Home / Electronics / Toshiba releases medium voltage, high current photorelay in small package

Toshiba releases medium voltage, high current photorelay in small package

Toshiba Electronics Europe has announced the launch of a new photorelay in a small 2.54SOP4 package that is just 2.1mm high with a 2.54mm pitch.

Fabricated using the latest U-MOS VIII trench MOSFET process, the new TLP3145 combines an off-state output terminal voltage of 200V with a controllable on-state current of up to 0.4A continuously or 1.2A when pulsed.



This makes TLP3145 a suitable replacement for a 1A mechanical relay that is used to control a 100V AC circuit.

Replacing a mechanical relay with a photorelay that is smaller and does not need a relay driver increases system reliability and supports space-saving design.

The TLP3145 is conveniently rated for an operating temperature range of -40ºC to +110ºC, making it easier to allow for a temperature margin in system-level thermal design.

The TLP3145 turns on or off in just 0.5ms (max.) and consumes a max. of 1μA in its OFF-state. The new device offers an isolation voltage of 1500Vrms and is approved to the UL1577 Safety Standard.

Check Also

IC obsolescence: custom ICs provide a solution to lifecycle challenges

With hundreds of thousands of electronic components reaching end-of-life each year, often with little or …

Maintenance tips to get the most from your resistor

From railways to renewable energy to marine applications and motor control, resistors are an essential …

High-side switch acts as diode controller with reverse polarity protection and current blocking function for safe power control in automotive systems

Toshiba introduces the TPD7110F, a diode controller designed to enable safe power control and flexible design …

This website stores cookies on your computer. These cookies are used to provide a more personalized experience and to track your whereabouts around our website in compliance with the European General Data Protection Regulation. If you decide to to opt-out of any future tracking, a cookie will be setup in your browser to remember this choice for one year.

Accept or Deny