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MEC1322 датащи(PDF) 301 Page - Microchip Technology |
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MEC1322 датащи(HTML) 301 Page - Microchip Technology |
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301 / 456 page ![]() 2014 - 2015 Microchip Technology Inc. DS00001719D-page 301 MEC1322 26.9.5 GAIN REGISTER The Gain Register The Gain Register stores the gain terms used by the proportional and integral portions of the RPM based Fan Control Algorithm. These terms will affect the FSC closed loop acquisition, overshoot, and settling as would be expected in a classic PID system. This register only applies if the Fan Speed Control Algorithm is used. TABLE 26-12: DERIVATIVE OPTIONS DER_OPT[1:0] Operation NOTE (see Section 26.9.7, "Fan Step Register") 10 0 0 No derivative options used PWM steps are limited to the maxi- mum PWM drive step value in Fan Step Register 0 1 Basic derivative. The derivative of the error from the current drive setting and the target is added to the iterative PWM drive setting (in addition to proportional and integral terms) PWM steps are limited to the maxi- mum PWM drive step value in Fan Step Register 1 0 Step derivative. The derivative of the error from the current drive setting and the target is added to the iterative PWM drive setting and is not capped by the maximum PWM drive step. This allows for very fast response times PWM steps are not limited to the max- imum PWM drive step value in Fan Step Register (i.e., maximum fan step setting is ignored) 1 1 Both the basic derivative and the step derivative are used effectively causing the derivative term to have double the effect of the derivative term (default). PWM steps are not limited to the max- imum PWM drive step value in Fan Step Register (i.e., maximum fan step setting is ignored) TABLE 26-13: ERROR RANGE OPTIONS ERR_RNGX[1:0] Operation 10 00 0 RPM 0 1 50 RPM (default) 1 0 100 RPM 1 1 200 RPM Offset 05h Bits Description Type Default Reset Event 7:6 RESERVED R/W 00h - 5:4 GAIND[1:0] The derivative gain term. See Table 26-14, "Gain Decode". R/W 10h VCC1_R ESET 3:2 GAINI[1:0] The integral gain term. See Table 26-14, "Gain Decode". R/W 10h VCC1_R ESET 1:0 GAINP[1:0] The proportional gain term. See Table 26-14, "Gain Decode". R/W 10h VCC1_R ESET |
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