CMJA5050

50V,80mA Surface mount Diode-Current Limiting Single: High Current

Case Type: DFN123F

Junction Temperature (Tj)
-65 — 150 °C
Limiting Voltage (VL)
8.5 V
Limiting Voltage (VL)
8 V
Peak Operating Voltage (POV)
50 V
Power Dissipation (PD)
1 W
Power Dissipation (PD)
570 mW
Regulator Current (IP)
72 — 88 mA

(80 mA Typical)

Storage Temperature (Tstg)
-65 — 150 °C
Temperature Coefficient (TC)
-0.45 — -0.3 %/°C
Thermal Resistance Junction-Ambient (ΘJA)
220 °C/W
Thermal Resistance Junction-Ambient (ΘJA)
125 °C/W

Ordering

Part Package Buy Status Description ECCN Code HTS Code Termination
CMJA5050 BK Box@3,500 Active 50V,80mA Surface mount Diode-Current Limiting Single: High Current EAR99 8541.10.0050 TIN
CMJA5050 TR Tape & Reel@3,000 Active 50V,80mA Surface mount Diode-Current Limiting Single: High Current EAR99 8541.10.0050 TIN
CMJA5050 TR13 Tape & Reel@10,000 Special Order Item 50V,80mA Surface mount Diode-Current Limiting Single: High Current EAR99 8541.10.0050 TIN

Resources

CMJA5050.PDF Device Datasheet
Material Composition:DFN123F Material Composition
Package Detail Document:DFN123F Package Detail Document
Process Change Notice:CMJA5050 TR13 Process Change Notice
Product Brief:PB CMJA5050 Product Brief
Product Reliability Data:DFN123F Package Reliability Product Reliability Data

AEM stands ready to assist with your latest design endeavors as your trusted partner.

  • Supply management (Customer portals)
  • Inventory bonding
  • Consolidated shipping options
  • Custom bar coding for shipments
  • Custom product packing

AEM stands ready to assist with your latest design endeavors as your trusted partner.

  • Free quick ship samples (2nd day air)
  • Online technical data and parametric search
  • SPICE models
  • Custom electrical curves
  • Environmental regulation compliance
  • Customer specific screening
  • Up-screening capabilities
  • Special wafer diffusions
  • PbSn plating options
  • Package details
  • Application notes
  • Application and design sample kits
  • Custom product and package development