Manufacturer: Tokyo Devices
Tokyo Devices TDFA6075P
TDFA6075P is an analog signal conversion board that converts 1-5V voltage signals to 4-20mA current signals. Can be used for instrumentation sensors, etc.
Tokyo Devices IW1205K-1209
IW1205K is a power supply kit that can supply USB power 24 hours a day, 365 days a year by combining a solar panel and storage battery. Compatible with single board computers such as Raspberry Pi.
Tokyo Devices IW12051-CS
IW12051 is an uninterruptible power supply that can provide 24-hour USB power by combining a solar panel and battery. Single board computers such as Raspberry Pi and communication equipment can be operated for long periods of time.
Tokyo Devices IWPB2-FT
This is a heart rate probe that comes standard with the "Pulse Lab" heart rate sensor development kit. It is a type that clips onto the index finger.
Tokyo Devices IW1250-AP
IW1250-AP is a step-down power supply that outputs USB 5V/3 ports from lead-acid batteries, lithium-ion batteries, etc. Switching control technology leads less heat, extending battery life.
Tokyo Devices IW7300-KIT
IW7300-KIT is a kit that measures the thermal resistance of various objects such as heat sinks. The thermal response can be analyzed by applying heat of 0.5W to a maximum of 15W to the specimen.
Tokyo Devices IW1205K-2020
IW1205K is a power supply kit that can supply USB power 24 hours a day, 365 days a year by combining a solar panel and storage battery. Compatible with single board computers such as Raspberry Pi.
Tokyo Devices IW5002-DP
IW5002-DP is a module that charges large capacity supercapacitors (EDLC) at high speed. Fully charges a 2.5V 100F capacitor in about 1 minute. The final voltage can be adjusted from 1.8V to 2.8V.
Tokyo Devices TDFA30608
TDFA30608 is an 8 channel USB digital IO input board. You can easily read signals from various external devices from your own programs. Because it is electrically insulated, it has excellent safety and noise resistance.
Tokyo Devices IWS730-USB
"Air Analyzer" is a highly accurate temperature, humidity, and CO2 (carbon dioxide) gas concentration sensor. Operates on USB bus power. Ideal for recording on a PC or implementing into user applications.
Tokyo Devices IW7817-IS
IW7817 is a milliohmmeter that can measure extremely small resistances on the order of mΩ. As a battery tester, you can check the deterioration status of lithium-ion batteries, nickel-metal hydride batteries, lead-acid batteries, LiFe batteries, etc.
Tokyo Devices IW1270-X8
IW1270-X8 is a step-up power supply module that supports a maximum switching current of 8A. It supports an input voltage of 3.3-20V, and the output voltage can be set arbitrarily from the input voltage to a maximum of 24V.
Tokyo Devices TDCS003
TDCS003 is a metal case compatible with Tokyo Devices products. This type is open on one side.
Tokyo Devices IWS920-DEV
"PulseLab" is a development kit for creating applications that utilize heartbeat. Includes sensor body, heart rate probe, and control program.
Tokyo Devices TDSN7400
TDSN7400 is a USB temperature sensor that supports K-type thermocouples. It can measure temperatures in the range of -40 to 1200°C from Windows & Linux.
Tokyo Devices TDAC-THC1
This is a K-type thermocouple probe compatible with the Tokyo Devices TDSN7400. It can measure temperatures ranging from -40 to 510°C, making it ideal for measuring liquids, gases, and surface temperatures.
Tokyo Devices IWT2010-CS
This is an isolator that electrically isolates USB2.0 signals. The low-noise design makes it ideal for USB-connected instruments and audio devices.
Tokyo Devices IW1608-AX
IW1608-AX is a control module that uses MPPT control to charge solar panel power into a 12V lead-acid battery with high efficiency. Equipped with an LCD screen that displays current, voltage, charging status, etc. in an easy-to-understand manner.
Tokyo Devices IWT1320-USB
IWT1320-USB is a general-purpose slider type input device. You can get the position of the knob in 256 steps. Compatible with Windows and Linux.
Tokyo Devices IW74IR-AR
IW74IR is an expansion shield that adds infrared transmission and reception functionality to Arduino. You can operate home appliances such as TVs, air conditioners, and lights, and conversely, use the remote control of home appliances to operate Arduino.