Mounting Type  

Surface Mount

Package / Case  

DO-213AA

Mount  

Surface Mount

Surface Mount  

YES

Supplier Device Package  

DO-213AA

Diode Element Material  

SILICON

Number of Terminals  

2

Package  

Bulk

Mfr  

KEMET

Product Status  

Active

Base Product Number  

CDLL5196

RoHS  

Non-Compliant

Package Description  

HERMETIC SEALED, GLASS, MELF-2

Package Style  

LONG FORM

Package Body Material  

GLASS

Reflow Temperature-Max (s)  

NOT SPECIFIED

Rohs Code  

No

Manufacturer Part Number  

CDLL5196

Package Shape  

ROUND

Manufacturer  

Microsemi Corporation

Number of Elements  

1

Part Life Cycle Code  

Active

Ihs Manufacturer  

MICROSEMI CORP

Risk Rank  

5.33

Part Package Code  

DO-213AA

Mounting Styles  

SMD/SMT

Series  

*

Packaging  

Bulk

JESD-609 Code  

e0

Pbfree Code  

No

ECCN Code  

EAR99

Terminal Finish  

TIN LEAD

Max Operating Temperature  

175 °C

Min Operating Temperature  

-65 °C

Additional Feature  

METALLURGICALLY BONDED

HTS Code  

8541.10.00.80

Technology  

Standard

Terminal Position  

END

Terminal Form  

WRAP AROUND

Peak Reflow Temperature (Cel)  

NOT SPECIFIED

Reach Compliance Code  

unknown

Pin Count  

2

JESD-30 Code  

O-LELF-R2

Qualification Status  

Not Qualified

Configuration  

SINGLE

Element Configuration  

Single

Speed  

Small Signal =< 200mA (Io), Any Speed

Diode Type  

RECTIFIER DIODE

Current - Reverse Leakage @ Vr  

100 µA @ 250 V

Voltage - Forward (Vf) (Max) @ If  

1 V @ 100 mA

Case Connection  

ISOLATED

Forward Current  

200 mA

Operating Temperature - Junction  

-65°C ~ 175°C

Output Current-Max  

0.65 A

Voltage - DC Reverse (Vr) (Max)  

250 V

Current - Average Rectified (Io)  

200mA

Max Reverse Voltage (DC)  

250 V

Average Rectified Current  

200 mA

Peak Reverse Current  

100 µA

Max Repetitive Reverse Voltage (Vrrm)  

250 V

JEDEC-95 Code  

DO-213AA

Capacitance @ Vr, F  

-

Peak Non-Repetitive Surge Current  

2 A

Natural Thermal Resistance  

100 °C/W

Radiation Hardening  

No