10 µF Capacitor 0603 - Walsin 0603X106K100CT

@@ -174,8 +174,8 @@ document.getElementById('copyFullUrl').addEventListener('click',function(){var t       </div>       <div class="spec-card">         <div class="sc-label">Insulation R</div>-        <div class="sc-value">50M&Omega;</div>-        <div class="sc-detail">min (R&times;C &ge; 50 &Omega;&middot;F)</div>+        <div class="sc-value">10M&Omega;</div>+        <div class="sc-detail">min (R&times;C &ge; 100 &Omega;&middot;F)</div>       </div>       <div class="spec-card">         <div class="sc-label">Mouser</div>@@ -197,7 +197,7 @@ document.getElementById('copyFullUrl').addEventListener('click',function(){var t             <tr><td>Rated Voltage</td><td>10V DC</td></tr>             <tr><td>Dielectric Type</td><td>X5R (Class II)</td></tr>             <tr><td>Dissipation Factor</td><td>&le;10%</td></tr>-            <tr><td>Insulation Resistance</td><td>5M&Omega; min (R&times;C &ge; 50 &Omega;&middot;F)</td></tr>+            <tr><td>Insulation Resistance</td><td>10M&Omega; min (R&times;C &ge; 100 &Omega;&middot;F)</td></tr>             <tr><td>Temp Coefficient</td><td>&plusmn;15% (X5R, &minus;55 to +85&deg;C)</td></tr>             <tr><td>Test Voltage</td><td>1.0 &plusmn; 0.2 Vrms</td></tr>             <tr><td>Test Frequency</td><td>1 kHz &plusmn; 10%</td></tr>@@ -310,7 +310,7 @@ document.getElementById('copyFullUrl').addEventListener('click',function(){var t         <path d="M584,207 L607,199 L634,190 L653,185" stroke="#f85149" stroke-width="2.5" fill="none" stroke-dasharray="6,3"/>         <!-- SRF annotation -->         <line x1="584" y1="207" x2="584" y2="230" stroke="#00b8b0" stroke-width="0.5" stroke-dasharray="3,3" opacity="0.5"/>-        <text x="584" y="248" fill="#00b8b0" font-size="10" text-anchor="middle">SRF: ~1.5 MHz</text>+        <text x="584" y="248" fill="#00b8b0" font-size="10" text-anchor="middle">SRF: Not specified</text>          <!-- Region labels -->         <rect x="120" y="24" width="100" height="20" rx="4" fill="rgba(0,184,176,0.12)"/>@@ -334,7 +334,7 @@ document.getElementById('copyFullUrl').addEventListener('click',function(){var t         <text x="540" y="248" fill="#484f58" font-size="9" text-anchor="middle">665k</text>         <text x="660" y="248" fill="#484f58" font-size="9" text-anchor="middle">6M</text>       </svg>-      <div class="chart-note">Impedance reaches its minimum at the self-resonant frequency (~1.5 MHz). Below SRF the part behaves as a capacitor; above SRF parasitic inductance dominates. Use at &le; &frac13; SRF (~500 kHz) for predictable capacitive behavior. X5R has higher ESR than C0G/NP0, resulting in a broader, shallower resonance dip.</div>+      <div class="chart-note">SRF: Not specified in Walsin datasheet. Below SRF the part behaves as a capacitor; above SRF parasitic inductance dominates. X5R has higher ESR than C0G/NP0, resulting in a broader, shallower resonance dip.</div>     </div>   </div> @@ -431,7 +431,7 @@ document.getElementById('copyFullUrl').addEventListener('click',function(){var t       </div>       <div class="env-card">         <div class="env-name">Insulation Resistance</div>-        <div class="env-spec">50M&Omega; min (R&times;C &ge; 50 &Omega;&middot;F)</div>+        <div class="env-spec">10M&Omega; min (R&times;C &ge; 100 &Omega;&middot;F)</div>         <div class="env-detail">10V DC, 25&deg;C</div>       </div>       <div class="env-card">