birdcage/docs/A3981-vectors/A3981-datasheet_page_12.svg

<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape" version="1.1" width="612" height="792" viewBox="0 0 612 792">
<defs>
<clipPath id="clip_1">
<path transform="matrix(1,0,0,-1,0,792)" d="M0 0H612V792H0Z"/>
</clipPath>
<clipPath id="clip_2">
<path transform="matrix(1,0,0,-1,0,792)" d="M0 0H612V792H0Z"/>
</clipPath>
<clipPath id="clip_3">
<path transform="matrix(1,0,0,-1,0,792)" d="M246.535 44.136H366.344V13.592001H246.535Z"/>
</clipPath>
</defs>
<g clip-path="url(#clip_1)">
<path transform="matrix(1,0,0,-1,36.4416,735.5)" stroke-width="1" stroke-linecap="butt" stroke-miterlimit="4" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H540"/>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="18" font-family="PZDRAU+Arial-BoldMT" font-weight="bold"><tspan y="-721.6296" x="233.5553 246.1013 256.6493 262.1933 272.7413 288.2933 298.8413 304.3853 308.9393 318.4973 328.05534 332.6093 344.1653 350.71733 361.26533 371.81333 378.36534 387.92335 403.47535 419.02735 428.58537 439.13337 443.68736 453.24537 457.79936 469.35536 474.89936 484.45738 495.00538 505.55339 515.1114 521.6634 526.2174 538.7634 545.3154 549.86947 559.4274 568.9854">Automotive Programmable Stepper Driver</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="20" font-family="PZDRAU+Arial-BoldMT" font-weight="bold"><tspan y="-721.7197" x="36 50.24 61.160005 72.08 83">A3981</tspan></text>
</g>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="XDGNIE+ArialMT"><tspan y="-46.2197" x="565.2935 570.8535">12</tspan></text>
<g clip-path="url(#clip_2)">
<path transform="matrix(1,0,0,-1,36,91)" stroke-width="1" stroke-linecap="butt" stroke-miterlimit="4" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H540"/>
<path transform="matrix(1,0,0,-1,36,38)" stroke-width="1" stroke-linecap="butt" stroke-miterlimit="4" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H540"/>
<g clip-path="url(#clip_3)">
<g transform="matrix(.041557079,0,0,.04155576,246.5352,747.864)">
<image id="image_4" width="2883" height="735" xlink:href="data:image/png;base64,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"/>
</g>
</g>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="6" font-family="WSZTMG+ArialMT"><tspan y="-37.5204" x="427.7316 431.7336 433.0656 434.3976 437.7336 441.0696 443.0676 446.4036 448.0716 453.06959 454.40159 457.40159 459.39958 462.73558 466.73759 469.73759 472.73759 474.40559 477.74159 482.73957 485.73957">Allegro MicroSystems </tspan><tspan y="-30.3204" x="428.0376 431.3736 434.7096 438.0456 439.7136 443.7156 447.0516 449.0496 450.3816 455.37959 458.71559 460.38359 463.71958 465.71757 467.38557 471.71757 475.05357 478.38957 481.72557">955 Perimeter Road </tspan><tspan y="-23.1204" x="428.1096 433.10758 436.44358 439.77958 442.77958 446.11558 449.45158 452.45158 454.11958 457.45558 459.12596 460.79396 462.46195 466.79396 471.12596 472.79396 476.12995 479.46595 482.80195 486.13795 489.47395 491.47193 494.80793 498.14393 501.47993 504.81593 506.48393 510.81593 512.48397 516.48599 518.154 522.156">Manchester, NH 03103-3353 U.S.A.</tspan></text>
<text fill="#0000ff" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="6" font-family="WSZTMG+ArialMT"><tspan y="-15.920399" x="427.99559 432.32759 436.65959 440.99159 442.65959 445.99559 447.32759 448.65959 451.99559 455.33158 457.32957 460.66557 465.66355 466.99555 469.99555 471.99354 475.32954 476.99754 479.99754 483.33354">www.allegromicro.com</tspan></text>
</g>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-659.0664" x="36 41 46 48.78 51.559999 56 61 65.44 69.33 71.83 76.270008 81.270008 86.270008 88.770008 91.55 96.55 100.990009 103.490009 107.93001 112.93001 115.71001 120.71001 123.21001 125.990009 130.43001 138.21 143.21 147.65001 150.98001 155.42002 158.20001 163.20001 166.53002 170.97002 173.47002 177.91002 181.24002 185.68003 188.18003 195.96002 200.96002 205.96002 208.74002 211.52002 216.52002 219.85002 224.29003 229.29003 231.79003 233.70502 240.37502 242.87502 247.87502 252.87502 260.65504 265.65504 270.09504 273.42503 275.92503 280.92503 284.255">voltages and the chip temperature are monitored. A number of </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-647.0664" x="36 38.78 43.78 48.22 52.11 56.550004 59.050004 62.380006 66.82001 71.26001 74.04001 79.04001 82.37001 86.81001 90.70001 93.20001 97.640018 102.640018 105.42001 110.42001 118.20001 122.640018 125.42001 128.20001 132.64002 137.08002 139.86002 142.64002 147.64002 150.14002 155.14002 157.92002 161.81002 166.25002 171.25002 174.03002 178.47002 180.97002 183.75002 188.75002 193.19002 195.69002 200.13002 205.13002 208.46002 211.79003 216.23003 221.23003 224.01003 226.51003 231.51003 234.84003 237.62003 242.62003 247.06003 249.56003 252.34003 257.34004 259.84004 264.84004 268.17 273.17 275.95 280.39 284.83003 287.61003">these features automatically disable the current drive to protect </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-635.0664" x="36 38.78 43.78 48.22 50.72 55.72 60.72 63.5 68.5 73.5 76.28 80.17 82.67 87.11 92.11 97.11 99.61 102.39 107.39 111.83 114.33 117.11 122.11 126.55 131.55 134.05 136.55 143.77 146.55 151.55 155.99 159.32 163.21 165.71 170.71 175.71 178.49 183.49 185.99 190.99 194.32 199.32 204.32 207.1 212.1 216.54001 219.04001 223.48001 228.48001 230.98001 233.76001 238.76001 243.76001 246.54001 250.98001 255.42002 258.2 260.98 265.98 270.98 273.48 278.48 281.81">the outputs and the load. Others only provide an indication of </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-623.0664" x="36 38.78 43.78 48.22 50.72 53.5 56.28 61.28 65.72 68.5 73.5 76 79.33 83.770008 88.770008 91.55 94.33 96.83 100.72 103.5 107.94 110.72 115.72 119.61 122.11 124.61 129.05 132.94 135.44 139.33 144.33 149.33 156.55 161.55 164.05 166.83 171.83 174.33 177.11 182.11 186.55 189.05 194.61 199.05 204.05 206.83 209.61 212.11 214.89 219.33 224.33 227.11 231.55 234.05 237.38 242.763 247.203 252.203 254.983 259.423 261.923 266.923 270.253 272.753 274.69599 281.366">the likely fault status, as shown in the Fault table (Table 1). A </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-611.0664" x="36 39.89 42.67 47.67 52.67 55.449998 59.89 62.39 67.39 70.17 74.61 79.61 84.61 89.61 93.5 96.28 99.06 103.5 106 111 116 118.78 123.78 128.78 131.56 134.06 139.06 141.84 146.84 149.34 152.67 159.89 163.22 170.44 177.66 180.99 183.49 187.93001 192.37001 197.37001 199.87001 204.87001 209.31002 211.81002 216.81002 220.14002 225.14002 230.14002 233.47002 237.91002 245.69002 253.47002 257.91 262.91 265.41 268.19 273.19 276.52 281.52 286.52 291.52 296.52">single diagnostic output pin (DIAG) can be programmed through </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-599.0664" x="36 38.78 43.78 48.22 50.72 54.61 59.050004 62.380006 65.16 69.600009 72.380008 74.880008 77.66 82.66 85.44 89.880008 93.21001 96.54001 100.98001 105.42001 109.860019 112.360019 115.140018 120.140018 122.640018 127.640018 130.97002 135.97002 140.97002 143.75002 148.75002 153.19002 155.69002 159.58002 164.02002 169.02002 173.46002 176.79003 181.23003 184.01003 186.51003 191.51003 194.29003 197.41103 200.74103 205.18103 208.51103 212.95104 217.95104 220.73104 223.23104 226.01103 231.01103 233.79103 238.23104 241.56104 246.56104 251.00104 253.78104 256.28105 260.17106 262.95106 267.95106 