p 0x24>s 1b 5b 6b r g-2 p Read is of course used to read the IR receiver and this has a special format: the high byte contains a valid key indicator and the low byte is the value. This does restrict the key value to between 0 and 255. High Byte T x x x x x x V T is the toggle bit, V is the valid bit and x is don t care set to 0. When a remote is pressed it will send out a number, this number is captured in the I2C second byte and the V bit is set in the first byte as above. When the I2C is read the V bit is cleared (set to 0) but the second byte still contains the old value. If the same value is sent again, the T bit will be set and if sent again it will be cleared. This is a function of the IR transmitter and this device simply reflects what is being sent. The toggle bit can be used for determining when the same value has been pressed more than once. This bit is not cleared when the I2C is read. It is cleared and set by the IR transmitter (remote). 8. Hardware Reset The purpose of the hardware reset is to reset the EEPROM back to a known position so that the device will have the same EEPROM defaults as when it left the factory. The procedure is: 1) Disconnect the device from power 2) Connect the reset pins together, these are shown on the picture at the top of this text marked FR in red. 3) Apply power 4) Disconnect power The EEPROM defaults will now be restored. 9. Low Power Modes The device has two low power options available. Low power and ultra low power. In low power mode the processor clock speed is reduced and the IR detector is switched on for 50mS out of every 1.5 seconds (timing approximate). The IND LED is also switched on for 0.6mS out of every 1.5 seconds. This reduces the average current consumption to approximately 200uA. When the IR detects a signal the clock speed is ramped up and full power is restored to allow the decoder to correctly decode the IR signal and present it to the output connector and serial interfaces. The device remains in high power mode for a few seconds before reverting back to low power mode. Ultra low power mode is the dame except the LED is not switched on thus no indication is available when the device is in low power mode. In this mode the average current consumption is approximately 100uA. There are some things to be aware of when using this mode: 1. The power is ramped up upon receiving an IR signal, if the device is used in an IR noisey environment then the power may be ramped up more then expected thus consuming more average current than expected. ByVac Page 7 of 11

8 2. Because the IR detector is only on for a limited time the device will not respond as quickly and also there may be one or two false readings until the IR detector has become fully active. This may also effect the range that the device will work at. 3. The serial ports are disabled in low power mode. To enter commands the device needs to be in high power mode, this happens when an IR signal is being received and also at reset for a few seconds. The device will also stay in high power mode whilst ever the RX line is receiving data. Providing the gap between entering characters does not exceed a few seconds then commands can be entered at reset. This gives the operator a chance to come out of the low power mode or set the mode to EEPROM using the write to EEPROM command after entering the low power mode command. ByVac Page 8 of 11

9 9.1. Implemented Escape Codes & I2C commands In the table the left hand columns indicate: S Column is the VT100 standard, Y is standard, P is partially standard, N is non-standard The EEPROM/Default column shows the default values from the factory, E indicates that this value is stored in EEPROM and the esc[?27d command will write the current values to the EEPROM for next time see note [2] after this table. Grayed out cells are not implemented on this device. Unless otherwise stated all numbers are in decimal. S Code EEPROM Default Name Description N esc[?24a E default Output decimal mode Output to the connector is from 1 to 5, each pin represents a value presented to it by the remote control, so if 3 then pin 3 would be high and the rest of the pins low. If a number outside the range (1 to 5) is sent then all of the pins remain low. N esc[?24b Output binary mode Output to the connector is in binary form using the pins to represent values from 1 to 31, any values outside this and all of the pins will go low. N esc[?24c Output toggle mode on When in toggle mode the output pin for that number will toggle each time the control is pressed, for example if pin 1 is low and 1 is pressed on the remote then pin 1 will go high. If 1 is pressed again on the remote then pin 1 will go low and so on. The other pins will not be effected. N esc[?24d E default Output toggle mode off In this mode the relevant pin will only go high and stay high when the particular key is pressed, if another key is pressed then that pin will go high and all of the other pins will go low. N esc[?24e Serial T output The serial output will follow with a T when the toggle bit is sent by the remote. NOTE this will only work with the toggle mode on (esc[?24c) otherwise the T will be shown all of the time. Does not apply to I2C N esc[?24f E default Serial without toggle The serial output will not show when the toggle bit has been sent. N esc[?24g E default Normal Power Normal power mode (see text for power modes) N esc[?24h Low Power with IND Low power mode with IND LED flashing to indicate this mode. N esc[?24i Ultra low power mode Ultra low power, the LED to indicate low power mode is switched off making a power saving. N esc[?27d Write defaults to EEPROM The default settings are stored in EEPROM and can be changed dynamically by various commands, this command will write the user settings to EEPROM. All of the variables with E in the EEPROM column will be written to the EEPROM and that will be the new default at switch on. See note [2]. ByVac Page 9 of 11

10 N esc[?29 <num>a E cf Writes to EEPROM Baud rate fine tune: 38,400 N esc[?29 <num>b E 8a Writes to EEPROM Baud rate fine tune: It may be required, depending on the host system that the higher Baud rates need fine tuning. This command will place the value in the Baud rate register that will effect the actual rate. Under normal circumstances theses will not be needed but are provided for maximum flexibility. The number should be entered in hex without any preceding 0x or trailing h and there must be a space between the 29 and the value. Example: esc[?29 cf See text for 38,400 Baud Rate 57,600 N esc[?29 <num>c E 44 Writes to EEPROM Baud rate fine tune: See text for 38,400 Baud Rate 115,200 N esc[?30h AutoBaud on At reset the system will wait for CR (13) to be entered, this will establish the Baud rate with the host and so the host can take up any of the selected Baud rates and this device will match it. The selected Baud rates are: 9,600 14,400 19,200 38,400 57, ,200 esc[?30i E Off AutoBaud off This is the default, the device will use the Baud rate that is in use when this command is invoked. This command is different in that it will immediately write to EEPROM without the need for an EEPROM write command (esc[?27d). After this command is used the device uses the fixed Baud rate. To set a different Baud rate then use esc[?30h to turn on the AutoBaud and set the desired Baud rate before invoking this command again. See section 10 on how to change the Baud rate. N esc[?30b Returns Firmware version Returns the firmware version in the form of two characters, the first is the major number 1-9 and the second is the minor number a-z, example 1b. This is followed by the ACK character. I2C This returns two bytes the first byte is the major number with a value of 1 to 9 and the second is the minor number with a value of 61 to 122 representing the ASCII code for a to z ByVac Page 10 of 11

