To see if I could learn more, I contacted Tom Weir at EEStor Inc. this morning. First, EEStor now has visibility to the necessary funding commitments that should allow them to meet their anticipated near-term objectives. Second, Weir says they are moving further along their path. Tom Weir:
"Our objective is to complete component testing by September 2009. In parallel, we will be finalizing our second objective which consists of the assembly processes necessary to deliver production quality components and/or EESU's by the end of 2009. "
Just what does component testing consist of exactly? To answer this question, I turned to a subject matter expert with several years experience in capacitor manufacturing who preferred not to be named for this article. ( However, I can reveal his username at TheEEStory.com forums as none other than CapacitorMan.) The standard component tests for capacitor manufacturers consist of the following:
2) Dissipation Factor
3) Insulation Resistance
4) Voltage Coefficient (measuring capacitance vs voltage)
5) Temperature Coefficient (measuring capacitance vs temperature)
6) Voltage breakdown
Capman went on to say that a piezoelectric coefficient test, though not widely performed elsewhere, would be important in EEStor's case "if they have the size capacitor they are talking about. " He went on, "a piezoelectric coefficient test would be important for them because it measures how much the ceramic moves when you shock it with a high voltage. "
As speculated previously, the pace of information coming out of EEStor Inc. appears to be on the uptick as it zeros in on the completion of the commercialization of the EESU.
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