272.95106 277.39106 280.17106 284.06108 286.56108">the serial interface to provide several different internal signals. </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-587.0664" x="36 43.22 46 48.5 53.5 58.5 65.72 70.16 73.29001 76.62001 81.62001 86.62001 89.12001 91.62001 96.62001 99.95001 102.45001 106.890018 110.22002 113.000019 117.44002 120.77002 123.27002 127.71002 130.21002 135.21002 140.21002 147.43003 151.87003 154.99404 158.32404 163.32404 168.32404 171.65404 174.98404 179.42404 183.31404 187.75405 190.53404 193.03404 195.81404 200.81404 205.25405 207.75405 214.97405 218.30405 225.52405 232.74405 235.24405 240.24405 243.02405 248.02405 250.52405 255.52405 260.52406 263.30406 268.30406 273.30406 276.08406 279.97407 282.47407 286.91407">At power-up, or after a power-on-reset the DIAG pin outputs a </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-575.0664" x="36 39.89 42.67 50.449998 55.449998 58.229997 62.67 65.17 70.729999 75.17 80.17 82.95 85.729999 88.229999 95.45 100.45 103.229999 108.229999 113.229999 116.009998 118.509998 121.84 124.619998 129.06 134.06 136.56 143.78 148.78 151.56 156 161 163.5 170.72 173.5 176.28 179.06 181.56 186.56 191 193.5 196.28 201.28 208.5 211 213.78 217.11 219.61 224.05 226.55 229.88 234.32 239.32 242.1 244.88 247.38 250.16 254.05 256.55 261.55 264.87998 269.31999 273.21 277.65 282.65 285.43 287.93">simple Fault Output flag which will be low if a fault is present. </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-563.0664" x="36 42.11 47.11 51.550004 54.050004 59.610006 64.05 69.05 71.83 74.61 77.11 84.33 89.33 92.11 97.11 102.11 104.89 107.39 110.72 113.5 117.94 122.94 125.44 128.77 133.21 140.99 145.43001 148.21 153.21 157.1 159.6 162.38 167.38 174.6 177.1 184.32 189.32 192.1 194.88 199.32 201.82 204.6 209.6 214.04001 216.54001 219.87001 224.31002 229.31002 232.09001 234.87001 237.37001 240.15001 244.04001 246.54001 251.54001 254.87001 259.31 263.2 267.64 272.64 275.42 277.92 282.92 286.25 288.75 291.53 294.86">The Fault Output flag remains low while the fault is present or if </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-551.0664" x="36 41 46 50.440004 52.940004 57.940004 61.270006 63.770006 66.55 71.55 75.990009 78.490009 81.270008 85.71001 88.490009 92.93001 97.93001 102.37001 107.37001 109.87001 113.20001 117.640018 122.640018 125.42001 128.20001 132.09001 134.59001 137.92002 141.25002 146.25002 149.58002 152.08002 156.52002 161.52002 165.96002 173.74002 178.74002 181.52002 185.96002 188.46002 190.96002 195.40003 197.90003 202.90003 206.23003 209.01003 214.01003 219.01003 223.45003 225.95003 229.84003 234.84003 239.84003 243.17003 245.95003 248.45003 252.89003 255.67003 259.00004 263.44004 268.44004 271.22004 274.00004 277.33003 279.83003 284.83003 289.27003 293.16004">one of the latched faults (for example, a bridge short circuit) has </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-539.0664" x="36 41 45.440004 49.880006 54.880006 57.380006 62.380006 66.82001 69.600009 74.04001 78.48001 81.26001 85.70001 90.70001 93.20001 97.640018 102.640018 107.640018 110.140018 112.92001 117.92001 122.360019 124.860019 129.86002 134.86002 137.64002 142.64002 147.64002 150.42002 154.31002 156.81002 161.81002 164.59001 168.48001 172.92002 177.92002 180.70001 185.14002 190.14002">been detected and the outputs disabled.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-521.0664" x="36 43.22 46 48.78 53.22 56.550004 61.550004 65.990009 68.770008 71.55 76.55 80.990009 83.490009 86.270008 91.270008 93.770008 96.55 101.55 105.990009 108.490009 114.05 118.490009 123.490009 126.270008 129.05 131.55 138.77 143.77 146.55 151.55 156.55 159.33 161.83 165.16 167.94 172.38 177.38 179.88 182.38 185.16 190.16 194.6 197.1 204.32 207.65001 214.87001 222.09001 224.59001 229.59001 234.59001 237.37001 242.37001 247.37001 250.15001 252.65001 257.09 261.53 266.53 269.03 274.03 278.47 280.97 285.97 289.3">Alternative to the Fault Output flag, the DIAG output can be pro</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-521.0664" x="294.2715">-</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-509.0664" x="36 41 44.33 48.770006 56.550004 64.33 68.770008 73.770008 76.270008 81.270008 84.05 88.490009 90.990009 93.770008 98.770008 103.21001 105.71001 109.600009 114.04001 117.37001 120.15001 124.59001 127.37001 129.87001 132.65001 137.65001 140.43001 144.87001 148.20001 151.53002 155.97002 160.41002 164.85002 167.35002 170.13002 175.13002 177.63002 182.63002 187.63002 190.41002 195.41002 200.41002 203.19002 205.97002 208.47002 211.25002 216.25002 220.69002 223.19002 227.08002 229.86002 234.30002 237.08002 239.86002 242.36002 247.36002 251.80002 254.58002 259.02003 263.46003 266.24003 268.74003 272.63005 275.41004 280.41004 285.41004 289.85005 292.63005 295.13005">grammed via the serial interface to output: the stall detect signal, </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-497.0664" x="36 43.22 48.22 51 55.440004 60.440004 62.940004 67.94 72.94 77.380008 81.270008 83.770008 86.55 91.55 98.770008 101.270008 108.490009 113.490009 117.93001 122.93001 125.43001 129.87001 132.37001 136.26001 139.04001 143.48001 146.26001 149.04001 151.54001 154.32 158.21 160.71 165.71 170.15001 172.93001 177.37001 181.81002 184.59001 189.03002 194.03002 196.81002 199.31002 202.09001 207.09001 211.53002 214.03002 219.03002 224.03002 228.47002 232.36002 236.80002 238.72502 245.39502 247.89502 253.45502 262.89503 271.78504 275.11503 280.11503 285.11503">which goes low when a stall is detected; the phase A PWM-on </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-485.0664" x="36 39.89 42.67 47.67 52.67 57.11 59.89 62.39 64.89 72.11 77.11 79.89 84.33 89.33 91.83 94.61 98.5 101 106 108.78 113.78 118.78 121.28 126.28 131.28 134.61 137.39 142.39 147.39 149.89 152.67 157.67 162.11 164.61 169.61 174.61 179.05 182.94 187.38 189.315 195.985 198.485 204.045 213.485 222.375 224.875 229.875 234.875 238.205 240.985 243.765 251.545 255.985 258.765 261.265 266.265 269.595 272.095 276.535 281.535">signal, which is high during the phase A PWM on-time; or an </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-473.0664" x="36 40.440004 45.440004 49.880006 52.660005 57.660005 62.660005 65.16 69.05 71.83 76.83 81.83 86.270008 89.05 91.55 94.33 99.33 104.33 107.11 111.55 115.990009 118.770008 121.55 126.55 131.55 134.05 136.83 141.83 146.27 148.77 152.66 155.44 158.22 161 165.44 170.44 175.44 177.94 180.72 185.16 192.94 197.94 202.38 205.71 210.15001 212.93001 217.93001 221.26001 225.70001 228.20001">analog signal indicating the silicon temperature. </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-455.0664" x="36 39.33 42.660005 45.160005 48.490007 52.930009 57.930009 62.930009 65.71001 69.04001 73.48001 78.48001 80.98001 83.48001 87.37001 92.37001 96.81001 101.250019 104.030017 107.360019 110.140018 114.58002 117.08002 120.41002 124.85002 129.85002 132.63002 135.41002 137.91002 140.69002 145.69002 149.02002 154.02002 157.35002 165.13002 169.57003 172.35002 175.13002 180.13002 185.13002 187.63002 192.07003 196.51003 201.51003 204.01003 209.01003 213.45003 215.95003 220.95003 225.39003 228.17003 232.61003 235.94004 243.72003 246.50003 251.50003 255.94004 260.94004 263.44004 268.44004 273.44004 275.94004 279.27003 283.71003 288.15003">If required, specific fault information can be determined by read</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-455.0664" x="293.1094">-</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-443.0664" x="36 38.78 43.78 48.78 51.28 54.059999 59.059999 63.5 66 71 73.78 78.22 83.22 88.22 93.22 97.11 99.89 102.67 107.11 109.61 112.94 117.380008 122.380008 125.16 129.05 131.83 136.27 139.6 143.49 145.99 149.32 153.21 157.65001 162.09001 164.59001 170.15001 174.59001 177.92002 180.70001 185.14002 187.92002 190.42002 193.75002 198.75002 201.53002 205.97002 209.30002 212.63002 217.07003 221.51003 225.95003 228.45003 232.34003 236.78003 241.22003 244.00003 246.78003 251.78003 256.78004 260.11003">ing the diagnostic registers (see Serial Interface section).