Aluminum Electrolytics Custom Assemblies CUSTOM DESIGN FORM
State or Province
Form factor (screw, radial, flat, module, etc.)?
Diameter, length, terminals, lead length, insulation, etc.
Mounting considerations (Stud mount, snap-in, modular bank, terminals down, heat sink, etc.)?
Vibration requirements (vibration profile, std transportation, High frequency, random, gunfire, etc.?
Shock requirements (continuous shock, MIL-STD-202 Method X Condition X, etc.)?
Altitude requirements (Earth bound, 10,000 ft, 100,000 ft, etc.)?
Operating temperature range?
Storage temperature range?
DC (Peak) operating voltage required?
Capacitance (Individual in bank or total bank)?
Capacitance tolerance (ex: ±20%, -10% + 50%, etc.)
AC/Ripple current(s) and frequency(s)?
a. Single ripple current and frequency (std sine wave, square wave, triangle wave, etc.)
b. Multiple ripple and frequency profiles (could include complex combinations or
calculated rms value)
Discharge application parameters (expected Vdc drops, recovery time, and frequency of events, etc.)?
Spike voltage/peak voltage (turn-on spikes, periodic functional feedback spike, etc.)?
Low-temperature capacitance retention requirements (ex: min cap needed at -55°C)?
Low-temperature impedance requirements (ex: max impedance multiple or value at -55 ºC?
Life expectation (years, profile, minimum expectation, etc.)?
Approved competitor's capacitor information?
End-use (DC to DC converter, bus holdup, avionics power supply, UPS, motor control, etc.?