• All things technology
  • Delivery within Europe
  • Right to Cancel applies
  • Specialist retailer since 1923

Panasonic AQY410EH PhotoMOS Relay AQY410EH N/A N/A 130 mA

Image similar
Product type
PhotoMOS relay
Contact type
1 breaker
Number of pins
4
Switching voltage (max.)
350 V DC
350 V AC
Switching current (max.)
130 mA
Datasheet (PDF)
EAN:
Part number:
Item no:
Fast track dispatch on Wed 11 Nov

71 Piece(s)
Sales and shipping:
Conrad ElectronicTerms & Conditions

Number
Total (€ 5.49 / piece)
€ 5.49
prav.tax.untaxed incl. VAT 
plus € 19.99 
prav.priceAvailability.ecoparticipation.cost ...
prav.priceAvailability.privatecopyingfee.cost ...
without further shipping costs 
14-day return policy included

Highlights & Details

Panasonic AQY410EH PhotoMOS Relay AQY410EH N/A N/A 130 mA

  • Perfect for telecommunications, PC, notebook, measurement, test, automation, security and high speed equipment.
  • 4-pin type, miniature design.

Technical specifications

  • ON resistance 18 Ω (at 1.4 mA LED-Operating current, 1.3 mA LED-Reverse current, 1.14 V threshold voltage)
  • Leakage current max. 1 µA (at 1.4 mA LED-Operating current, 1.3 mA LED-Reverse current, 1.14 V threshold voltage)
Product type

PhotoMOS relay

Type

AQY410EH

Contact type

1 breaker

Enclosure

DIP 4

Connection

Print

Number of pins

4

R(on) (max.)

25 Ω

Switching voltage (max.)

350 V DC

350 V AC

Switching current (max.)

130 mA

Power dissipation

550 mW

Min. temperature

-40 °C

Max. temperature

+85 °C

Content

1 pc(s)

Switching current

130 mA

Type

AQY410EH

Max. permanent current

0.12 A (at 5 mA LED current, 3 V LED reverse voltage, 0.3 A peak current)

Temperature range

-40 - +80 °C

Documents & Downloads

Datasheet

Datasheet 504872 Panasonic AQY410EH PhotoMOS Relay AQY410EH N/A N/A 130 mA

Description

A channel PhotoMOS relay in an extremely compact DIP package Application: telecommunication, measurement, security and medical technology, input and output modules, remote monitoring systems

Hints

Approvals: UL, CSA, BSI.