</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-425.0664" x="36 42.11 47.11 51.550004 54.050004 57.380006 60.160005 63.490007 67.380008 70.16 72.66 77.66 80.44 83.22 85.72 89.05 94.05 96.83 99.61 102.11 107.11 112.11 115.44 117.94 120.72 125.72 128.22 133.22 138.22 141 146 148.5 153.5 156.28 160.72 165.72 170.72 175.72 179.61 182.39 185.17 189.61 192.11 195.44 199.88 204.88 207.66 211.55 214.33 218.77 222.1 225.99 228.49 232.93001 237.93001 242.93001 245.71 250.15001 252.93001 257.93 261.82 264.32 268.76 271.26 275.7 280.7">The first bit (bit 15) in both diagnostic registers contains a com</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-425.0664" x="288.4463">-</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-413.0664" x="36 43.78 48.78 53.78 56.28 61.84 66.28 71.28 74.06 76.84 79.34 86.009998 90.45 95.45 98.229999 102.119998 104.899997 109.34 112.67 115.17 118.5 121.28 125.72 130.72 133.22 140.44 145.44 148.22 152.66 157.66 160.16 167.38 170.16 172.94 175.72 178.22 183.22 187.66 190.16 195.16 197.94 202.94 207.94 210.44 213.22 216.55 219.05 223.49 228.49 233.49 235.99 240.99 244.32 246.82 249.6 254.6 259.04 261.54 264.87 269.31 274.31 277.09 279.87 282.37 287.37 290.15 292.93 296.82">mon Fault Register flag which will be high if any of the fault bits </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-401.0664" x="36 38.78 43.78 46.28 50.72 53.5 56.28 61.28 65.72 69.05 71.55 74.880008 79.32001 84.32001 87.100009 90.990009 93.770008 98.21001 101.54001 104.04001 109.04001 113.48001 117.37001 119.87001 124.87001 129.31002 133.75002 138.75002 141.25002 145.14002 149.58002 152.36002 154.86002 157.16202 163.27202 168.27202 171.05202 174.94202 177.44202 181.88202 184.66202 187.44202 192.44202 199.66202 203.55202 206.05202 210.49202 212.99202 216.32202 220.76203 225.76203 228.54203 231.32202 233.82202 238.26203 243.26203 248.26203 253.26203 256.04203 258.82203 261.60203 266.60203 271.60203 274.10203 276.88203 281.88203 284.38203 289.38203 293.82203">in either register has been set. This allows a fault condition to be </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-389.0664" x="36 41 45.440004 48.22 52.660005 57.100008 59.880006 64.32001 69.32001 71.82001 76.82001 80.71001 83.490009 88.490009 93.490009 95.990009 98.770008 103.770008 108.21001 110.71001 114.600009 119.04001 122.37001 125.15001 129.59001 132.37001 134.87001 137.65001 142.65001 145.43001 149.87001 153.20001 156.53002 160.97002 165.41002 169.85002 172.35002 174.85002 179.85002 184.85002 187.35002 191.24002 194.02002 201.80002 206.80002 209.58002 214.58002 217.08002 219.86002 224.30002 229.30002 232.08002 237.08002 242.08002 244.58002 250.14002 256.25 262.92 267.92 270.42 273.2 278.2 284.73503 287.23503">detected using the serial interface, by simply taking STRn low. </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-377.0664" x="36 43.22 47.11 49.61 53.5 58.5 63.5 68.5 71 75.44 79.33 81.83 87.39 93.5 100.17 105.17 107.67 112.67 117.67 122.11 126 128.5 131.28 136.28 143.5 146 148.78 153.78 158.22 160.72 164.05 166.83 170.72 173.5 176 181 183.78 186.56 189.06 191.84 196.84 199.34 202.12 207.12 211.56 214.06 219.06 221.84 226.28 231.28 236.28 241.28 245.17 247.95 250.73 255.17 257.66999 260.99998 265.43998 270.43998 273.21998 277.11 279.88999 284.33 287.65998 291.55">As soon as STRn goes low the fist bit in the diagnostic registers </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-365.0664" x="36 40.440004 44.880006 49.880006 52.380006 57.380006 61.820009 64.32001 67.65001 72.09001 76.530017 81.530017 84.030017 86.81001 91.81001 94.31001 99.31001 103.750019 106.530017 110.97002 114.30002 122.08002 124.860019 129.86002 134.30002 136.80002 139.58002 142.91002 145.41002 149.85002 152.35002 155.68003 160.12003 165.12003 167.90003 170.68003 173.18003 178.18003 182.62003 186.51003 189.01003 194.01003 198.45003 202.89003 207.89003 210.39003 215.39003 219.83003 222.61003 227.05004 231.49004 234.27004 238.71004 243.71004 246.21004 250.65004 253.43004 255.93004 260.37004 265.37004 270.37004 272.87004 275.65003 278.43003 286.21003 290.65003">can be read to determine if a fault has been detected at any time </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-353.0664" x="36 39.89 42.67 47.67 52.11 56.550004 59.050004 61.83 66.83 71.270008 73.770008 76.55 80.990009 84.880008 87.66 90.16 95.16 97.94 102.380008 107.380008 112.380008 117.380008 121.270008 124.05 126.83 131.27 133.77 137.1 141.54001 146.54001 149.32 153.21 155.99 160.43001 163.76001 167.65001 170.15001 173.48001 177.92002 181.81002 186.25002 189.03002 191.53002 194.03002 197.36002 202.36002 204.86002 209.30002 212.08002 214.86002 217.36002 221.80002 226.24002 230.13002 234.57003 238.46002 240.96002 243.74002 248.74002 253.18003 255.68003 259.01 263.45 268.45 271.23 274.01 276.51 281.51 284.29 287.07 290.96003">since the last diagnostic registers reset. In all cases the fault bits </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-341.0664" x="36 38.78 43.78 46.28 49.059999 54.059999 58.5 61 66 68.78 73.22 78.22 83.22 88.22 92.11 94.89 97.67 102.11 104.61 107.94 112.380008 117.380008 120.16 124.05 126.83 131.27 134.6 138.49 140.99 145.43001 148.76001 153.20001 155.70001 158.48001 162.92002 165.70001 170.14002 175.14002 179.58002 184.58002 187.08002 191.52002 196.52002 201.52002 204.02002 209.02002 214.02002 216.80002 221.80002 224.30002 228.74002 231.52002 235.96002 240.40003 243.73003 248.17003 253.17003 255.67003 260.11003 263.44 266.22 270.66 273.99 276.49 280.93">in the diagnostic registers are latched and only cleared after a </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-329.0664" x="36 41 43.78 48.22 53.22 58.22 63.22 67.11 69.89 72.67 77.11 79.61 82.94 87.380008 92.380008 95.16 99.05 101.83 106.270008 109.600009 113.490009 115.990009 119.32001 123.76001 127.65001 132.09001 134.87001">diagnostic registers reset.