PhotoMOS HE relay sequence from Panasonic delivers elevated creepage & clearance, steady on-resistance over lifetime, and limitless switching cycles.
“Industrial BMS purposes demand reliability and constant efficiency over the product lifespan,” quoted Michael Renner, Product Supervisor at Panasonic Business Europe. The necessity of heavy obligation gadgets and gear is in actual fact a main want at any trade. The fixed switching course of might have an effect on the product life as quick as rusting of a steel.
The brand new PhotoMOS HE relay sequence from Panasonic Business Europe affords 5kV I/O isolation with an elevated clearance and creepage distance on the output facet. It additionally affords a miniature 1-Type-A DIP5 packaging, making it notably appropriate because the switching answer for Battery Administration Programs (BMS) in storage techniques, charging stations, and quite a few different excessive voltage measurement and infrastructure management purposes.
PhotoMOS relays with a MOSFET output get pleasure from an nearly limitless lifetime if used in keeping with the specs. Furthermore, they’re extraordinarily dependable, unaffected by vibration, and their On-resistance stays steady all through their whole lifetime. The AQV258H5 HE sequence PhotoMOS relays – not like electromechanical gadgets – are unaffected by vibration, a major profit in lots of industrial purposes.
These new PhotoMOS sequence AQV258H5 relays additionally function a low management present and low leakage present and produce no switching noise. Units include 5 pins to accommodate totally different creepage and clearance necessities, however a 6 pin model can be accessible.Each sorts are provided with through-hole or surface-mount terminations.
Options
- Contact association: 1 Type A
- Load voltage [ VL ] : 1,500 V
- Terminal form : Floor-mount terminal
- Steady load present [ IL ] : Max.: 0.02 A
- ON resistance (Most) [ Ron ] : 500 ohm
- Bundle : DIP6
- Product identify : HE 1 Type A
- Energy dissipation [ Pin ] : 75 mW
- Peak load present [ Ipeak ] : 0.06 A
- Energy dissipation [ Pout ] : 360 mW
