BAT54C Diotec Semiconductor DIODE ARRAY SCHOTTKY 30V SOT23-3

label:

2024/05/7 288

• Low forward voltage

• Low capacitance

• AEC-Q101 qualified

CATALOG

BAT54C COUNTRY OF ORIGIN

BAT54C PARAMETRIC INFO

BAT54C PACKAGE INFO

BAT54C MANUFACTURING INFO

BAT54C PACKAGING INFO

BAT54C EACD MODELS

BAT54C APPLICATIONS

COUNTRY OF ORIGIN

Malaysia

Germany

China

Philippines

PARAMETRIC INFO

Type	Schottky Diode
Configuration	Dual Common Cathode
Maximum DC Reverse Voltage (V)	30
Maximum Continuous Forward Current (A)	0.2
Maximum Power Dissipation (mW)	250
Maximum Junction Ambient Thermal Resistance	500K/W
Peak Forward Voltage (V)	0.8@0.1A
Peak Non-Repetitive Surge Current (A)	0.6
Peak Reverse Current (uA)	2@25V
Peak Reverse Recovery Time (ns)	5
Operating Junction Temperature (°C)	150
Minimum Storage Temperature (°C)	-65
Maximum Storage Temperature (°C)	150
Maximum Diode Capacitance (pF)	10
Minimum Operating Temperature (°C)	-55
Maximum Operating Temperature (°C)	150
Supplier Temperature Grade	Automotive

Supplier Package	SOT-23
Basic Package Type	Lead-Frame SMT
Pin Count	3
Lead Shape	Gull-wing
PCB	3
Tab	N/R
Pin Pitch (mm)	0.95
Package Length (mm)	3(Max)
Package Width (mm)	1.4(Max)
Package Height (mm)	1(Max)
Package Diameter (mm)	N/R
Package Overall Length (mm)	3(Max)
Package Overall Width (mm)	2.5(Max)
Package Overall Height (mm)	1.1(Max)
Seated Plane Height (mm)	1.1(Max)
Mounting	Surface Mount
Package Weight (g)	N/A
Package Material	Plastic
Package Description	Small Outline Transistor
Package Family Name	SOT
Jedec	TO-236AB
Package Outline	Link to Datasheet

MANUFACTURING INFO

MSL	1
Maximum Reflow Temperature (°C)	260
Reflow Solder Time (Sec)	30
Number of Reflow Cycle	3
Standard	N/A
Maximum Wave Temperature (°C)	260
Wave Solder Time (Sec)	10
Lead Finish(Plating)	Sn
Under Plating Material	CuAg
Terminal Base Material	FeNi Alloy
Shelf Life Period	4 Years
Shelf Life Condition	8°C to 45°C+25 % to 75 % RH
Number of Wave Cycles	1

Packaging Document

Link to Datasheet

• Ultra high-speed switching

• Line termination

• Voltage clamping

• Reverse polarity protection