• Part: PIP120
  • Description: AC POWER BUS VOLTAGE SUPPRESSOR
  • Manufacturer: Protek Devices
  • Size: 98.02 KB
Download PIP120 Datasheet PDF
Protek Devices
PIP120
PIP120 is AC POWER BUS VOLTAGE SUPPRESSOR manufactured by Protek Devices.
- Part of the PIP30 comparator family.
PHP8.4-PHP500 thru Only One Name Means Pro T ek’Tion™ PIP8.4-PIP500 AC POWER BUS VOL T AGE SUPPRESSOR APPLICA TIONS ✔ Secondary AC Power Supply ✔ Aircraft & Shipboard AC Power Bus ✔ Heavy Duty AC Switching Power FEA TURES ✔ Meets the Following Military Specifications: - DOD-STD-1389 - MIL-STD-2036 - MIL-STD-704 - MIL-PRF-STD-19500/507 ✔ 7,500 & 15,000 Watts Peak Pulse Power per Line (tp=10/1000µs) ✔ Each Device 100% Tested ✔ Available in Multiple Voltages Ranging From: 8.4V to 500V MECHANICAL CHARACTERISTICS ✔ Hermetically Sealed Glass to Metal Sub-Assemblies (PHP) ✔ Sub-Assemblies are Packaged in Molded Epoxy Case (PIP) ✔ Weight 46 grams (Approximate) ✔ Flammability rating UL 94V-0 .. ✔ Device Marking: Logo & Part Number ✔ Screening Available Upon Request - The PHP & PIP series can be screened upon request for military requirements in accordance with MIL-PRF-19500 (applicable test). Standard screening is available based on the following options: H1 - Submodule Screening per test plans 05231 & 05232 H2 - Submodule & Module Screening per test plan 05233 H3 - Submodule & Module Screening, Module Group B & C Lot Testing per test plans 05234 & 05235 PIP & PHP PACKAGE MAXIMUM RATINGS @ 25°C Unless Otherwise Specified PARAMETER Peak Pulse Power (tp = 10/1000µs) - See Figure 1 Operating Temperature Storage Temperature Steady State Power Dissipation @ 50°C SYMBOL PPP TJ TSTG TA VALUE 7.5 & 15 -55°C to 150°C -55°C to 150°C 7.5 UNITS kilowatts °C °C Watts 05027.R4 11/04 .protekdevices. PHP8.4-PHP500 thru PIP8.4-PIP500 DEVICE CHARACTERISTICS ELECTRICAL CHARACTERISTICS PER LINE @ 25°C Unless Otherwise Specified PART NUMBER (See Notes 1-2) AVERAGE RMS VOLTAGE RATED STAND-OFF VOLTAGE MINIMUM BREAKDOWN VOLTAGE (See Note 1) @ 1m A V(BR) VOLTS 14 40 50 100 200 347 418 735 835 14 40 50 100 200 347 418 735 835 MAXIMUM CLAMPING VOLTAGE (See Fig. 2) @ IPPM VC VOLTS 22 67 84 167 319 536 652 1138 1292 22 67 84 167 319 536 652 1138 1292 MAXIMUM LEAKAGE CURRENT MAXIMUM...