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-659.0664" x="312 319.22 324.22 327 331.44 333.94 336.72 341.72 346.16 348.94 351.44 354.22 359.22 363.66 366.16 371.72 376.16 381.16 383.94 386.72 389.22 395.89 400.33003 405.33003 408.11003 412.00004 414.78004 419.22004 422.55003 425.05003 428.38 431.16 435.6 440.6 443.1 445.88 450.88 453.38 456.16 461.16 465.6 468.1 473.1 475.88 480.32 485.32 490.32 495.32 499.21003 501.99003 504.77003 509.21003 511.71003 515.04006 519.48007 524.48007 527.2601 531.1501 533.9301 538.3701 541.70016 545.59017 548.09017 550.59017 555.59017 560.59017 565.03018 568.92019">Note that the Fault Register flag in the diagnostic registers, does </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-647.0664" x="312 317 322 324.78 327.28 332.28 335.61 340.61 345.61 348.38999 353.38999 357.83 360.33 363.11 368.11 372.55 375.05 378.94 383.38 391.16 395.6 398.1 401.43 406.43 411.43 415.87 418.65 421.43 426.43 431.43 433.93 438.37 442.26 444.76 447.54 452.54 456.98 459.48 465.04 469.48 474.48 477.26 480.04 482.54 489.76 494.76 497.54 502.54 507.54 510.32 512.82 516.15 518.93008 523.37008 528.37008 530.87008 535.87008 540.87008 543.37008 546.1501 551.1501 555.5901">not provide the same function as the Fault Output flag on the </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-635.0664" x="312 319.22 322.55 329.77 336.99 339.49 344.49 347.27 352.27 354.77 357.093 363.20298 368.20298 372.64299 375.14299 380.70298 385.14299 390.14299 392.92298 395.70298 398.20298 405.42298 410.42298 413.20298 418.20298 423.20298 425.98298 428.48298 431.81297 434.59297 439.03297 444.03297 446.53297 451.53297 456.53297 459.03297 461.81297 466.81297 471.25297 473.75297 480.97297 484.30296 491.52296 498.74296 501.24296 506.24296 509.02296 514.02297 516.52297 521.52297 524.85299 529.85299 534.85299 537.633 542.633 547.073 550.963 553.463 557.903 562.903">DIAG pin. The Fault Output flag on the DIAG pin provides an </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-623.0664" x="312 314.78 319.78 324.78 327.56 332 336.44 339.22 342 347 352 354.5 357.28 362.28 366.72 369.5 372 376.44 379.22 382 387 391.44 394.77 397.27 401.71 404.21 407.53999 411.97999 416.97999 419.75999 422.53999 425.03999 427.81999 431.71 434.21 439.21 442.53999 446.97999 450.87 455.31 460.31 463.09 465.59 470.59 473.91999 476.41999 479.19999 484.19999 488.63999 491.13999 496.13999 501.13999 503.91999 508.91999 513.92 516.7 520.59 523.09 528.09 532.53 537.53 541.97006 544.47006 549.47006 553.91006 558.35006 563.35006">indication that either a fault is present or the outputs have been </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-611.0664" x="312 317 319.78 323.67 328.11003 333.11003 335.89 340.33003 345.33003 347.83003 352.83003 357.83003 362.27003 364.77003 367.55003 372.55003 375.05003 379.49003 381.99003 385.88005 390.88005 395.88005 399.21003 401.99003 404.49003 408.93003 411.71003 415.04 419.48 424.48 427.26 430.04 432.54 435.87 440.31 445.31 448.09 450.87 453.37 455.667 461.77699 466.77699 471.21699 473.71699 479.27699 483.71699 488.71699 491.49699 494.27699 496.77699 503.447 507.887 512.88699 515.667 519.557 522.33706 526.77706 530.10708 532.60708 535.9371 538.7171 543.1571 548.1571 550.6571 554.5471 557.32717">disabled due to a short circuit fault. The Fault Register flag sim</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-611.0664" x="565.0908">-</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-599.0664" x="312 317 319.78 324.78 327.28 332.28 335.61 340.61 345.61 348.38999 353.38999 357.83 361.72 364.22 368.66 373.66 376.16 378.94 383.94 388.94 391.72 396.16 400.6 403.38 406.16 411.16 416.16 418.66 421.44 426.44 430.88 433.66 436.16 440.6 443.1 446.43 450.87 455.87 458.65 461.43 463.93 468.93 473.37 477.26 479.76 484.76 489.2 493.64 498.64 501.97 505.3 509.74 514.74 517.24 521.13 523.91006 528.91006 533.35006 537.79006 540.29006 543.07009 548.07009 552.5101 555.0101 557.7901 562.2301 566.1201 568.90017">ply provides an indication that a fault has occurred since the last </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-587.0664" x="312 317 319.78 324.22 329.22 334.22 339.22 343.11003 345.89 348.67 353.11003 355.61003 358.94 363.38 368.38 371.16 375.05003 377.83003 382.27003 385.6 389.49003 391.99003 395.32 399.76 403.65003 408.09004 410.87004 413.37004 417.81004 422.81004 427.81004 430.31004 435.31004 439.75004 443.64006 446.14006 451.14006 455.58006 460.02006 465.02006 467.52006 470.30006 474.74006 477.52006 481.96006 486.96006 491.40007 496.40007">diagnostic registers reset and has been latched.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-569.0664" x="312 319.22 322 324.5 327.28 332.28 336.72 339.22 343.11003 348.11003 352.00004 354.78004 359.22004 367.00004 369.50004 372.28004 376.72004 381.72004 386.16004 388.94004 391.44004 394.22004 399.22004 403.66004 406.16004 410.05006 415.05006 420.05006 425.05006 427.83006 432.83006 435.33006 440.33006 445.33006 448.11006 450.89006 455.33006 460.33006 464.77006 468.66007 471.16007 475.60008 480.60008 485.60008 488.10008 492.54008 497.54008 500.32008 505.32008 507.82008 510.60008 515.04006 522.82009 527.82009 532.2601 535.5901 540.0301 542.8101 547.8101 551.14016 555.58016 558.08016 562.52017 565.85018 570.29019">At the system level the supply voltages and chip temperature are </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-557.0664" x="312 319.78 324.78 329.78 332.56 335.34 340.34 343.66999 348.11 353.11">monitored.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="PZDRAU+Arial-BoldMT" font-weight="bold"><tspan y="-534.5664" x="312.1758 319.1958 326.7658 333.7858 340.8058 346.34779 353.01179 355.96678 362.98677 371.11677 376.83476 382.55174 390.12174 398.25175 405.09773 408.0517 416.7317 424.8617 432.4317 435.5617 441.8407 449.9707 457.5407 464.3867">SUPPLY VOLTAGE MONITORS </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-518.0664" x="312 318.11 323.11 327.55 330.05 332.83 337.83 342.83 345.61 350.05 352.55 356.44 361.44 366.44 371.44 374.22 378.562 381.062 383.562 386.342 391.342 395.782 398.282 406.062 411.062 413.842 418.842 422.172 424.672 428.562 433.562 438.562 443.562 446.342 450.687 453.187 455.687 460.127 465.127 470.127 472.627 475.407 480.407 484.84703 487.34703 490.677 495.117 500.117 505.117 507.897 512.337 515.117 520.117 523.447 525.947 530.947 535.947 538.72708 543.72708 548.72708 551.5071 554.0071 558.4471 561.7771 566.2171">The logic supply, the motor supply, and the regulator output are </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-506.0664" x="312 319.78 324.78 329.78 332.56 335.34 340.34 343.66999 348.11 353.11 355.88999 358.38999 361.16999 366.16999 370.61 373.11 380.88999 385.88999 388.66999 393.66999 396.99998 399.49998 403.38999 408.38999 413.38999 418.38999 421.16999 426.16999 428.66999 431.99998 436.99998 440.32997 442.82997 447.82997 452.82997 457.26997 460.59996 465.59996 470.59996 473.37995 476.15995 480.59996 485.59996 490.03996 492.53996 495.03996 499.47996 504.47996 509.47996 511.97996 514.75997 519.75997 524.19998 526.69998 530.02999 534.47 539.47 544.47 547.25 551.69 554.47006 559.47006 562.80007">monitored: the motor supply for overvoltage, and the regulator </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-494.0664" x="312 317 322 324.78 329.78 334.78 337.56 340.06 344.5 349.5 354.5 357 359.78 364.78 369.78 372.56 377 379.5 383.39 388.39 393.39 398.39 401.17 406.17 408.67 412 417 420.33 422.83 427.83 432.83 437.83 442.27 445.59999 450.59999 455.59999 458.37998 461.15998 465.59999 470.59999 475.03999">output and logic supply for undervoltage.