Rev. 11-20-01 CDE Aluminum Electrolytic Capacitor Application Information Form Customer Name ________________________________ Competitive Info: Existing Source? _____ Competitor__________________ Contact Name____________________________ Part# ______________________ Title___________________________________ Sample or Drawing Available? ___ e-mail__________________________________ phone ________________________________ Target Price __________ EAU ________ Address________________________________ _______________________________________ NOTES Rep Name________________________________ Rep Firm________________________________ ___________________________________ Date_____________ Desired Ratings: Nominal Capacitance (uF)_____________ Capacitance Tolerance+%______-%______ Rated DC Voltage__________ Surge Voltage_____________ Temp. (-20) (-40) (-55) ºC to (85)(105)(125)(150) ºC Diameter________ (in) ( mm) Length________ (in) ( mm) Terminals: A. Straight Leads: (axial) (radial) Length__________ (in) (mm) Qty (2) (3) B. Snapmount: Qty (2) (3) (4) (5) C. Screw terminal threads ________ (hi) (lo) Can: (Regular) (Studded, size _______ ) Can Insulation: (none) (PVC) (Mylar) ___________________________________ ___________________________________ ___________________________________ ___________________________________ ___________________________________ ___________________________________ ___________________________________ Application Information: 2. Strobe / Photoflash / Pulse Discharge 1. General Filter Capacitor / Energy Storage 1. Maximum DC voltage _________ 1. Application Power ____________ (kW) (HP) 2. Peak-to-peak voltage __________ 2. Bus Voltage _________ VDC 3. Rep Rate _______ (/s)(/min) 3. # caps series _________ x parallel _________ 4. Peak Current _________ A 4. Ripple current (total) (per cap) 5. Ambient temperature near cap(s) _________ A rms at _________ Hz min. ______ºC max ______ºC avg _____ºC _________ A rms at _________ Hz 6. Air velocity ________ (m/s) (LFM) 5. Ambient temperature near cap(s) min. ________ºC max ______ºC avg ______ºC 7. Heatsink ___ ºC/W Sil Pad? (Y) (N) 8. Minimum Life _______ (shots) (hrs) (yrs) 6. Air velocity __________ (m/s) (LFM) 9. Typical Life _________ (shots) (hrs) (yrs) 7. Heatsink _________ ºC/W Sil Pad? (Y) (N) 8. Minimum Life _________ (hrs) (yrs) 9. Typical Life _________ (hrs) (yrs)