Home›Products›Active Components›ICs & Chip-Level Components›Motorola MPZ5-32A / MPZA32A Silicon Power Transient Suppressor Diode, Single, Unidirectional, Anode to Case 28V Flange-B, BNIB / NOS
Motorola MPZ5-32A / MPZA32A Silicon Power Transient Suppressor Diode, Single, Unidirectional, Anode to Case 28V Flange-B, BNIB / NOS
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$126.00CAD$140.00
By Motorola
<p>This high power Transient Voltage Suppressor and Zener is designed for applications requiring protection of voltage-sensitive electronic devices that may be damaged by high power or high energy voltage transientsincluding lightning per IEC61000-4- 5 and classes 1-4 with various source impedances …
Description
<p>This high power Transient Voltage Suppressor and Zener is designed for applications requiring protection of voltage-sensitive electronic devices that may be damaged by high power or high energy voltage transientsincluding lightning per IEC61000-4- 5 and classes 1-4 with various source impedances described herein. Individual cells are matched to ensure current - sharing under high current pulse conditions and for continuous operation as a Zener when required.</p><p> </p><p>FEATURES:</p><ul><li>Peak Surge power capacity give from 0.1 ms to 10 seconds.</li><li>Low clamping Factor</li><li>Negligible power loss</li><li>Small size and weight for 350W DC rating</li><li>Low Thermal Resistance junction to base plate</li><li>Transient Peak Pulse Power: 40 kW at 0.1 ms (see Figure 1)</li><li>DC Power Dissipation: 350 Watts @ TC = 25°C (Derate 2.33 W/°C above 25°C)</li><li>Operating junction & storage temperature range: -65°C to +175°C
 </li></ul><p>Electrical Characteristics (TA = 25°C, VF = 1.5 V max @ 10 A for all types): </p><ul><li>Rated Standoff Voltage (Note 1): 28 Vwm Vdc / 20 Vwm Vrms</li><li>Maximum Device Clamping Factor CF=Vz@Iz (pulse) ÷ Vz@Izt (Note 2): 1.25</li><li>Minimum Zener Voltage: 32 Vz (min) Vdc @ 0.2 Izr Adc</li><li>Maximum Zener Voltage Pulse Width = 1.0 ms: 50 Vz (max) Vdc @ 100 Iz (pulse) Adc</li><li>Maximum Standby Current Id @ Vwm µAdc: 50</li><li>Typical Capacitance C (typ) @ Vwm µF: 0.011</li></ul><p>Note 1: Rated Standoff Voltage (Vwm) is defined as normal input voltage to device for non-oerating condition.  If non-sinusoidal wave or dc input is present, the peak operating voltage input values for Vwm should be used to select device type.</p><p>Note 2: Ask us for the datasheet</p><p> </p>
 </li></ul><p>Electrical Characteristics (TA = 25°C, VF = 1.5 V max @ 10 A for all types): </p><ul><li>Rated Standoff Voltage (Note 1): 28 Vwm Vdc / 20 Vwm Vrms</li><li>Maximum Device Clamping Factor CF=Vz@Iz (pulse) ÷ Vz@Izt (Note 2): 1.25</li><li>Minimum Zener Voltage: 32 Vz (min) Vdc @ 0.2 Izr Adc</li><li>Maximum Zener Voltage Pulse Width = 1.0 ms: 50 Vz (max) Vdc @ 100 Iz (pulse) Adc</li><li>Maximum Standby Current Id @ Vwm µAdc: 50</li><li>Typical Capacitance C (typ) @ Vwm µF: 0.011</li></ul><p>Note 1: Rated Standoff Voltage (Vwm) is defined as normal input voltage to device for non-oerating condition.  If non-sinusoidal wave or dc input is present, the peak operating voltage input values for Vwm should be used to select device type.</p><p>Note 2: Ask us for the datasheet</p><p> </p>