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-476.0664" x="312">&#x2022;</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-476.0664" x="315.5"> </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-476.0664" x="324 327.33 330.65998 333.15998 335.93998 340.93998 345.37998 347.87998 355.65998 360.65998 363.43998 368.43998 371.76997 374.26997 378.15998 383.15998 388.15998 393.15998 395.93998 400.93998 403.43998 408.43998 413.43998 416.21998 418.99998 423.43998 428.43998 432.87998 435.37998 437.68699">If the motor supply voltage, V</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="7.5" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-473.5664" x="444.9082 449.9107 454.9132">BBA</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-476.0664" x="459.9155 462.4155 466.8555 471.8555 476.8555 479.1755"> and V</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="7.5" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-473.5664" x="486.395 491.3975 496.4">BBB</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="7.5" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-473.5664" x="501.4025"> </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-476.0664" x="502.3398 504.8398 507.3398 512.33987 517.33987 521.77987 525.66989 528.16989 532.60989 537.60989 542.60989 547.60989 552.04989">, goes above </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-464.0664" x="324 326.78 331.78 336.22 338.536 345.756 352.42604 359.09605 361.59605 366.59605 371.59605 376.03605 379.36604 384.36604 389.36604 392.14604 394.92604 399.36604 404.36604 408.80604 411.30604 414.08604 419.08604 422.41603 426.85603 430.74604 435.74604 440.74604 443.52604 448.52604 451.02604 453.52604 456.30604 461.30604 465.74604 467.68205 474.90205 479.90205 484.90205 489.90205 494.90205 497.40205 504.62205 507.40205 510.18205 512.96206 515.46206 520.46206 523.24209 527.1321 531.5721 536.5721 539.3521 543.7921 546.2921 549.07217 554.07217 558.51217">the VBB overvoltage threshold, the A3981 will disable the </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-452.0664" x="324 329 334 336.78 341.78 346.78 349.56 353.45 355.95 360.39 365.39 370.39 372.89 375.67 380.67 385.67 388.45 392.89 397.33003 400.11003 404.55003 407.05003 409.83003 414.83003 419.27003 421.77003 425.1 429.54 434.54 437.32 440.1 442.6 444.898 454.338 459.338 463.778 468.778 471.278 474.058 479.058 483.49803 485.99803 493.778 498.778 501.558 506.558 509.888 512.388 516.278 521.278 526.278 531.278 534.05807 539.05807 541.55807 546.55807 551.55807 554.3381 557.1181 561.5581 566.5581 570.9981">outputs and indicate the fault. When the motor supply voltage </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-440.0664" x="324 329 334 338.44 342.33003 344.83003 349.83003 354.27003 357.05003 362.05003 369.27003 371.77003 374.55003 379.55003 383.99003 386.30503 393.52503 400.19505 406.86506 409.36506 414.36506 419.36506 423.80506 427.13505 432.13505 437.13505 439.91505 442.69505 447.13505 452.13505 456.57505 459.07505 461.85505 466.85505 470.18504 474.62504 478.51506 483.51506 488.51506 491.29505 496.29505 498.79505 501.29505 504.07505 509.07505 513.515 516.015 521.015 526.015 528.79507 533.79507 538.79507 541.5751 545.4651 547.9651 555.18508 557.9651 560.7451 563.52517">goes below the VBB overvoltage threshold, the outputs will </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-428.0664" x="324 329 333.44 335.94 339.27 343.71 347.03999 351.47999 356.47999 360.91999 365.91999 368.69999 373.13999 378.13999 380.63999 385.08 390.08 395.08 397.58 400.36 405.36 409.8 412.3 415.62998 420.06999 425.06999 427.84999 430.62998 433.12998 436.45997 439.23997 443.67997 448.67997 451.17997 454.50996 458.94996 466.72996 471.72996 476.72996 481.16996 486.16996 488.66996 490.96296 497.07295 502.07295 506.51295 509.01295 512.34298 516.78298 521.78298 524.563 527.343 529.843 534.843 537.62307 540.4031 544.2931 546.7931 549.5731 554.5731 557.0731 559.85317 564.85317 569.29318">be re-enabled and the fault flag removed. The fault bits in the </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-416.0664" x="324 329 331.78 336.22 341.22 346.22 351.22 355.11003 357.89 360.67 365.11003 367.61003 370.94 375.38 380.38 383.16 387.05003 389.83003 394.27003 397.6 401.49003 403.99003 407.32 411.76 419.54 423.98 426.76 431.76 434.26 438.15003 442.59004 445.37004 447.87004 452.87004 457.87004 460.65003 463.43003 466.21003 468.71003 473.15003 475.93003 480.37004 484.81004 488.14 492.58003 497.58003 500.08003 505.08003 510.08003 512.58 517.02 519.52 524.52 527.30007 531.74008 536.74008 541.74008 546.74008 550.63009 553.4101 556.1901 560.6301">diagnostic registers remain set until cleared by a diagnostic </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-404.0664" x="324 327.33 331.77 336.77 339.55 343.44 346.22 350.66 353.99 357.88 360.38 363.71 368.15 372.04 376.48 379.26">registers reset.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-387.5664" x="312">&#x2022;</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-387.5664" x="315.5"> </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-387.5664" x="324 327.33 330.65998 333.15998 335.93998 340.93998 345.37998 347.87998 352.87998 357.87998 360.65998 365.65998 370.65998 373.43998 375.93998 380.93998 384.26997 386.76997 389.54997 394.54997 398.98997 401.48997 404.26997 409.26997 412.04997 416.48997 419.81996 424.81996 429.25996 432.03996 434.53996 437.86994 442.30995 447.30995 452.30995 455.08995 459.52995 462.30995 467.30995 470.2159 472.7159 475.0349">If the output of the internal regulator, V</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="7.5" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-385.0664" x="482.2568 487.2593 491.8418">REG</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-387.5664" x="497.2568"> </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-387.5664" x="498.5068 501.0068 503.5068 508.5068 513.50686 517.94686 521.83688 524.33688 529.33688 533.77688 536.5569 541.5569 548.77688 551.27688 554.0569 559.0569 563.4969">, goes below the </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-375.5664" x="324 331.22 337.89 344 351.22 353.72 358.72 363.72 368.72 373.16 376.49 381.49 386.49 389.27 392.05 396.49 401.49 405.93 408.43 411.21 416.21 419.53999 423.97999 427.87 432.87 437.87 440.65 445.65 448.15 450.65 453.43 458.43 462.87 464.806 472.026 477.026 482.026 487.026 492.026 494.526 501.746 504.526 507.306 510.086 512.586 517.586 520.366 524.25607 528.69607 533.69607 536.4761 540.9161 543.4161 546.1961 551.1961 555.6361">VREG undervoltage threshold, the A3981 will disable the </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-363.5664" x="324 329 334 336.78 341.78 346.78 349.56 353.45 355.95 360.39 365.39 370.39 372.89 375.67 380.67 385.67 388.45 392.89 397.33003 400.11003 404.55003 407.05003 409.83003 414.83003 419.27003 421.77003 425.1 429.54 434.54 437.32 440.1 442.6 444.898 454.338 459.338 463.778 468.778 471.278 474.058 479.058 483.49803 485.99803 489.328 493.768 498.768 503.768 506.548 510.988 513.768 518.768 522.098 524.598 529.598 534.598 537.37808 542.37808 547.37808 550.1581 552.6581 555.9881 558.7681 562.65817 567.09817 570.98818">outputs and indicate the fault. When the regulator output rises </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-351.5664" x="324 328.44 333.44 338.44 343.44 347.88 350.38 353.16 358.16 362.6 364.913 372.133 378.803 384.913 392.133 394.633 399.633 404.633 409.633 414.073 417.40299 422.40299 427.40299 430.18299 432.96299 437.40299 442.40299 446.843 449.343 452.123 457.123 460.45298 464.89299 468.783 473.783 478.783 481.563 486.563 489.063 491.563 494.343 499.343 503.783 506.283 511.283 516.28298 519.063 524.063 529.063 531.843 535.73306 538.23306 545.453 548.23306 