Varistor Type: D Series: E-S1
Outstanding Perfomance, Small Diameter Size With A Broad Operating Temperature Range Of -40°C to +125°C Suitable For Outdoor Applications
Panasonic's ERZ-E1xAxxxSx Series Radial Leaded Disc ZNR® (Zinc Oxide Non-Linear Resistor) Transient / Surge Absorbers features outstanding performance, small diameter size and a broad operating temperature range of -40°C to +125°C.
Panasonic invented the ZNR Surge Absorber in 1968 and is a pioneer in the use of zinc oxide as a surge absorber. ZNR devices are used to protect electronic equipment against voltage surges and save board space and cost.
Features
- Exceptional Withstanding Surge Current And Energy Handling Capability In Compact 14mm and 11mm Sizes!
- Wide Operating Temperature: -40°C to +125°C
- Meets UL, VDE And CQC Standards
- RoHS / REACH Compliant
Benefits
- Wide Operating Temperature Allows Full Parametric Performance at 125°C Without Derating
- Reduced Board Space And Cost
- Same Lead Spacing As Larger 20mm Diameter Devices
- Keep Equipment Size Small
- Helps Protect Circuits From Surges And Transients
- Facilitates Agency Equipment Approval
- Protects Power Supplies And Electrical/Electronic Equipment From Lightning And Overvoltage Transients/Surges
- "S1" Part Number Suffix For Long, Straight Leads
- "SC" Part Number Suffix For Cut, Straight Leads
Varistor Type: D Series: E-S1
Part number list
EV Charging Solutions
The demand for Electric Vehicles supports the contribution to global environmental health concerns by substantially reducing pollution and many other benefits. Industry experts forecast significant sales growth in the coming years for the automotive market, making EVs a key part of the next generation of vehicles and means of transport. To accommodate this influx, the network of EV Charging Stations must improve as more EVs take the roads. As a solution for EV Charger and EV Charging Station designs, Panasonic offers a wide range of Electronic Components and Devices that support charge control, communication, and human interface device requirements for EV Charging applications.