| Part | Status (In stock) | Final target Doings |
| Actual to planes | ||
| DC-DC lightnings driver and charger XL4015 5À cn4015-2 | (1) | (*) Embed to the universal accumulators charger. (+) Some acceptation tests. |
| DS2438: smart battery monitor | (1) | (*) Experimental charge-discharge testing board for digitize the data. (+) Connect to OpenSCADA and test. |
| ... | ||
| In order | ||
| ... | ||
| In service (instruments) | ||
| Converter Y-105 USB-RS232 (PL2303 067b:2303), works only into the text (ASCII) mode and unallowed to switch binary | (1) | (+) Tests for some environments |
| Converter USB-TTLPL2303HX USB-UART (PL2303 067b:2303) | (1) | (+) Experimental connecting to Raspberry Pi or other through MAX3232 (sometime overheats). (+) Test connecting to Raspberry Pi. |
| USB tester-measurer of the current and voltage | (1) | (+) Power consumption of the different USB devices. (+) Some tests and measurements. |
| Lowering converter XL4005 dsn5000 5À | (1) | (+) Embed to the laboratory power supply as a second voltage source. (+) Some acceptation tests. |
| USB Li-Ion TP4056 based charging controller | (1) | (+) Embed to a refactored lighter with a large DC discharger. (+) Redesign the board. (+) Test to charge a LiIon battery. |
| POWER BANK lighter 3W charger 1*18650 | (1) | (+) Allowed LiIon accumulators utilization. Using mostly as bicycle lighter which the mobile devices charger on trips. (+) Adapt to easy the cell replacing. (+) Some tests for charge and discharge on different loads. |
| In hot stock | ||
| DS2480 => DS9097U: serial to 1Wire Line driver | (1) | (+) Use as a converter to 1Wire for the Smart House 1Wire devices network. (+) Integrate to the DS9097U converter of Serial to 1Wire. (+) A board design for place into the DB9 socket's case. (+) Comparing test of the converters based on the chip and the simple circuits converter to RS232. (+) Serial to 1Wire converter on the breadboard. |
| Foto-resistive, humidity, etc. comparing module on LM393 | (1) | (+) Direct connect and test by the LED. |
| PCF8591: 4AI and 1AO on I2C | (1) | Smart-house points: ... (+) Try connect and test on Raspberry Pi. |
| PCF8574: LCD1602 to I2C converter board | (1) | (*) Connect to the LCD1602 and adapt into OpenSCADA. (+) Connect to Raspberry Pi and OpenSCADA as DIO for test and try. |
| MQ2 gas sensor. | (1) | Mostly as an internal sensor of the smart house. (+) Direct connect and test by the LED. |
| HR202L: humidity sensor | (2) | Not set. Connect to Raspberry Pi for test and try. |
| LM35: analog thermometer | (9) | Not set. Place to sensors hardware platforms for temperature measurement, with some ADC. (+) Connect to Raspberry Pi through PCF8591 for test and try. |
| LM335: Precision Temperature Sensors | (1) | Not set. Place to sensors hardware platforms for temperature measurement, with some ADC. (+) Connect to Raspberry Pi through PCF8591 for test and try. |
| BMP180 Barometric Pressure/Temperature/Altitude Sensor- 5V | (1) | Mostly as an internal sensor of the smart house. (+) Try connect and test on Raspberry Pi. |
| Display 1602A (HD44780) | (1) | Not set. (+) Some JavaLikeCalc of OpenSCADA optimization and expanding for its acquisition procedure move to DAQ templates. (+) Expand the OpenSCADA module DAQ.BCM2835 by direct functions. Profile and try some optimization of this different access ways. (+) Append to OpenSCADA new module based on bcm2835 library library and check that now. (+) Connecting and test on Raspberry Pi by the Python script. |
| DHT11: humidity and temperature sensor | (1) | Mostly as a internal sensor of the smart home. (+) Connect to Raspberry Pi and OpenSCADA for test and try. |
| AM2320: humidity and temperature sensor | (1) | Mostly as an internal sensor of the smart home. (+) Some JavaLikeCalc of OpenSCADA optimization and expanding for its acquisition procedure move to DAQ templates. (+) Connect to Raspberry Pi and OpenSCADA for test and try. |
| Enhancing and lowering converter DSN6000AUD, 4W | (1) | (+) Reserve for some different tasks like solar cells experiments or electro-bicycle. (+) Repair by it's defect and prevent to adjust too high voltage. (-) Some acceptation tests. Burned by allowing to adjust the output voltage more up to 35V. |
| AC-DC lowering converter 220Â-5Â 700mA | (2) | Not set. (+) Tests and try to supply different embedded boards. |
| Power Bank 1-2-3-4-5-6õ18650 board, 5V 1A | (1) | Not set. (+) Test for charging. (+) Test for supplying by it from group of LiIon accumulators. |
| Enhancing DC converter USB 0.9-5V 0.6A | (1) | Not set. (*) Test for supplying by it from NiMe and LiIon accumulators. |
| Laser 3V | (1) | Not set. (+) Simple powering and testing. |
| Rele SRD05VDC-SL-C5VDC | (1) | Not set. (+) Simple powering and testing. |
| Penel-adapter SOP24 SSOP24 TSOP24 | (2) | Not set. 1Wire chips adapting and testing. |
| AT89C4051: 8051 compatible microcontroller. | (11) | Smart-house points: ... Develop a sensors hardware platform for the cheap wired remote sensors block, by RS-485. |
| DS18B20, DS18B20P: one digital thermometer on 1-Wire bus. | (16, 1) | Smart-house points: ... Direct wiring on 1-Wire bus. Place to sensors hardware platforms for temperature measurement, without ADC. (+) Connect to OpenSCADA and test. |
| DS2413, 2DIO: switch on 1-Wire bus. | (2) | Smart-house points: ... Direct wiring on 1-Wire bus. (+) Connect to OpenSCADA and test. |
| DS2408, 8DIO: switch on 1-Wire bus. | (1) | Smart-house points: Direct wiring on 1-Wire bus. (+) Connect to OpenSCADA and test. |
| DS3231 AT24C32 I2C realtime clock module | (1) | (+) Try to connect to OpenSCADA and to test on Raspberry Pi. |
| DS2450: 4AI on 1-Wire bus. | (1) | Smart-house points: ... (+) Connect to OpenSCADA and test. |
| TCRT5000: Reflective Optical Sensor with Transistor Output | (1) | Smart-house points: Old fashion resource counters data gather by its mechanical ticks count. Test board develop with the counting adjust and indicate. |
| Ionistor 1.0F 5.5V | (1) | Not set. (+) Comparing with the typical capacitors. (+) Simple powering and testing. |