Toshiba's application note discussing the electrical characteristics and application circuits of photovoltaic-output photocouplers.
Toshiba's app note discussing how to obtain the best performance from low noise op amps that are used to amplify a small signal from light, ultrasonic, vibration, and other sensors widely used in IoT devices.
Toshiba's app note discussing the electrical characteristics of low-IF photocouplers as well as the considerations for application designs to obtain the best characteristics from these photocouplers.
Toshiba's application note describing how to maximize the performance of LDO regulators without compromising system safety and reliability.
Toshiba's application note on low-voltage one-gate logic ICs to level shift circuits.
Toshiba's application note with some tips for designing peripheral circuits that should be noted when you use the VCE(sat) detection function of a smart gate driver coupler such as TLP5214 and TLP5214A.
Toshiba's app note describing application circuits for low dropout (LDO) regulators to maximize the efficiency of the power supplies for MCUs, CMOS image sensors, and RF (Wi Fi ® ) circuits at low voltage and high current.
Toshiba's application note focusing on IC-output photocouplers (IC couplers) for the gate drive of power devices (gate-drive photocouplers)
Toshiba's application note on their SiC Schottky barrier diodes.
Toshiba's load-switch IC application note.
The program performs transmission and reception (8-byte transmission + 4-byte reception) using the internal clock. It repeats communication at intervals of 10 ms.
The program performs RS-232C communication with personal computers or other devices.
The program performs simultaneous transmission/reception (8-byte transmission/reception) using the internal clock. It repeats communication at intervals of 10 ms.
The program measures the rotation speed of a motor or other devices.