551.01309 553.7931 556.2931 561.2931 565.7331">above the VREG undervoltage threshold, the outputs will be </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-339.5664" x="324 327.33 331.77 335.09999 339.53999 344.53999 348.97999 353.97999 356.75999 361.19999 366.19999 368.69999 373.13999 378.13999 383.13999 385.63999 388.41999 393.41999 397.86 400.36 403.68998 408.12998 413.12998 415.90998 418.68998 421.18998 424.51997 427.29997 431.73997 436.73997 439.23997 442.56996 447.00996 454.78996 459.78996 464.78996 469.22996 474.22996 476.72996 479.02397 485.13395 490.13395 494.57395 497.07395 500.40394 504.84394 509.84394 512.62399 515.404 517.904 522.904 525.684 528.46408 532.35409 534.85409 537.6341 542.6341 545.1341 547.9141 552.9141 557.3541">re-enabled and the fault flag removed. The fault bits in the </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-327.5664" x="324 329 331.78 336.22 341.22 346.22 351.22 355.11003 357.89 360.67 365.11003 367.61003 370.94 375.38 380.38 383.16 387.05003 389.83003 394.27003 397.6 401.49003 403.99003 407.32 411.76 419.54 423.98 426.76 431.76 434.26 438.15003 442.59004 445.37004 447.87004 452.87004 457.87004 460.65003 463.43003 466.21003 468.71003 473.15003 475.93003 480.37004 484.81004 488.14 492.58003 497.58003 500.08003 505.08003 510.08003 512.58 517.02 519.52 524.52 527.30007 531.74008 536.74008 541.74008 546.74008 550.63009 553.4101 556.1901 560.6301">diagnostic registers remain set until cleared by a diagnostic </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-315.5664" x="324 327.33 331.77 336.77 339.55 343.44 346.22 350.66 353.99 357.88 360.38 363.71 368.15 372.04 376.48 379.26">registers reset.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-299.0664" x="312">&#x2022;</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-299.0664" x="315.5"> </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-299.0664" x="324 327.33 330.65998 333.15998 335.93998 340.93998 345.37998 347.87998 350.65998 355.65998 360.65998 363.43998 367.87998 370.37998 374.27 379.27 384.27 389.27 392.05 397.05 399.55 404.55 409.55 412.33 415.11 419.55 424.55 428.99 431.49 433.79499">If the logic supply voltage, V</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="7.5" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-296.5664" x="441.0166 446.4316">DD</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-299.0664" x="451.8491"> </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-299.0664" x="453.0991 455.5991 458.0991 463.0991 468.0991 472.5391 476.4291 478.9291 483.9291 488.3691 491.1491 496.1491 503.3691 505.8691 508.6491 513.6491 518.0891 520.4041 527.6241 534.84408 542.064">, goes below the VDD </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-287.0664" x="324 329 334 339 343.44 346.77 351.77 356.77 359.55 362.33 366.77 371.77 376.21 378.71 381.49 386.49 389.81999 394.25999 398.15 403.15 408.15 410.93 415.93 418.43 420.93 423.71 428.71 433.15 438.15 440.65 443.43 448.43 452.87 455.37 460.37 465.37 468.15 473.15 478.15 480.93 484.82 487.32 494.54 497.32 500.1 502.88 505.38 510.38 514.82 517.32 520.10006 527.88009 535.6601 540.1001 545.1001 547.8801 552.3201 555.10018 559.54019 562.3202 567.3202">undervoltage threshold, then the outputs will be immediately </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-275.0664" x="324 329 331.78 335.67 340.11003 345.11003 347.89 352.33003 357.33003 359.83003 362.144 371.584 376.584 381.02403 386.02403 388.52403 391.30403 396.30403 400.74403 403.24403 406.02403 411.02403 416.02403 418.80403 423.24403 425.74403 429.63404 434.63404 439.63404 444.63404 447.41404 452.41404 454.91404 458.24403 461.02403 464.91404 469.35404 473.24406 475.74406 480.18406 485.18406 490.18406 495.18406 499.62406 502.12406 504.90406 509.90406 514.34408 516.64608 523.866 531.086 538.30599">disabled. When the logic supply rises above the VDD </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-263.0664" x="324 329 334 339 343.44 346.77 351.77 356.77 359.55 362.33 366.77 371.77 376.21 378.71 381.49 386.49 389.81999 394.25999 398.15 403.15 408.15 410.93 415.93 418.43 420.93 423.71 428.71 433.15 435.65 440.65 445.65 448.43 453.43 458.43 461.21 465.1 467.6 474.82 477.6 480.38 483.16 485.66 490.66 495.1 497.6 502.04 507.04 511.48 516.48 519.26 523.7 528.7">undervoltage threshold, the outputs will be enabled.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-246.5664" x="312">&#x2022;</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-246.5664" x="315.5"> </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-246.5664" x="324 327.33 330.65998 333.15998 335.93998 340.93998 345.37998 347.87998 350.65998 355.65998 360.65998 363.43998 367.87998 370.37998 374.27 379.27 384.27 389.27 392.05 397.05 399.55 404.55 409.55 412.33 415.11 419.55 424.55 428.99 431.49 433.79499">If the logic supply voltage, V</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="7.5" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-244.0664" x="441.0166 446.4316">DD</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-246.5664" x="451.8491"> </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-246.5664" x="453.0991 455.5991 458.0991 463.0991 468.0991 472.5391 476.4291 478.9291 483.9291 488.3691 491.1491 496.1491 503.3691 505.8691 508.6491 513.6491 518.0891 520.4041 527.6241 534.84408 542.064">, goes below the VDD </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-234.5664" x="324 329 334 341.22 345.66 348.99 353.99 358.99 363.99 366.49 369.81999 374.25999 378.15 382.59 385.37 387.87 390.65 395.65 398.97999 403.41999 407.31 412.31 417.31 420.09 425.09 427.59 430.09 434.53 437.03 442.03 447.03 454.25 458.69 461.813 465.14299 470.14299 475.14299 477.64299 480.97297 485.41297 489.30299 493.74299 496.52299 499.02299 506.24299 509.02299 511.80299 514.583 517.083 519.86306 524.30307 529.30307 533.74307 536.24307 541.24307 544.0231 548.4631 552.9031 557.3431 559.8431 564.2831 569.2831 574.2831">power&#x2013;on reset threshold, a power-on reset will take place and </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-222.5664" x="324 328.44 331.22 334 336.5 339.83 344.27 349.27 352.05 355.94 358.72 363.16 366.49 370.38 372.88 380.1 382.88 385.66 388.44 390.94 395.94 400.38 402.88 406.21 410.65 414.54 418.98 421.76 424.26 427.04 432.04 434.54 437.32 442.32 446.76 449.54 452.87 455.37 460.37 464.81 468.13999 472.58 477.58 480.36 483.13999 485.63999 489.53 492.31 496.75 499.53 503.97 506.47 508.756 514.866 519.866 524.306 526.806 530.13607 534.57608 539.57608 542.3561 545.1361 547.6361 552.6361 555.41616 558.19619 562.0862 564.5862 567.3662 572.3662">all registers will be reset to their default state. The fault bits in </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-210.5664" x="324 326.78 331.78 336.22 338.72 343.72 346.5 350.94 355.94 360.94 365.94 369.83003 372.61003 375.39 379.83003 382.33003 385.66 390.1 395.1 397.88 401.77003 404.55003 408.99003 412.32 416.21003 418.71003 422.04 426.48 434.26 438.7 441.48 446.48 448.98 452.87004 457.31004 460.09004 462.59004 467.59004 472.59004 475.37004 478.15003 480.93003 483.43003 487.87004 490.65003 495.09004 499.53004 502.86003 507.30003 512.30007 514.80007 519.80007 524.80007 527.30007 531.74008 534.24008 539.24008 542.0201 546.4601 551.4601 556.4601 561.4601 565.3501 568.1301 570.91018 575.35018">the diagnostic registers remain set until cleared by a diagnostic </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-198.5664" x="324 327.33 331.77 336.77 339.55 343.44 346.22 350.66 353.99 357.88 360.38 363.71 368.15 372.04 376.48 379.26">registers reset.