60V MERs Up Current Handling

Aug. 1, 2005
Citing as much as 40% more current handling capability and up to 50% better on-resistance than similar devices, the PVG612A series microelectronic relays (MERs) handle maximum load currents of 3A ac and 6A dc. Otherwise identical, they are available

Citing as much as 40% more current handling capability and up to 50% better on-resistance than similar devices, the PVG612A series microelectronic relays (MERs) handle maximum load currents of 3A ac and 6A dc. Otherwise identical, they are available in two package types: 6-pin DIP (PVG612A and PVG612AS) and surface-mount, 6-pin DIP (PVG612AS-T). Each component is a single-pole, normally open solid-state relay with an integrated circuit photovoltaic generator and HEXFET power MOSFET transistors, operating as the output switch. The switch is controlled by radiation from a light-emitting diode that is optically isolated from the generator. Other features include an input drive of 5 mA and TTL compatibility. Pricing for the PVG612A (6-pin DIP) begins at $3.59 each/10,000. INTERNATIONAL RECTIFIER, El Segundo, CA. (310) 252-7726.

Company: INTERNATIONAL RECTIFIER

Product URL: Click here for more information

Sponsored Recommendations

The Importance of PCB Design in Consumer Products

April 25, 2024
Explore the importance of PCB design and how Fusion 360 can help your team react to evolving consumer demands.

PCB Design Mastery for Assembly & Fabrication

April 25, 2024
This guide explores PCB circuit board design, focusing on both Design For Assembly (DFA) and Design For Fabrication (DFab) perspectives.

Unlocking the Power of IoT Integration for Elevated PCB Designs

April 25, 2024
What does it take to add IoT into your product? What advantages does IoT have in PCB related projects? Read to find answers to your IoT design questions.

Near- and Far-Field Measurements

April 16, 2024
In this comprehensive application note, we delve into the methods of measuring the transmission (or reception) pattern, a key determinant of antenna gain, using a vector network...

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!