Welcome
de
TDK Corporation
B57364S100M
Sensors
B57364S100M
54-B57364S100M
Thermistor NTC 10 Ohm 20% 2-Pin Radial 3300K Bulk
In Stock : Please Submit RFQ TO US
Not available
QUICK RFQ
ADD TO RFQ LIST
B57364S100M Description
Thermistor NTC 10 Ohm 20% 2-Pin Radial 3300K Bulk
Tech Specifications
HTS
8533.29.00.00
Sensitivity Index Range (K)
3250 to 3400
ECCN (US)
EAR99
PPAP
No
Percentage of Resistance Tolerance Range @ 25C (%)
±20 to ±25
Automotive
No
Minimum Operating Temperature (°C)
-55
Maximum Operating Temperature (°C)
170
Product Depth (mm)
7(Max)
EU RoHS
Compliant with Exemption
Product Diameter (mm)
21(Max)
Resistance @ 25C (Ohm)
10
Construction
Radial
Thermal Time Constant (s)
100
SVHC Exceeds Threshold
Yes
Thermal Time Constant Range (s)
>= 100
Percentage of Resistance Tolerance @ 25C (%)
±20
Maximum Power Rating (W)
5100m
Mounting
Through Hole
Terminal Pitch (mm)
7.5
Type
NTC
Number of Terminals
2
Resistance Range @ 25C (Ohm)
7 to 50
Seated Plane Height (mm)
28(Max)
Part Status
Active
SVHC
Yes
Package
Bulk
Application
Soft-Start Motor|Switch-Mode Power Supply
Sensitivity Index (K)
3300
B57364S100M Documents
Download datasheets B57364S100M
Related Parts
03006-5818-97-G100
Amphenol
A/AN-BC-I-4"-BB
Automation Components, Inc.
YQS6054
Amphenol
A/20K-PO-4"-20'CL2P
Automation Components, Inc.
TH410J40GBSN
Amphenol Thermometrics
535-33AF01-823
Honeywell Sensing and Productivity Solutions
C100G104J
Amphenol Thermometrics
CWF4B472F3470
Cantherm
ERT-J0ET104J
Panasonic
A/20K-IM-2.5"-GD
Automation Components, Inc.
NXFT15XV502FEAB050
Murata Manufacturing
NTCLE100E3689JT2A
Vishay BC Components
NTCALUG03A103GA
Vishay BC Components
ERT-D2FHL462S
Panasonic
USUR1000-103H-06
Littelfuse
SC50F103WN
Amphenol Thermometrics
NRL2104J3380B1J
Eaton-Electronics Division
USP17157
Littelfuse
Shopping Guide
Payment Methods
Payment_desc
Shipping Rate
Shipping_rate_desc
Delivery Methods
Delivery_Methods_desc
Home_foot.INFORMATION
Home_foot.POLICIES
Home_foot.TOOLS
Home_foot.payment
Home_foot.Transportation
Home_foot.Trademark
Home_foot.Copyright