11 N esc[?31 <address>a Set I2C Address This is used to set the I2C address from its default value. The value is in hex format and must be an even number as this is the 8 bit write address. Odd numbers will be rejected. The address is set while ever the device is powered and takes effect immediately. To write the address to EEPROM, use the write to EEPROM command. NOTE: There must be a space between the 31 and the new address and this includes when specifying the output from I2C. For example changing the I2C address to 0x34 would be: (values in hex, old address is 0x24) s 24 1b 5b 3f p 3f is?31 20 is the space is the new address 34 P escc Reset device Carries out a software reset Notes [2] At start up (reset) the EEPROM is read and various parameters on the EEPROM are stored to RAM, the parameters that are read form EEPROM are indicated in the third column by being marked with an E. During operation a parameter may be changed. This will take immediate effect but if the device is reset the parameter will revert back to the default stored in EEPROM. To fix the new value command esc[?27d will write all of the parameters in RAM to EEPROM thus fixing their values. This command writes ALL of the parameters marked as E. 10. Changing Baud Rate By default the Baud rate is fixed at 9600, this can be changed however id communication is established with the device using the devices RX line. To change the Baud rate, Auto-Baud has to be selected first, the procedure is as follows: 1. Issue command esc[?30h 2. Reset the device by power down/up or use the reset line. Auto-Baud mode will be indicated by the DET and IND LED s both being illuminated. 3. Set BV-COM (or other terminal) to the desired Baud rate, only choose one of the accepted rates. 4. Press enter. A > character will appear on the terminal and the IND LED will flash to indicate that the rate has been accepted 5. To fix this Baud rate issue the command esc[?30i ByVac Page 11 of 11

BV4626 General Purpose I/O. Product specification. Mar 2010 V0.a. ByVac Page 1 of 13

BV4626 General Purpose I/O. Product specification. Mar 2010 V0.a. ByVac Page 1 of 13 General Purpose I/O Product specification Mar 2010 V0.a ByVac Page 1 of 13 Contents 1. Introduction... 3 2. Features... 3 3. Physical Specification... 3 3.1. JP7... 3 3.2. Control Interface... 4 3.3. Serial

More information

BV4511. VT100 Display Controller. Product specification. Aug 2009 V0.a. ByVac Page 1 of 10

BV4511. VT100 Display Controller. Product specification. Aug 2009 V0.a. ByVac Page 1 of 10 Product specification Aug 2009 V0.a ByVac Page 1 of 10 Contents 1. Introduction...3 2. Features...3 3. Physical Specification...3 3.1. Serial Interface...3 3.2. Connection Examples...4 3.3. Multiple Displays...4

More information

BV x64 Serial + I2C Graphic Controller. Product specification. Apr 2013 V0.a. ByVac Page 1 of 12

BV x64 Serial + I2C Graphic Controller. Product specification. Apr 2013 V0.a. ByVac Page 1 of 12 Product specification Apr 2013 V0.a ByVac Page 1 of 12 Contents 1. Introduction... 3 2. Features... 3 3. Physical Specification... 3 3.1. Control Interface... 3 3.2. Serial Interface... 3 3.3. Multiple

More information

Dual Interface LCD Display Controller

Dual Interface LCD Display Controller Dual Interface LCD Display & Keypad Controller Product specification Nov 2013 V0.a ByVac Page 1 of 11 Contents 1. Introduction... 3 2. Features... 3 3. BV4618, Comparison... 3 3.1.1. BV4618... 3 3.1.2....

More information

BV4542. I2C or Serial 16x2 with Keypad interface

BV4542. I2C or Serial 16x2 with Keypad interface BV4543 I2C or Serial 16x2 with Keypad interface Date Firmware Revision February 2018 Preliminary 11 Feb. 2018 1.1.1 Updated how serial works 16 Feb. 2018 1.1.3 Sleep updated Introduction This is an I2C

More information

BV4205. I2C-10 Channel A to D. Product specification. January 2008 V0.a. ByVac Page 1 of 10

BV4205. I2C-10 Channel A to D. Product specification. January 2008 V0.a. ByVac Page 1 of 10 Product specification January 2008 V0.a ByVac Page 1 of 10 Contents 1. Introduction...4 2. Features...4 3. Physical Specification...4 3.1. Factory (hardware) reset...4 3.2. Analogue Inputs...4 3.3. Voltage

More information

BV4627 User Guide. Binary Interface

BV4627 User Guide. Binary Interface BV4627 User Guide Rev Dec 2010 Jan 2011 Jan 2011 Nov. 2013 Change Preliminary Update Firmware version 1.1 (IR setup) Addition of Arduino Library Added RPI I2C instructions, using notsmb Resources (zip

More information

BV4218. I2C-LCD & Keypad. Product specification. December 2008 V0.a. ByVac 2006 ByVac Page 1 of 9

BV4218. I2C-LCD & Keypad. Product specification. December 2008 V0.a. ByVac 2006 ByVac Page 1 of 9 Product specification December 2008 V0.a ByVac 2006 ByVac Page 1 of 9 Contents 1. Introduction...3 2. Features...3 3. Electrical Specification...3 4. I2C set...4 5. The LCD Set...5 5.1. 1...5 5.2. 2...5

More information

BV4531U. I2C or Serial 6 Way Relay

BV4531U. I2C or Serial 6 Way Relay BV4533 Date February 2018 11 Feb. 2018 Firmware Revision 1.0.4 Preliminary 1.1.0 Serial Updated I2C or Serial 6 Way Relay 3 Sep. 2018 1.1.0 I2C corrections, trigger is not used Introduction This is an

More information

Microcontroller. BV523 32bit Microcontroller. Product specification. Jun 2011 V0.a. ByVac Page 1 of 8

