An advantage for customers, says the company, is that PTVS silicon-based technology delivers lower clamping voltage under surge, greater performance stability and increased reliability compared to the capabilities offered from typical competing MOV technology.
"Avoiding damage to the power supply by limiting the peak surge voltage to an acceptable level without short circuiting the line for an extended period of time is essential to minimise downtime in critical systems," said Ben Huang, product line manager. "The expanded PTVS offering provides the needed protection for AC/DC power supplies used in renewable energy, industrial, telecom and other applications that are exposed to hostile events, such as power line surges and indirect lightning strikes."
Product Features
Model | Repetitive Peak Current Rating - VWM | Standoff Voltage per 8/20 µs - IPPM |
PTVS10-170C-TH | 170V | 10kA |
PTVS10-320C-TH | 320V | 10kA |
PTVS10-380C-TH | 380V | 10kA |
PTVS10-430C-TH | 430V | 10kA |
PTVS10-470C-TH | 470V | 10kA |
PTVS6-380C-TH | 380V | 6kA |
PTVS6-430C-TH | 430V | 6kA |
PTVS3-380C-TH | 380V | 3kA |
PTVS3-430C-TH | 430V | 3kA |