The bandwidth of the response is going to be a function of the individual design. While most mfr's use a commonly available chip for the control functions, the sensing transformer design and the filtering in the I/O's to the chip will have a big impact on the answer. These are things that will vary from model to model, mfr to mfr.
Regards, Jim Eichner > Senior Regulatory Compliance Engineer Statpower Technologies Corporation jeich...@statpower.com http://www.statpower.com Any opinions expressed are those of my invisible friend, who really exists. Honest. > -----Original Message----- > From: david_l_tarnow...@email.whirlpool.com > [SMTP:david_l_tarnow...@email.whirlpool.com] > Sent: Tuesday, November 30, 1999 12:34 PM > To: emc-p...@majordomo.ieee.org > Subject: Ground Fault Current Interruptors > > > > EMC & Safety Colleagues, > > Does anyone know where I could get information about the > bandwidths of > ground fault current interruptors; that is, has there been a > study > that shows what the statistical lower and upper current limits > are as > a function of frequency? > > > David Tarnowski > Whirlpool Corp. > St. Joseph, MI > > > --------- > This message is coming from the emc-pstc discussion list. > To cancel your subscription, send mail to majord...@ieee.org > with the single line: "unsubscribe emc-pstc" (without the > quotes). For help, send mail to ed.pr...@cubic.com, > jim_bac...@monarch.com, ri...@sdd.hp.com, or > roger.volgst...@compaq.com (the list administrators). > --------- This message is coming from the emc-pstc discussion list. To cancel your subscription, send mail to majord...@ieee.org with the single line: "unsubscribe emc-pstc" (without the quotes). For help, send mail to ed.pr...@cubic.com, jim_bac...@monarch.com, ri...@sdd.hp.com, or roger.volgst...@compaq.com (the list administrators).