Microcontroller. BV523 32bit Microcontroller. Product specification. Jun 2011 V0.a. ByVac Page 1 of 8 32bit Product specification Jun 2011 V0.a ByVac Page 1 of 8 Contents 1. Introduction...3 2. Features...3 3. Physical Specification...3 3.1. PIC32...3 3.2. USB Interface...3 3.3. Power Supply...4 3.4. Power

More information

BV4505. IASI-Keypad Controller. Product specification. January 2009 V0.a. ByVac Page 1 of 13

BV4505. IASI-Keypad Controller. Product specification. January 2009 V0.a. ByVac Page 1 of 13 Product specification January 2009 V0.a ByVac Page 1 of 13 Contents 1. Introduction...3 2. Features...3 3. Electrical Specification...3 3.1. Keypad Interface...3 4. Key Values Returned...3 5. Factory Reset...3

More information

BV4601. Serial & I2C Twin Relay. Product specification. Sep V0.a. ByVac Page 1 of 10

BV4601. Serial & I2C Twin Relay. Product specification. Sep V0.a. ByVac Page 1 of 10 Product specification Sep. 2013 V0.a ByVac Page 1 of 10 Contents 1. Introduction... 3 2. Features... 3 3. Electrical interface... 3 3.1. Sideways Stackable... 3 3.2. Power Supply... 3 4. Relays... 4 5.

More information

BV4109. Serial LCD Controller. Product specification November ByVac 2006 ByVac Page 1 of 12

BV4109. Serial LCD Controller. Product specification November ByVac 2006 ByVac Page 1 of 12 Product specification November 2012 ByVac 2006 ByVac Page 1 of 12 IASI-LCD Module BV4108 Contents 1. Introduction...4 2. Features...4 3. Electrical interface...4 3.1. Serial...4 3.2. Factory...4 3.3. LCD

More information

BV4501 IASI Twin Relay. Product specification. December 2008 V0.a. ByVac Page 1 of 12

BV4501 IASI Twin Relay. Product specification. December 2008 V0.a. ByVac Page 1 of 12 IASI Twin Relay Product specification December 2008 V0.a ByVac Page 1 of 12 Contents 1. Introduction...4 2. Features...4 3. Electrical Specification...4 4. Factory Reset...4 5. IASI Command set...5 5.1.

More information

Figure 1. LCD & Keypad - RS232 Terminal

Figure 1. LCD & Keypad - RS232 Terminal LCD & Keypad - RS Terminal ADVANCE INFORMATION ALL INFORMATION IN THIS USER MANUAL IS PRELIMINARY AND SUBJECT TO CHANGE. LCD & Keypad - RS Terminal (R. Feb 005) 00 by DV Industrial Computer Introduction

More information

I2C and SPI Foundation

I2C and SPI Foundation Revision 30 September 2010 Release I2C and SPI Foundation 17 March 2018 changed ref: command f to x Introduction I2C (I squared C) and SPI (Serial peripheral Interface) are two main ways that microcontrollers

More information

BV4603 BV4604 BV4603/4. Serial Micro stepping Motor Driver. Product specification August 2013 V0.a. October of 15

BV4603 BV4604 BV4603/4. Serial Micro stepping Motor Driver. Product specification August 2013 V0.a. October of 15 BV4603 BV4604 Product specification August 2013 V0.a October 2008 1 of 15 www.byvac.com Contents 1. Introduction... 3 2. Features... 3 3. Sideways Stackable Connector... 3 3.1. Power Supply... 3 4. Serial

More information

GIGAVAC Contactors I 2 C Communication

GIGAVAC Contactors I 2 C Communication Document Revision: 3 GIGAVAC Contactors I 2 C Communication Product models: MXST15/16-mm-ss, delay on break contactors. Attention: Read this instruction entirely for a top-level-feel of what you prefer

More information

ICN12. I2C to UART Bridge, ADC,DAC and I/O

ICN12. I2C to UART Bridge, ADC,DAC and I/O Firmware version 1.4 Introduction ICN12 I2C to UART Bridge, ADC,DAC and I/O This is an I2C to UART bridge, designed to give an extra UART to a microcontroller when only I2C is available. It is an I2C device

More information

LCD05 datasheet 1.0

LCD05 datasheet 1.0 LCD05 green displays LCD05 blue displays The I2C and serial display driver provides easy operation of a standard 20 x 4 or 16 x 2 LCD Text display. It requires only a 5v power supply and the two data connections

More information

BV4212. I2C Front Panel with rotary input. Product specification. March of 8

BV4212. I2C Front Panel with rotary input. Product specification. March of 8 ByVac I2C Front Panel with rotary input Product Specification BV4212 BV4212 I2C Front Panel with rotary input Product specification March 2017 1 of 8 www.byvac.com ByVac I2C Front Panel with rotary input

More information

Basics of UART Communication

Basics of UART Communication Basics of UART Communication From: Circuit Basics UART stands for Universal Asynchronous Receiver/Transmitter. It s not a communication protocol like SPI and I2C, but a physical circuit in a microcontroller,

More information

I2C Interface for QL Emulators Part 1 Originally Published in QL Today, Vol 15, Issue 4, May-June 2011

I2C Interface for QL Emulators Part 1 Originally Published in QL Today, Vol 15, Issue 4, May-June 2011 I2C Interface for QL Emulators Part 1 Originally Published in QL Today, Vol 15, Issue 4, May-June 2011 One of the features that the Minerva II ROM provided for the original QL hardware was the I2C I/O

More information

USB-I2C USB to I2C Communications Module Technical Specification

USB-I2C USB to I2C Communications Module Technical Specification Page 1 of 7 USB-I2C USB to I2C Communications Module Technical Specification The USB-I2C module provides a complete interface between your PC and the I2C bus. The module is self powered from the USB cable

More information

Web Site: Forums: forums.parallax.com Sales: Technical:

Web Site:  Forums: forums.parallax.com Sales: Technical: Web Site: www.parallax.com Forums: forums.parallax.com Sales: sales@parallax.com Technical: support@parallax.com Office: (916) 624-8333 Fax: (916) 624-8003 Sales: (888) 512-1024 Tech Support: (888) 997-8267

More information

BV511 Hardware Guide ByVac ByVac Revision 1.0

BV511 Hardware Guide ByVac ByVac Revision 1.0 BV511 Hardware Guide ByVac ByVac 2007 www.byvac.co.uk Revision 1.0 ByVac 1 Copyright in this work is vested in ByVac and the document is issued in confidence for the purpose only for which it is supplied.

