CMOD6263
70V Surface mount Diode-Schottky (<1A) Single: High Voltage
Specifications
Case Type
SOD-523
Continuous Forward Current
15 mA
ECCN Code
EAR99
Forward Voltage (VF)
0.41 V
HTS Code
8541.10.0070
Junction Capacitance (CJ)
2 pF
Junction Temperature (Tj)
-65 — 150 °C
Peak Forward Surge Current
50 mA
Peak Repetitive Reverse Voltage
70 V
Power Dissipation
250 mW
Reverse Breakdown Voltage (BVR)
70 V
Reverse Recovery Time (trr)
5 ns
Reverse Voltage Leakage Current (IR)
0.2 µA
Storage Temperature (Tstg)
-65 — 150 °C
Thermal Resistance Junction-Ambient
500 °C/W
Product Options
| Part | Status | Description | Packaging Code | Packaging Qty | Termination | variant_ncnr |
|---|---|---|---|---|---|---|
| Active | 70V Surface mount Diode-Schottky (<1A) Single: High Voltage | Box | 5,000 | TIN | No | |
| Active | 70V Surface mount Diode-Schottky (<1A) Single: High Voltage | Tape & Reel | 3,000 | TIN | No |
Resources
| Item | Type |
|---|---|
| Analytical Test Report:Alloy 42 leadframe | Analytical Test Report |
| Analytical Test Report:Copper Bond Wire | Analytical Test Report |
| Analytical Test Report:Die | Analytical Test Report |
| Analytical Test Report:Gold Bond Wire | Analytical Test Report |
| Analytical Test Report:Green Epoxy Molding Compound | Analytical Test Report |
| Analytical Test Report:Halogen Epoxy Molding Compound | Analytical Test Report |
| Analytical Test Report:Leadframe | Analytical Test Report |
| Analytical Test Report:Sn Plating | Analytical Test Report |
| Analytical Test Report:Sn Plating | Analytical Test Report |
| CMOD6263.PDF | Device Datasheet |
| Material Composition:SOD-523 | Material Composition |
| Package Detail Document:SOD-523 | Package Detail Document |
| Process Change Notice:Copper Wire Bonding - SOD-523 | Process Change Notice |
| Process Change Notice:CPD51V Replaces CPD102X | Process Change Notice |
| Product Reliability Data:SOD-523 Package Reliability | Product Reliability Data |
| Spice Model:I-Spice Model CMOD6263 | Spice Model |
| Spice Model:P-Spice Model CMOD6263 | Spice Model |