</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="PZDRAU+Arial-BoldMT" font-weight="bold"><tspan y="-177.5664" x="312.1758 318.6358 325.6558 334.3358 341.35578 348.37577 355.94578 362.77677 369.23677 376.80677 384.37678 391.22276 394.17674 402.85673 410.98674 418.55674 421.68675 427.96574 436.09574 443.66575 450.51173">TEMPERATURE MONITORS </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-161.0664" x="312 318.11 323.11 326.43998 330.87998 335.31999 337.81999 341.71 346.71 351.15 355.59 358.37 361.69999 364.47999 368.91999 371.41999 374.19999 378.63999 386.41999 391.41999 395.86 399.18998 403.62998 406.40998 411.40998 414.73997 419.17997 421.67997 424.45997 429.45997 432.78996 437.22996 441.11997 446.11997 451.11997 453.89997 458.89997 462.78999 465.28999 469.72999 473.05998 477.49998 479.99998 484.99998 488.32997 493.32997 498.32997 501.10997 506.10997 510.54997 515.5499 518.32998 520.82998 525.26998 527.76998 532.76998 537.76998 540.55">Three specific temperature thresholds are provided: a hot </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-149.0664" x="312 319.22 323.66 326.99 331.99 334.77 339.77 344.77 347.27 349.77 354.21 356.71 361.15 366.15 368.93 373.93 376.43 383.65 388.09 391.41999 396.41999 399.19999 404.19999 409.19999 411.69999 414.19999 418.63999 423.63999 428.63999 431.13999 435.58 440.58 443.08 448.08 453.08 457.52 460.84999 463.62998 468.06999 475.84999 480.84999 485.28999 488.61997 493.05998 495.83998 500.83998 504.16996 508.60997 511.10997 514.99996 519.99996 524.99996 527.77999 532.77999 537.77999 544.99996 549.99996 552.49996 554.99996 558.32998 563.32998">warning, a cold warning, and an overtemperature shutdown. In </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-137.0664" x="312 316.44 321.44 326.44 329.22 332 334.78 339.78 344.78 347.28 349.78 352.56 357.56 362 364.5 368.94 373.94 378.38 381.16 386.16 391.16 393.66 396.44 401.44 404.22 408.66 411.99 416.99 421.43 424.21 426.71 430.6 433.38 438.38 443.38 447.82 450.6 453.1 458.1 461.99003 466.43003 471.43003 473.93003 476.71003 481.71003 484.21003 489.21003 493.65003 496.43003 500.87004 504.2 511.98 514.76 519.76 524.2 526.7 529.48007 534.48007 538.92007 541.42007 545.86007 550.86007 553.6401 558.6401">addition, the analog internal signal used to determine the chip </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="FMJOQO+TimesNewRomanPSMT"><tspan y="-125.0664" x="312 314.78 319.22 327 332 336.44 339.77 344.21 346.99 351.99 355.31999 359.75999 362.25999 366.69999 371.13999 376.13999 378.63999 383.63999 388.08 390.58 394.47 398.91 401.69 406.13 410.57 413.35 417.79 422.79 425.29 428.07 433.07 435.57 442.24003 447.24003 452.24003 455.57 458.35 463.35 468.35 471.68 476.12 478.9 481.68 486.68 491.68 494.18 500.85 505.29 510.29 513.07 516.96 519.74008 524.18008 527.5101 530.0101 535.0101 537.5101 541.9501 545.8401 548.3401 551.1201 556.1201 560.5601">temperature can be selected in Configuration Register 1 as the </tspan></text>
<path transform="matrix(1,0,0,-1,36,504.032)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,517.6062)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,127.6344,504.032)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,517.6062)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,254.05,504.032)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,517.6062)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,299.2222,517.6062)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,36,517.8562)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,541.0305)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,127.6344,517.8562)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,541.0305)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,254.05,517.8562)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,541.0305)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,299.2222,541.0305)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,36,541.2805)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,564.4547)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,127.6344,541.2805)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,564.4547)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,254.05,541.2805)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,564.4547)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,299.2222,564.4547)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,36,564.7047)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,578.27896)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,127.6344,564.7047)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,578.27896)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,254.05,564.7047)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,578.27896)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,299.2222,578.27896)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,36,578.52896)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,592.1031)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,127.6344,578.52896)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,592.1031)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,254.05,578.52896)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,592.1031)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,299.2222,592.1031)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,36,592.3531)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,615.5273)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,127.6344,592.3531)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,615.5273)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,254.05,592.3531)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,615.5273)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,299.2222,615.5273)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,36,615.7773)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,638.95156)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,127.6344,615.7773)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,638.95156)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,254.05,615.7773)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,638.95156)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,299.2222,638.95156)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V22.924"/>
<path transform="matrix(1,0,0,-1,36,639.20156)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,652.7758)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,127.6344,639.20156)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,652.7758)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,254.05,639.20156)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,652.7758)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,299.2222,652.7758)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,36,653.0258)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,36.25,666.6)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,127.6344,653.0258)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,127.6344,666.6)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,254.05,653.0258)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<path transform="matrix(1,0,0,-1,254.05,666.6)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,299.2222,666.6)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0V13.324"/>