More information

LCD03 - I2C/Serial LCD Technical Documentation

LCD03 - I2C/Serial LCD Technical Documentation LCD03 - I2C/Serial LCD Technical Documentation 2YHUYLHZ The I2C and serial display driver provides easy operation of a standard 20*4 LCD Text display. It requires only a 5v power supply and the two data

More information

LCD03 - I2C/Serial LCD Technical Documentation

LCD03 - I2C/Serial LCD Technical Documentation LCD03 - I2C/Serial LCD Technical Documentation Pagina 1 di 5 Overview The I2C and serial display driver provides easy operation of a standard 20*4 LCD Text display. It requires only a 5v power supply and

More information

Dual Serial Shield User Manual

Dual Serial Shield User Manual Dual Serial Shield User Manual PN: 2050 Berkshire Products, Inc. Phone: 770-271-0088 http://www.bkp-store.com/ Rev: 1.00 Copyright 2013 Table of Contents 1 Introduction... 2 1.1 XB compatibility... 2 2

More information

Hello, and welcome to this presentation of the STM32 Low Power Universal Asynchronous Receiver/Transmitter interface. It covers the main features of

Hello, and welcome to this presentation of the STM32 Low Power Universal Asynchronous Receiver/Transmitter interface. It covers the main features of Hello, and welcome to this presentation of the STM32 Low Power Universal Asynchronous Receiver/Transmitter interface. It covers the main features of this interface, which is widely used for serial communications.

More information

Mounting Dimensions / Viewing 2 Mounting Options 3. Wiring Configuration 4. Quick Set up Procedure 5. Changing Intensity 6.

Mounting Dimensions / Viewing 2 Mounting Options 3. Wiring Configuration 4. Quick Set up Procedure 5. Changing Intensity 6. Section Mounting Dimensions / Viewing 2 Mounting Options 3 Section 2 Wiring Configuration 4 Section 3 Quick Set up Procedure 5 Section 4 Changing Intensity 6 Section 5 Option Summary 7 Section 6 Option

More information

Hello, and welcome to this presentation of the STM32 Universal Synchronous/Asynchronous Receiver/Transmitter Interface. It covers the main features

Hello, and welcome to this presentation of the STM32 Universal Synchronous/Asynchronous Receiver/Transmitter Interface. It covers the main features Hello, and welcome to this presentation of the STM32 Universal Synchronous/Asynchronous Receiver/Transmitter Interface. It covers the main features of this USART interface, which is widely used for serial

More information

JMY505G User's Manual

JMY505G User's Manual JMY505G User's Manual (Revision 3.42) Jinmuyu Electronics Co. LTD 2011/6/28 Please read this manual carefully before using. If any problem, please mail to: jinmuyu@vip.sina.com Contents 1 Product introduction...

More information

DS1845 Dual NV Potentiometer and Memory

DS1845 Dual NV Potentiometer and Memory www.maxim-ic.com FEATURES Two linear taper potentiometers -010 one 10k, 100 position & one 10k, 256 position -050 one 10k, 100 position & one 50k, 256 postition -100 one 10k, 100 position & one 100k, 256

More information

Pmod ESP32 Reference Manual

Pmod ESP32 Reference Manual Pmod ESP32 Reference Manual The Digilent Pmod ESP32 features a radio with support for 802.11 b/g/n Wifi and dualmode Bluetooth. This module is perfect for connecting your FPGA or microcontroller projects

More information

+ (5~27 VDC) GND. Bluetooth V4.1 BLE RS-232 Serial Adapter. Model: BLE-232B. 1. Package content: BLE RS-232 adapter

+ (5~27 VDC) GND. Bluetooth V4.1 BLE RS-232 Serial Adapter. Model: BLE-232B. 1. Package content: BLE RS-232 adapter Bluetooth V4.1 BLE RS-232 Serial Adapter 1. Package content: BLE RS-232 adapter Model: BLE-232B Package Contents: BLE RS-232 adapter x 1 Screw x2, Screw nut x 2 A4 User manual x 1 Mini USB Cable x 1 White

More information

DS Wire Digital Thermometer and Thermostat

DS Wire Digital Thermometer and Thermostat www.maxim-ic.com FEATURES Temperature measurements require no external components with ±1 C accuracy Measures temperatures from -55 C to +125 C; Fahrenheit equivalent is -67 F to +257 F Temperature resolution

More information

AT45DQ321. Features. 32-Mbit DataFlash (with Extra 1-Mbits), 2.3V Minimum SPI Serial Flash Memory with Dual-I/O and Quad-I/O Support

AT45DQ321. Features. 32-Mbit DataFlash (with Extra 1-Mbits), 2.3V Minimum SPI Serial Flash Memory with Dual-I/O and Quad-I/O Support 32-Mbit DataFlash (with Extra 1-Mbits), 2.3V Minimum SPI Serial Flash Memory with Dual-I/O and Quad-I/O Support Features Single 2.3V - 3.6V supply Serial Peripheral Interface (SPI) compatible Supports

More information

MP3 Trigger v2 User Guide

MP3 Trigger v2 User Guide Overview The MP3 Trigger v2 is a versatile, low-cost, low-power embedded audio unit that plays MP3 tracks directly from a FAT16-formatted microsd flash card to a stereo line-level 1/8 output jack, supporting

More information

HACCOM UM96 DataSheet / UserManual Dimitri Karatsinides

HACCOM UM96 DataSheet / UserManual Dimitri Karatsinides HACCOM UM96 DataSheet / UserManual Dimitri Karatsinides Disclaimer: This document was made during a senior engineering project. Its contents contain information from the original datasheet, as well as

More information

+ (5~27 VDC) GND. Bluetooth V4.2 BLE RS-232 Serial Adapter. Model: BLE-232D-E. 1. Package content: BLE RS-232 adapter

