NTC Inrush Current Limiters
B57211P0120M341
|
|
Size
| Body Diameter (b) |
|
| Body Thickness (th) |
|
| Body Height (h) |
|
| Lead Length (LL) |
|
| Lead Diameter (LD) |
|
| Lead Spacing (LS) |
|
| Further Details |
Electrical Characteristics
| Resistance [at 25°C] |
|
| Resistance Tolerance |
|
| Test Capacitance [230-240V AC] |
|
| Test Capacitance [110-120V AC] |
|
| Max. Current |
|
| Further Details |
Other
| Operating Temperature Range |
|
| Soldering Method | |
| Packing Information | |
| Weight |
|
Tech Info
Documents
-
General Technical Information
-
Cautions and Warnings
-
Quality and Environment
-
Symbols and Terms
-
Taping and Packing
-
Mounting Instructions
-
Climatic Conditions
-
RoHS and SVHC/REACH Declaration
-
Material Data Sheets
-
Selection Guide
-
Application Note
-
[Application Note] How to Use NTC Thermistors for Inrush Current LimitingNew
Technical Support Tools
Characteristic Graph
Loading graph, please wait...
Customer who viewed this product also viewed
Chip Varistors / Ceramic Transient Voltage Suppressors
B72580T0400K062 (Standard)
Maximum continuous voltage=56V
Maximum Clamping Voltage (8/20μs)=110V
NTC Inrush Current Limiters
B57211P0120M301
Resistance (at 25℃)=12Ω
Maximum Current=4A
NTC Inrush Current Limiters
B57211P0120M351
Resistance (at 25℃)=12Ω
Maximum Current=4A
NTC Inrush Current Limiters
B57213P0120M301
Resistance (at 25℃)=12Ω
Maximum Current=4A
PTC Thermistors for Overcurrent Protection
B59315P1120A062
Max. operating voltage=80V
Rated resistance=16Ω
PTC Thermistors for Overcurrent Protection
B59622A0090A062
Max. operating voltage=60V
Rated resistance=220Ω
Chip NTC Thermistors (Sensor)
B57321V2223J060
Resistance (at 25°C)=22kΩ
Resistance Tolerance (at 25°C)=±3%
Chip NTC Thermistors (Sensor)
B57351V5103H060
Resistance (at 25°C)=10kΩ
Resistance Tolerance (at 25°C)=±3%
Chip NTC Thermistors (Sensor)
B57621C5472J062
Resistance (at 25°C)=4.7kΩ
Resistance Tolerance (at 25°C)=±10%
Chip NTC Thermistors (Sensor)
NTCG063EH400JTB
Resistance (at 25°C)=40Ω
Resistance Tolerance (at 25°C)=±5%