<path transform="matrix(1,0,0,-1,36,666.85)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H91.634"/>
<path transform="matrix(1,0,0,-1,127.6344,666.85)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H126.416"/>
<path transform="matrix(1,0,0,-1,254.05,666.85)" stroke-width=".5" stroke-linecap="butt" stroke-miterlimit="10" stroke-linejoin="miter" fill="none" stroke="#231f20" d="M0 0H45.422"/>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="10" font-family="PZDRAU+Arial-BoldMT" font-weight="bold"><tspan y="-291.968" x="40.25 45.616 51.176004 57.286005 60.066 65.626 68.406 73.965999 77.296 80.076 86.186 91.745998 97.855998 100.635997 103.965999 106.745998 112.104999 117.66499 123.774997 126.55499">Table 1: Fault Table</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="PZDRAU+Arial-BoldMT" font-weight="bold"><tspan y="-278.1438" x="61.4949 67.2709 69.494899 73.942897 78.830898 83.718898 88.606899 93.05489 95.718898 97.942897">Diagnostic</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="PZDRAU+Arial-BoldMT" font-weight="bold"><tspan y="-278.1438" x="178.3988 184.1748 188.6228 191.2868 193.5108 198.3988">Action</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="PZDRAU+Arial-BoldMT" font-weight="bold"><tspan y="-278.1438" x="261.3001 266.1881 270.6361 273.3001 277.7481 282.6361 287.0841">Latched</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-259.5196" x="51.2606 56.596605 61.932603 67.2686 69.4926 75.7166 79.7166 84.1646 86.8286 90.8286 95.276599 97.0526 99.276599 103.724597 108.17259">VBB Overvoltage</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-264.3195" x="145.7074 151.4834 153.2594 157.2594 161.7074 166.1554 167.9314 172.3794 174.6034 179.05139 183.49939 185.72339 190.17139 194.61939 196.84339 200.84339 203.06739 205.29138 209.29138 213.73938 215.96338 218.18738 223.07538 227.52338 231.97138 233.74738 235.97138">Disable outputs, set Fault </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-254.7195" x="168.3871 174.1631 178.6111 183.0591 184.8351 188.8351 191.0591 195.5071 198.1711 200.3951 202.6191 204.3951 208.8431">Register flag</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-259.5196" x="271.5228 277.2988">No</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-236.0953" x="45.702 51.038003 56.814004 62.15 68.374 70.598 76.374 80.822 85.27 89.717998 92.381999 96.381999 100.829998 102.605998 104.829998 109.27799 113.72599">VREG Undervoltage</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-240.8953" x="145.7074 151.4834 153.2594 157.2594 161.7074 166.1554 167.9314 172.3794 174.6034 179.05139 183.49939 185.72339 190.17139 194.61939 196.84339 200.84339 203.06739 205.29138 209.29138 213.73938 215.96338 218.18738 223.07538 227.52338 231.97138 233.74738 235.97138">Disable outputs, set Fault </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-231.2953" x="168.3871 174.1631 178.6111 183.0591 184.8351 188.8351 191.0591 195.5071 198.1711 200.3951 202.6191 204.3951 208.8431">Register flag</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-236.0953" x="271.5228 277.2988">No</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-217.4711" x="48.5926 53.928606 59.704607 65.480609 67.704608 73.480609 77.928607 82.3766 86.8246 89.4886 93.4886 97.9366 99.7126 101.9366 106.3846 110.832599">VDD Undervoltage</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-217.4711" x="163.2699 169.0459 170.8219 174.8219 179.2699 183.7179 185.4939 189.9419 192.1659 196.61389 201.06189 203.28589 207.73389 212.18189 214.40589">Disable outputs</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-217.4711" x="271.5228 277.2988">No</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-203.6469" x="43.6297 47.6297 52.0777 58.741704 63.189706 67.6377 70.301708 74.7497 76.9737 81.4217 84.0857 88.5337 90.7577 98.0161 102.464099 105.1281 109.576099 111.3521 115.800098">Temperature Warning</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-203.6469" x="151.268 156.604 161.052 163.276 165.5 170.388 174.836 179.284 181.06 183.284 185.508 191.284 195.732 200.18 201.956 205.956 208.18 212.62799 215.29199 217.51599 219.73999 221.51599 225.96399">Set Fault Register flag</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-203.6469" x="271.5228 277.2988">No</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-185.0227" x="51.7078 57.9318 61.9318 66.3798 69.0438 71.2678 75.7158 82.3798 86.8278 91.275798 93.9398 98.387798 100.61179 105.05979 107.72379">Overtemperature</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-189.8227" x="145.7074 151.4834 153.2594 157.2594 161.7074 166.1554 167.9314 172.3794 174.6034 179.05139 183.49939 185.72339 190.17139 194.61939 196.84339 200.84339 203.06739 205.29138 209.29138 213.73938 215.96338 218.18738 223.07538 227.52338 231.97138 233.74738 235.97138">Disable outputs, set Fault </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-180.2227" x="168.3871 174.1631 178.6111 183.0591 184.8351 188.8351 191.0591 195.5071 198.1711 200.3951 202.6191 204.3951 208.8431">Register flag</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-185.0227" x="271.5228 277.2988">No</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-161.5984" x="59.7078 65.0438 67.7078 69.4838 73.9318 78.3798 82.8278 85.051799 90.387798 94.83579 99.28379 101.94779">Bridge Short</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-166.3985" x="145.7074 151.4834 153.2594 157.2594 161.7074 166.1554 167.9314 172.3794 174.6034 179.05139 183.49939 185.72339 190.17139 194.61939 196.84339 200.84339 203.06739 205.29138 209.29138 213.73938 215.96338 218.18738 223.07538 227.52338 231.97138 233.74738 235.97138">Disable outputs, set Fault </tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-156.7984" x="168.3871 174.1631 178.6111 183.0591 184.8351 188.8351 191.0591 195.5071 198.1711 200.3951 202.6191 204.3951 208.8431">Register flag</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-161.5984" x="270.1107 274.7107 279.1595">Yes</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-142.9742" x="59.4832 64.8192 67.4832 69.2592 73.7072 78.1552 82.603199 84.827198 91.05119 95.49919 99.94719">Bridge Open</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-142.9742" x="151.268 156.604 161.052 163.276 165.5 170.388 174.836 179.284 181.06 183.284 185.508 191.284 195.732 200.18 201.956 205.956 208.18 212.62799 215.29199 217.51599 219.73999 221.51599 225.96399">Set Fault Register flag</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-142.9742" x="271.5228 277.2988">No</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-129.15" x="61.4891 66.8251 69.0491 73.4971 75.2731 77.0491 79.2731 85.0491 89.4971 91.7211 96.1691 100.1691">Stall Detect</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-129.15" x="171.1274 176.4634 180.91139 183.13539 185.35939 190.69539 195.43619 197.66019 199.88419 201.66019 206.10819">Set ST flag</tspan></text>
<text fill="#231f20" xml:space="preserve" transform="matrix(1 0 -0 1 0 792)" font-size="8" font-family="XDGNIE+ArialMT"><tspan y="-129.15" x="271.5228 277.2988">No</tspan></text>
</svg>