+ (5~27 VDC) GND. Bluetooth V4.2 BLE RS-232 Serial Adapter. Model: BLE-232D-E. 1. Package content: BLE RS-232 adapter 1. Package content: BLE RS-232 adapter Bluetooth V4.2 BLE RS-232 Serial Adapter Model: BLE-232D-E Package Contents: BLE RS-232 adapter x 1 A4 User manual x 1 Mini USB Cable x 1 White Box: 11 x 6 x 5 (cm)

More information

S125 Multi-Purpose 125 KHz RFID Reader USER MANUAL. 9V/24V DC Operating Voltage, AC (optional) KHz RFID EM4100/2 Cards & Tags

S125 Multi-Purpose 125 KHz RFID Reader USER MANUAL. 9V/24V DC Operating Voltage, AC (optional) KHz RFID EM4100/2 Cards & Tags S125 Multi-Purpose 125 KHz RFID Reader 44 mm USER MANUAL MULTI PURPOSE 84 mm ONLINE & OFFLINE MODE BUILT-IN RELAY 125 KHz RFID EM4100/2 Cards & Tags 9V/24V DC Operating Voltage, AC (optional) 3 Online

More information

User Manual for TeraRanger Evo with: USB and I2C/UART backboard

User Manual for TeraRanger Evo with: USB and I2C/UART backboard Copyright 2017 User Manual for TeraRanger Evo with: USB and I2C/UART backboard Hardware revision 1.0 Firmware revision 1.0.0 1/13 Copyright 2017 Table of contents: 1 Introduction 3 2 Mechanical integration

More information

Mega128-DEVelopment Board Progressive Resources LLC 4105 Vincennes Road Indianapolis, IN (317) (317) FAX

Mega128-DEVelopment Board Progressive Resources LLC 4105 Vincennes Road Indianapolis, IN (317) (317) FAX Mega128-DEVelopment Board Progressive Resources LLC 4105 Vincennes Road Indianapolis, IN 46268 (317) 471-1577 (317) 471-1580 FAX http://www.prllc.com GENERAL The Mega128-Development board is designed for

More information

GP1 LCD RS232 Terminal Kit 2003 by AWC

GP1 LCD RS232 Terminal Kit 2003 by AWC GP1 LCD RS232 Terminal Kit 2003 by AWC AWC 310 Ivy Glen League City, TX 77573 (281) 334-4341 http://www.al-williams.com/awce.htm V1.2 30 Aug 2003 Table of Contents Overview...1 If You Need Help...1 Building...1

More information

User Manual for. TeraRanger Evo with: USB and I2C/UART backboard

User Manual for. TeraRanger Evo with: USB and I2C/UART backboard User Manual for TeraRanger Evo with: USB and I2C/UART backboard (Hardware revision 1.0, Firmware revision 1.0.0) Technical support: support@teraranger.com S a l e s a n d c o m m e r c i a l s u p p o

More information

XS S ERIES TM PMB US TM O PTION C ARD

XS S ERIES TM PMB US TM O PTION C ARD XS Series PMBus Option Card XS S ERIES TM PMB US TM O PTION C ARD Document: 40110r01 1 Contents 1 Introduction 4 2 Option Card Connectors 4 2.1 PMBus Address..............................................

More information

Pmod modules are powered by the host via the interface s power and ground pins.

Pmod modules are powered by the host via the interface s power and ground pins. 1300 Henley Court Pullman, WA 99163 509.334.6306 www.store. digilent.com Digilent Pmod Interface Specification 1.2.0 Revised October 5, 2017 1 Introduction The Digilent Pmod interface is used to connect

More information

AC : INFRARED COMMUNICATIONS FOR CONTROLLING A ROBOT

AC : INFRARED COMMUNICATIONS FOR CONTROLLING A ROBOT AC 2007-1527: INFRARED COMMUNICATIONS FOR CONTROLLING A ROBOT Ahad Nasab, Middle Tennessee State University SANTOSH KAPARTHI, Middle Tennessee State University American Society for Engineering Education,

More information

JMY504M User's Manual

JMY504M User's Manual JMY504M User's Manual (Revision 3.42) Jinmuyu Electronics Co. LTD 2011/6/28 Please read this manual carefully before using. If any problem, please mail to: Jinmuyu@vip.sina.com Contents 1 Product introduction...

More information

User-configurable Resolution. 9 to 12 bits (0.5 C to C)

User-configurable Resolution. 9 to 12 bits (0.5 C to C) AT30TS75A 9- to 12-bit Selectable, ±0.5 C Accurate Digital Temperature Sensor DATASHEET See Errata in Section 12. Features Single 1.7V to 5.5V Supply Measures Temperature -55 C to +125 C Highly Accurate

More information

SIOX-RS232C Converter

SIOX-RS232C Converter L40 SIOX-RS232C Converter p 2 TELEFRANG AB TABLE OF CONTENTS SIOX-RS232C Converter General Description This module connects a CRT terminal or other RS232C serially communicating I/O device as a station

More information

Message Display Operator Panel. UCT-33/36 Industrial Terminal. Manual 32.00

Message Display Operator Panel. UCT-33/36 Industrial Terminal. Manual 32.00 BRODERSEN Message Displays/Operator Panels Message Display Operator Panel UCT-33/36 Industrial Terminal Manual 32.00 Brodersen Controls A/S. Betonvej 0. DK-4000 Roskilde. Denmark. Tel (+45) 46 74 00 00.

More information

Winford Engineering ETH32 Protocol Reference

Winford Engineering ETH32 Protocol Reference Winford Engineering ETH32 Protocol Reference Table of Contents 1 1 Overview 1 Connection 1 General Structure 2 Communications Summary 2 Port Numbers 4 No-reply Commands 4 Set Port Value 4 Set Port Direction

More information

Embedded Modbus TCP Module GS11-MT. User Manual REV 1.1. SST Automation.

