Uncategorized

Toshiba Launches Low-input Current Drive, Rail-to-Rail Output, Gate-drive Photocouplers

Low-height package products allow bufferless direct drive of low-to-medium-power IGBTs and MOSFETs from microcontrollers

TOKYO—Toshiba Corporation’s (TOKYO: 6502) Storage & Electronic Devices Solutions Company today announced the launch of a series of low-input current drive, rail-to-rail output, gate-drive photocouplers in a low-height package that allows bufferless direct drive of low- to medium-power IGBTs and MOSFETs from microcontrollers. Shipments of the three new products; “TLP5771”, “TLP5772” and “TLP5774” start from today.

With a threshold input current of 2mA (max), half the 4mA (max) of Toshiba’s existing products[1], the new photocouplers allow bufferless direct drive of low- to medium-power IGBTs and MOSFETs from microcontrollers. The new line-up is available in three levels of peak output currents, 1A, 2.5A and 4A, ensuring they meet a wide range of user requirements.

The new photocouplers have rail-to-rail output and also reduces the operation voltage to 10V (min) against the 15V (min) of Toshiba’s existing products[1], which can contribute to higher system efficiency and lower power consumption. Furthermore, the 2.3mm low-height SO6L package can contribute to the development of thinner and smaller systems. Main applications include servo amplifiers, small motor drivers, general-purpose inverters, photovoltaic (PV) inverters and industrial sewing machines.

Main Specifications

(Isolation Voltage, Common-mode Transient Immunity: @Ta = 25 degrees Celsius,
Other Specs: @Ta = -40 to 110 degrees Celsius)

Part Number TLP5771 TLP5772 TLP5774
Package SO6L
Peak Output Current ±1.0 A ±2.5 A ±4.0 A
Operation Voltage Range 10 to 30 V
Threshold Input Current 2 mA (max)
Supply Current 3 mA (max)
Propagation Delay Time 150 ns (max)
Propagation Delay Skew 80 ns (max)
Rail-to-Rail output Equipped
UVLO Function Equipped
Creepage / Clearance Distance 8 mm (min)
Isolation Voltage 5,000 Vrms (min)
Common-mode Transient Immunity ±35 kV/μs (min)
Operation Temperature Range -40 to 110 degrees Celsius
Examples of Applicable Power Devices Small-scale IGBTs (up to 20 A) and MOSFETs Mid-scale IGBTs (up to 80 A) and MOSFETs Mid-scale IGBTs (up to 100 A) and MOSFETs

Notes

[1] Toshiba’s existing products: TLP5751, TLP5752 and TLP5754

Follow the links below for more on the new products and Toshiba IGBT/MOSFET-drive photocouplers.
https://toshiba.semicon-storage.com/ap-en/product/opto/photocoupler/ic-igbt.html
Customer Inquiries:

Optoelectronic Device Sales & Marketing Department

Tel: +81-3-3457-3431

https://toshiba.semicon-storage.com/ap-en/contact.html

Liat

Recent Posts

NVIDIA Expands AI Infrastructure with Strategic Partnerships with Coherent and Lumentum to Advance Optical Technologies

NVIDIA has announced strategic partnerships with photonics manufacturers Coherent and Lumentum to develop next-generation optical…

11 hours ago

Infineon introduces highly integrated USB-C Power Delivery microcontroller for high-voltage battery charging

Infineon Technologies has introduced the EZ-PD™ PMG1-B2, described as the industry’s first single-port USB Type-C…

11 hours ago

Cato Networks Unveils World’s First Auto-Adaptive Threat Prevention Engine in a SASE Platform to Stop Attacks Before Compromise

Cato Networks Unveils World’s First Auto-Adaptive Threat Prevention Engine in a SASE Platform to Stop…

11 hours ago

SCHURTER positions Lucerne as global technology and innovation hu

SCHURTER positions Lucerne as global technology and innovation hub SCHURTER Group has outlined plans to…

11 hours ago

Menlo Micro and Purdue Demonstrate Cryogenic MEMS Switching for Scalable Quantum Systems

Menlo Microsystems, in collaboration with Purdue University, has demonstrated a commercial-ready architecture for quantum control…

11 hours ago

OMRON 1500V relays for pre-charge save space and cut BOM in energy storage systems and EV fast-chargers

Compact board-mount contactor replacement with optimized 1500VDC/25A-make current Hoofddorp, The Netherlands, 4 March 2026 -…

12 hours ago