Given its 20A/1000V rating, the ZPA20W10 bridges the gap between low-power signal diodes and high-power industrial bricks. It is ideal for:
This would cover its , efficiency ratings , and industrial applications . Cybersecurity or Networking
To test a ZPA20W10 with a multimeter:
The ZPA20W10’s metal stud interface offers superior thermal transfer to a chassis, making it better for high-vibration environments and systems where the metal enclosure serves as the heat sink. It is also less prone to thermal fatigue than plastic-packaged components.
Based on our analysis, ZPA20W10 may be related to a specific type of: zpa20w10
While exact datasheet details can vary based on the specific production batch, the primary specifications for the are: Manufacturer: WAGO Part Number: ZPA20W10 Type: DC-DC Converter Input Voltage Range: 18-36VDC
Junction temperature rise: [ T_J - T_A = P_d \times (R_\theta JC + R_\theta CS + R_\theta SA) ] Assuming ( T_J(max) = 175°C ) and ( T_A = 40°C ): [ 135°C = 22W \times (1.8 + 0.5 + R_\theta SA) ] [ R_\theta SA = \frac13522 - 2.3 \approx 3.8 °C/W ] Given its 20A/1000V rating, the ZPA20W10 bridges the
Using the thermal resistance figures:
| Parameter | Symbol | Value | Unit | | :--- | :--- | :--- | :--- | | | ( V_RRM ) | 1000 | V | | Maximum RMS Voltage | ( V_RMS ) | 700 | V | | Maximum DC Blocking Voltage | ( V_DC ) | 1000 | V | | Average Forward Current (Stud mount) | ( I_F(AV) ) | 20 | A | | Peak Surge Current (8.3ms half sine) | ( I_FSM ) | 300 - 400 | A | | Forward Voltage Drop ( @ 20A, 25°C ) | ( V_F ) | 1.0 - 1.2 | V | | Maximum Reverse Leakage ( @ ( V_RRM ) ) | ( I_R ) | < 10 | µA | | Junction to Case Thermal Resistance | ( R_\theta JC ) | 1.5 - 2.0 | °C/W | | Operating Junction Temperature | ( T_J ) | -65 to +175 | °C | It is also less prone to thermal fatigue