Embedded Modbus TCP Module GS11-MT. User Manual REV 1.1. SST Automation. Embedded Modbus TCP Module GS11-MT User Manual REV 1.1 SST Automation E-mail: SUPPORT@SSTCOMM.COM WWW.SSTCOMM.COM Catalog 1 About the Embedded Module... 4 1.1 General...4 1.2 Features... 4 1.3 Specifications...4

More information

AT45DB021E. 2-Mbit DataFlash (with Extra 64-Kbits), 1.65V Minimum SPI Serial Flash Memory PRELIMINARY DATASHEET. Features

AT45DB021E. 2-Mbit DataFlash (with Extra 64-Kbits), 1.65V Minimum SPI Serial Flash Memory PRELIMINARY DATASHEET. Features AT45DB021E 2-Mbit DataFlash (with Extra 64-Kbits), 1.65V Minimum SPI Serial Flash Memory Features PRELIMINARY DATASHEET Single 1.65V - 3.6V supply Serial Peripheral Interface (SPI) compatible Supports

More information

RN-174. WiSnap M2 Super Module. Features. Description. Applications. ~ page 1 ~ rn-174-ds v1.1 6/1/2011

RN-174. WiSnap M2 Super Module. Features. Description. Applications. ~ page 1 ~ rn-174-ds v1.1 6/1/2011 WiSnap M2 Super Module Features Development board containing the RN-171 module, status LEDs, power regulator Supports chip antenna (RN-174-C), PCB Trace antenna (RN-174-P), wire antenna (RN- 174-W) and

More information

User Manual for TeraRanger Evo single point distance sensors and backboards

User Manual for TeraRanger Evo single point distance sensors and backboards User Manual for TeraRanger Evo single point distance sensors and backboards User manual relates to Hardware revision 1.0 Firmware versions 1.0 to 1.1.1 Table of contents: 1 Introduction 3 2 Mechanical

More information

AT45DB041E. 4-Mbit DataFlash (with Extra 128-Kbits), 1.65V Minimum SPI Serial Flash Memory. Features

AT45DB041E. 4-Mbit DataFlash (with Extra 128-Kbits), 1.65V Minimum SPI Serial Flash Memory. Features 4-Mbit DataFlash (with Extra 128-Kbits), 1.65V Minimum SPI Serial Flash Memory Features Single 1.65V - 3.6V supply Serial Peripheral Interface (SPI) compatible Supports SPI modes 0 and 3 Supports RapidS

More information

Mega128-Net Mega128-Net Mega128 AVR Boot Loader Mega128-Net

Mega128-Net Mega128-Net Mega128 AVR Boot Loader Mega128-Net Mega128-Net Development Board Progressive Resources LLC 4105 Vincennes Road Indianapolis, IN 46268 (317) 471-1577 (317) 471-1580 FAX http://www.prllc.com GENERAL The Mega128-Net development board is designed

More information

AT25PE40. 4-Mbit DataFlash-L Page Erase Serial Flash Memory ADVANCE DATASHEET. Features

AT25PE40. 4-Mbit DataFlash-L Page Erase Serial Flash Memory ADVANCE DATASHEET. Features 4-Mbit DataFlash-L Page Erase Serial Flash Memory Features ADVANCE DATASHEET Single 1.65V - 3.6V supply Serial Peripheral Interface (SPI) compatible Supports SPI modes 0 and 3 Supports RapidS operation

More information

AT45DB321E. Features. 32-Mbit DataFlash (with Extra 1-Mbits), 2.3V Minimum SPI Serial Flash Memory

AT45DB321E. Features. 32-Mbit DataFlash (with Extra 1-Mbits), 2.3V Minimum SPI Serial Flash Memory 32-Mbit DataFlash (with Extra 1-Mbits), 2.3V Minimum SPI Serial Flash Memory Features Single 2.3V - 3.6V supply Serial Peripheral Interface (SPI) compatible Supports SPI modes 0 and 3 Supports RapidS operation

More information

Design and development of embedded systems for the Internet of Things (IoT) Fabio Angeletti Fabrizio Gattuso

Design and development of embedded systems for the Internet of Things (IoT) Fabio Angeletti Fabrizio Gattuso Design and development of embedded systems for the Internet of Things (IoT) Fabio Angeletti Fabrizio Gattuso Microcontroller It is essentially a small computer on a chip Like any computer, it has memory,

More information

BV4208. I2C-RTC & Temp. Sensor. Product specification. November 2008 V0.a. ByVac Page 1 of 5

BV4208. I2C-RTC & Temp. Sensor. Product specification. November 2008 V0.a. ByVac Page 1 of 5 BV4208 Product specification November 2008 V0.a ByVac Page 1 of 5 Contents 1. Introduction...3 2. Features RTC...3 3. Features Temp. Sens...3 4. Electrical Specification...3 5. Circuit Diagram...3 6. Data

More information

ESPino - Specifications

ESPino - Specifications ESPino - Specifications Summary Microcontroller ESP8266 (32-bit RISC) WiFi 802.11 (station, access point, P2P) Operating Voltage 3.3V Input Voltage 4.4-15V Digital I/O Pins 9 Analog Input Pins 1 (10-bit

More information

PCI Host Controller 14a Hardware Reference Release 1.2 (October 16, 2017)

PCI Host Controller 14a Hardware Reference Release 1.2 (October 16, 2017) PCI Host Controller 14a Hardware Reference 1 PCI Host Controller 14a Hardware Reference Release 1.2 (October 16, 2017) Purpose: Host Controller to support the PCI bus according to the PCI/104 specification.

