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Panasonic Electric Works AQY212GH — Signal Relays

AQY212GH Panasonic PhotoMOS Relay, SPST-NO, 1.1 A, 60 V

MPNAQY212GH
Active

Panasonic Electric Works PhotoMOS™ AQY series, SPST-NO (1 Form A) solid-state relay, 1.1 A load current, 0 V ~ 60 V AC/DC, 700 mOhms on-state resistance, through-hole 4-DIP package, PC pin termination.

$3.1400Ref. price · indicative, final on quote
Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

AQY212GH specifications
ParameterValue
SeriesPhotoMOS™ AQY
Output typeAC, DC
MountingThrough Hole
Voltage - load0 V ~ 60 V
Voltage - input1.14VDC
Load current1.1 A
CircuitSPST-NO (1 Form A)
PackageTube
Case4-DIP (0.300\", 7.62mm)
Termination stylePC Pin
On-State resistance700 mOhms

Product details

1.1 A solid-state switching in a 4-DIP body

Rated for 1.1 A continuous load current across 0 V to 60 V AC or DC, the AQY212GH switches without the contact bounce or wear of an electromechanical relay — suited for high-cycle applications in signal routing, instrumentation, and industrial control. The 700 mOhms maximum on-state resistance means at 1.1 A the relay dissipates roughly 0.85 W internally — the 4-DIP through-hole package sinks that heat into the PCB copper, so keep the ambient below 85 °C in dense layouts.

Through-hole DIP — rework-friendly footprint

Housed in a standard 4-DIP (0.300-inch, 7.62 mm) package with PC pin termination, the AQY212GH is a through-hole part — easy to hand-solder, socket, or rework on a prototype board without hot air. The base product number AQY212 spans multiple variants; the GH suffix denotes this specific tube packaging and electrical rating — confirm the BOM line calls out the full order code.

Frequently asked questions

Where can I buy the AQY212GH and check current pricing?

The AQY212GH is an active Panasonic part available through independent and authorized distribution.

What is the AQY212GH's on-state resistance and why does it matter?

The maximum on-state resistance is 700 mOhms. At the rated 1.1 A load current, this produces about 0.85 W of internal dissipation — the through-hole DIP package relies on the PCB copper for heat sinking, so derate ambient temperature if the board is densely populated.