PIM ID
139
Brand Characteristics

AQV25_G3 Series PhotoMOS® Relays

New AQV25_G3 Series PhotoMOS HE 1 Form A High Capacity Relay Capable Of Continuous Load Current Up To 3.5A

Panasonic, a worldwide leader in Relay Products, introduces the NEW AQV25_G3 Series PhotoMOS Relays product line. The NEW AQV25_G3 Series High Capacity PhotoMOS Relays provides greatly increased load current in a compact DIP package along with a continuous load current of up to 3.5A.

AQV25_G3S Series PhotoMOS® Relays

New AQV25_G3S Series PhotoMOS HE SOP 1 Form A High Capacity Relay Miniature SOP 6-Pin Type With High Capacity 3.3A Load Current

Panasonic, a worldwide leader in Relay Products, introduces the NEW AQV25_G3S Series PhotoMOS Relays product line. With an outer dimension of 6.3 mm (L) x 4.4 mm (W) x 2.1 mm (H), the NEW AQV25_G3S Series High Capacity PhotoMOS Relays can switch up to 3.3A with load voltage 60V and 100V allowing them to achieve high capacity in a miniature SOP package.

Datasheets at Your Fingertips

View, Bookmark and Share with the NEW Panasonic INDustrial App!

Panasonic component and device specifications made easy, accessible, and shareable right from your mobile device!

This App is available for both iOS and Android devices via the Apple and Google Play App stores. It allows users to search by part number or with as little as a 5-digit Series name. Here is everything there is to know to navigate the App successfully.

New APS1 and APS2 Series PhotoIC Coupler AIGaAs LED & Photo IC

Panasonic Commercializes A New Small Size, High Speed PhotoIC Coupler for High-Speed Communication Between Industrial Equipment

Panasonic, a worldwide leader in cutting-edge electronic components, has developed and introduces the NEW APS1 and APS2 Series 20 Mbps PhotoIC Couplers. These new, small size, high speed Couplers with receiver circuit ICs are capable of creating isolation to protect circuits for high speed communication with a transfer rate of 20 Mbps.

Thermal Electromotive Force (EMF)

Over the years, test and measurement companies have sought for a feature in relays that provides an accurate reading at low current. This is important because at very low current, there is a tendency for inaccurate measurements to occur, thus causing false readings. This feature is referred to as Thermal Electromotive Force (EMF), and is found in a few Relays.