More information

RN-174 WiFly Super Module

RN-174 WiFly Super Module RN- WiFly Super Module Features Evaluation board for the RN- module Supports chip antenna (RN--C), PCB trace antenna (RN--P), wire antenna (RN--W), and U.FL connector for an external antenna (RN--U) Ultra-low

More information

HAND HELD PROGRAMMER QUICK START GUIDE

HAND HELD PROGRAMMER QUICK START GUIDE HAND HELD PROGRAMMER QUICK START GUIDE IMPORTANT INFORMATION 1) Do not leave the programmer connected to the PC, adapters or a target system, as this will drain the battery. Installing Software 1) Run

More information

User Manual for TeraRanger Evo single point distance sensors and backboards

User Manual for TeraRanger Evo single point distance sensors and backboards User Manual for TeraRanger Evo single point distance sensors and backboards Table of contents: 1 Introduction 3 2 Mechanical integration 3 2.1 Mechanical design 4 2.2 Sensor handling during system assembly

More information

USER GUIDE EDBG. Description

USER GUIDE EDBG. Description USER GUIDE EDBG Description The Atmel Embedded Debugger (EDBG) is an onboard debugger for integration into development kits with Atmel MCUs. In addition to programming and debugging support through Atmel

More information

LCD Micro Serial/I 2 C Interface Module for R.G.B backlights. Technical Data

LCD Micro Serial/I 2 C Interface Module for R.G.B backlights. Technical Data LCD Micro Serial/I 2 C Interface Module for R.G.B backlights Technical Data DS-LCDD5 Features Supports new LCD panels with RGB backlights*. Micro size (53 x 29mm) to piggy-back on the LCD module and form

More information

Universität Dortmund. IO and Peripheral Interfaces

Universität Dortmund. IO and Peripheral Interfaces IO and Peripheral Interfaces Microcontroller System Architecture Each MCU (micro-controller unit) is characterized by: Microprocessor 8,16,32 bit architecture Usually simple in-order microarchitecture,

More information

GPS S1216F8 Breakout Board (v1.0)

GPS S1216F8 Breakout Board (v1.0) GPS S1216F8 Breakout Board (v1.0) Released under the Creative Commons Attribution Share-Alike 3.0 License http://creativecommons.org/licenses/by-sa/3.0/ Overview SkyTraq has introduced the fastest consumer

More information

EHAG 125 khz Multitag Reader Module ME-H10101xx

EHAG 125 khz Multitag Reader Module ME-H10101xx EHAG 125 khz Multitag Reader Module ME-H10101xx Firmware: 0.12b 4/9/2004 Table of Content 1 Scope...2 2 Definitions and abbreviations...3 2.1 Definitions... 3 2.1.1 Hex notation... 3 2.1.2 ASCII notation...

More information

EMERALD-MM-8P. 8-Channel Software Programmable Protocol. Serial Port PC/104 TM Module. User Manual V1.20

EMERALD-MM-8P. 8-Channel Software Programmable Protocol. Serial Port PC/104 TM Module. User Manual V1.20 EMERALD-MM-8P 8-Channel Software Programmable Protocol Serial Port PC/104 TM Module User Manual V1.20 Copyright 2005, 2008, 2011 DIAMOND SYSTEMS CORPORATION 555 Ellis Street Mountain View, CA 94043 Tel

More information

EDBG. Description. Programmers and Debuggers USER GUIDE

EDBG. Description. Programmers and Debuggers USER GUIDE Programmers and Debuggers EDBG USER GUIDE Description The Atmel Embedded Debugger (EDBG) is an onboard debugger for integration into development kits with Atmel MCUs. In addition to programming and debugging

More information

USB-to-I2C. Ultra Hardware User s Manual.

USB-to-I2C. Ultra Hardware User s Manual. USB-to-I2C Ultra Hardware User s Manual https://www.i2ctools.com/ Information provided in this document is solely for use with the USB-to-I2C Ultra product from SB Solutions, Inc. SB Solutions, Inc. reserves

More information

Device: MOD This document Version: 1.0. Matches module version: v3 [29 June 2016] Date: 23 October 2017

Device: MOD This document Version: 1.0. Matches module version: v3 [29 June 2016] Date: 23 October 2017 Device: MOD-1025 This document Version: 1.0 Matches module version: v3 [29 June 2016] Date: 23 October 2017 Description: UART (async serial) to I2C adapter module MOD-1025 v3 datasheet Page 2 Contents

More information

keyestudio Keyestudio MEGA 2560 R3 Board

keyestudio Keyestudio MEGA 2560 R3 Board Keyestudio MEGA 2560 R3 Board Introduction: Keyestudio Mega 2560 R3 is a microcontroller board based on the ATMEGA2560-16AU, fully compatible with ARDUINO MEGA 2560 REV3. It has 54 digital input/output

More information

Prototyping Module Datasheet

Prototyping Module Datasheet Prototyping Module Datasheet Part Numbers: MPROTO100 rev 002 Zenseio LLC Updated: September 2016 Table of Contents Table of Contents Functional description PROTOTYPING MODULE OVERVIEW FEATURES BLOCK DIAGRAM

More information

Industrial Serial Device Server

Industrial Serial Device Server 1. Quick Start Guide This quick start guide describes how to install and use the Industrial Serial Device Server. Capable of operating at temperature extremes of -10 C to +60 C, this is the Serial Device

More information

Innovati s Bluetooth 100M Universal Wireless Bluetooth Module

Innovati s Bluetooth 100M Universal Wireless Bluetooth Module Innovati s Bluetooth 100M Universal Wireless Bluetooth Module Bluetooth 100M module is a simple to use Bluetooth module, command control through a simple UART Tx and Rx which are connected to other Bluetooth

More information

Color 7 click. PID: MIKROE 3062 Weight: 19 g

Color 7 click. PID: MIKROE 3062 Weight: 19 g Color 7 click PID: MIKROE 3062 Weight: 19 g Color 7 click is a very accurate color sensing Click board which features the TCS3472 color light to digital converter with IR filter, from ams. It contains

More information

CAN / RS485. Product Description. Technical Reference Note. Interface Adapter. Special Features

CAN / RS485. Product Description. Technical Reference Note. Interface Adapter. Special Features CAN / Interface Adapter For SHP Series Total Power: < 1 Watts Input Voltage: 5V Internal Outputs: CAN,, USB, I 2 C Special Features Input Protocols: 1) using Modbus 2) CAN using modified Modbus Output

More information

LCD Module with I2C / Serial Interface and Keypad Control «LCD I2C/Serial» User s Guide. Copyright 2008 IMS

LCD Module with I2C / Serial Interface and Keypad Control «LCD I2C/Serial» User s Guide. Copyright 2008 IMS LCD Module with I2C / Serial Interface and Keypad Control «LCD I2C/Serial» User s Guide Copyright 2008 IMS CONTENTS 1 INTRODUCTION... 3 2 MODULE CONNECTION... 3 2.1 I2C/Serial interface connector...4 2.2

