Manufacturer: Tokyo Devices
Tokyo Devices TDPC0205
The "Clock Dongle" is a simple Real-Time Clock (RTC) that allows you to obtain the current time via USB. It is used in conjunction with computers that do not have their own clocks, such as Raspberry Pi.
Tokyo Devices IWS660-CS
IWS660-CS is a general-purpose illuminance sensor that operates via USB connection. You can easily capture the ambient brightness in lux units onto your computer. Compatible with Windows/Linux.
Tokyo Devices IWS520-USB
A general-purpose distance sensor with USB connection. Ultrasonic waves measure the distance to an object 0.3 to 5 meters in front of you in real time. Free development software makes it easy to integrate into your system.
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 IW1608-AL
The IW1608-AL is a low-priced version that has the same functions as the IW1608-AX, but without the LCD screen.
Tokyo Devices IW1618-GX
IW1618-GX is a control board 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 TDFA30203-24V
A simple RS232C controlled relay board. Can turn on/off voltages up to 250V AC/28V DC and currents up to 6A.
Tokyo Devices TDFA30203-12V
A simple RS232C controlled relay board. Can turn on/off voltages up to 250V AC/28V DC and currents up to 6A.
Tokyo Devices TDFA60250
TDFA60250 is a USB voltage meter that supports 0-5V and 1-5V analog signals. It can provide real-time data acquisition at a speed of up to 1,000 samples per second with a resolution of 12 bits (4,096 levels).
Tokyo Devices TDFA60220
The TDFA60220 is a USB current meter designed for recording and processing 4-20mA analog current signals. It can capture current values in real-time on a PC with a resolution of 12 bits (4,096 levels).
Tokyo Devices IW1205K-0505
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-BP
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 IWT2525-PCB
EveryUSB is a power supply module that allows USB devices such as Raspberry Pi to be powered for long periods of time by batteries. If you set the startup conditions, it will start at regular intervals.
Tokyo Devices IW7817-EVB
This kit includes a USB connection motherboard, cable, recording software, etc. for evaluating and developing the internal resistance measurement module IW7817-CS.
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 IWS731-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 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 IWA-P8550
A set of protective acrylic panels compatible with Tokyo Devices products and spacers and screws for installation.
Tokyo Devices FT0002-DR
Forethumb is a device for entering characters into computers and smartphones using Morse code.
Tokyo Devices IWS600-KY
IWS600-KY is an infrared motion detector that works as a virtual USB keyboard. Virtual keys are pressed by the movement of a heat source up to approximately 5 meters away.