More information

Amarjeet Singh. January 30, 2012

Amarjeet Singh. January 30, 2012 Amarjeet Singh January 30, 2012 Website updated - https://sites.google.com/a/iiitd.ac.in/emsys2012/ Lecture slides, audio from last class Assignment-2 How many of you have already finished it? Final deadline

More information

Revision History Rev. Date By Summary Remark /07/16 Ken Hsu New release

Revision History Rev. Date By Summary Remark /07/16 Ken Hsu New release Page 1 of 6 Revision History Rev. Date By Summary Remark 1.0 2013/07/16 Ken Hsu New release Page 2 of 6 1.0 Product PenMount 2101 control board is one of the cutting-edge innovations from PenMount. A collectively

More information

SIN-11-USB USERS GUIDE SIN-11-USB USERS GUIDE

SIN-11-USB USERS GUIDE SIN-11-USB USERS GUIDE SIN-11-USB USERS GUIDE Revision Date: 05/06/2010 A d v a n c e d M i c r o S y s t e m s, I n c. w w w. s t e p c o n t r o l. c o m i Overview... 3 Getting Started... 4 Hardware... 6 Demo Power-up...

More information

Arduino Uno. Arduino Uno R3 Front. Arduino Uno R2 Front

Arduino Uno. Arduino Uno R3 Front. Arduino Uno R2 Front Arduino Uno Arduino Uno R3 Front Arduino Uno R2 Front Arduino Uno SMD Arduino Uno R3 Back Arduino Uno Front Arduino Uno Back Overview The Arduino Uno is a microcontroller board based on the ATmega328 (datasheet).

More information

User Guide Feb 5, 2013

User Guide Feb 5, 2013 HI 8435 32 Sensor Array with Ground/Open or Supply/Open Sensors and SPI interface. Evaluation Board 23351 Madero, Mission Viejo, CA 92691. USA. Tel: + 1 949 859 8800 Fax: + 1 949 859 9643 Email: sales@holtic.com

More information

GammaTron USB Module

GammaTron USB Module GammaTron USB Module Product ID. : 710 Board Rev. : 1.00 Date : June 24, 2007 Firmware Rev. : 1.11 Beta Innovations (c) 2006 http://www.betainnovations.com Table of Contents Main Features...5 Introduction...6

More information

RN-174. WiFly GSX Super Module. Features. Description. Applications. rn-174-ds v1.1 4/20/2011

RN-174. WiFly GSX Super Module. Features. Description. Applications.   rn-174-ds v1.1 4/20/2011 www.rovingnetworks.com rn-174-ds v1.1 4/20/2011 WiFly GSX Super Module Features Development board containing the RN-171 module, status LEDs, power regulator Supports chip antenna (-C), PCB Trace antenna

More information

ISDN OEM1. DesignGuide V1.2

ISDN OEM1. DesignGuide V1.2 ISDN OEM1 DesignGuide V1.2 Content ISDN OEM1...1 1 Objective...3 2 Product description...3 3 Software interfaces...4 3.1 Dialing procedures...4 3.2 AT commands...4 3.2.1 Configuration commands...4 3.2.2

More information

School of Computer Science Faculty of Engineering and Computer Science Student ID Number. Lab Cover Page. Lab Date and Time:

School of Computer Science Faculty of Engineering and Computer Science Student ID Number. Lab Cover Page. Lab Date and Time: Student Information First Name School of Computer Science Faculty of Engineering and Computer Science Last Name Student ID Number Lab Cover Page Please complete all fields: Course Name: Structure and Application

More information

Rev Carbon Dioxide (CO2) Gas Sensor. TG100 User Manual

Rev Carbon Dioxide (CO2) Gas Sensor. TG100 User Manual Rev. 2.93 TG100 User Manual The TG100 measuring carbon dioxide (chemical formula CO2) is a NDIR (Non-Dispersive Infrared) gas sensor. As it is contactless, it has high accuracy and longer life than sensors

More information

Preliminary. PACKAGE - 28-pin MLP (5mm X 5mm) Example Circuit Diagram CP V. 48MHz Oscillator. USB Function Controller 512B EEPROM

Preliminary. PACKAGE - 28-pin MLP (5mm X 5mm) Example Circuit Diagram CP V. 48MHz Oscillator. USB Function Controller 512B EEPROM Preliminary Single-Chip USB to UART Bridge SINGLE-CHIP USB to UART DATA TRANSFER - Integrated USB Transceiver; No External Resistors Required - Integrated Clock; No External Crystal Required - Integrated

More information

PRELIMINARY DATASHEET

PRELIMINARY DATASHEET AT45DB321E 32-Mbit DataFlash (with Extra 1-Mbits), 2.3V or 2.5V Minimum SPI Serial Flash Memory Features PRELIMINARY DATASHEET See Errata Section 30. Single 2.3V - 3.6V or 2.5V - 3.6V supply Serial Peripheral

More information

MICRO-1356 MULTI-PROTOCOL READER

MICRO-1356 MULTI-PROTOCOL READER MICRO-1356 MULTI-PROTOCOL READER The Micro-1356 reader is a miniature multi-protocol RFID reader suited for embedded applications, such as handheld readers or door key card readers. The Micro-1356 has

More information

Specification. Current Consumption Range 8m * Rotational Angle +/- 50 degrees * Shear Angle +/- 40 degrees *

Specification. Current Consumption Range 8m * Rotational Angle +/- 50 degrees * Shear Angle +/- 40 degrees * HX11TR Ultrasonic Positioning Device The HX11TR can be set up to operate as a ultrasonic signal receiver, ultrasonic transmitter, ultrasonic caller and ultrasonic transponder. It is small size and economical.

More information

Manual. QTV Yarn Detection System TH

Manual. QTV Yarn Detection System TH Manual QTV 11400 Detection System TH023303 Contents Overview...1 Explanation of the parts in the system...1 The central control unit 11400...1 The indication box 11331...2 The yarn sensor...4 Indicators....5

More information