ERT-J1VR103J Panasonic, ERT-J1VR103J Datasheet

Thermistors - NTC 10K OHM 5%

ERT-J1VR103J

Manufacturer Part Number
ERT-J1VR103J
Description
Thermistors - NTC 10K OHM 5%
Manufacturer
Panasonic
Series
ERTr
Type
NTCr
Datasheets

Specifications of ERT-J1VR103J

Resistance
10 KOhms
Tolerance
5 %
Termination Style
SMD/SMT
Operating Temperature Range
- 30 C to + 125 C
Dimensions
0.80 mm W x 1.60 mm L x 0.8 mm H
Power Rating
0.4 W
Temperature Coefficient
4250 k PPM / C
Package / Case
0603
Lead Free Status / RoHS Status
Lead free / RoHS Compliant

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
ERT-J1VR103J
Manufacturer:
PANASONIC/松下
Quantity:
20 000
Multilayer Chip NTC Thermistors
Type:
The miniaturized Multilayer Chip NTC Thermistors
(ERTJ) are specially designed for surface mounting
capacitors.
n
l High reliable multilayer / monolithic structure
l Superior heat resistance to reflow soldering and
l Wide ranges of operating temperature (Ð40 to 125 ¡C)
n
n
Features
excellent solderability
Explanation of Part Numbers
Construction
ERTJ
Product Code
E
Shape
Size Type
(EIA)
R
T
Packaging Styles
Center of B Value (K)
n
l Cellular Phones
l Personal Computers
l Battery Packs
l Liquid Crystal Display(LCDs)
Recommended Applications
¥ Temperature compensation for Crystal Oscillator
¥ Temperature compensation for Semiconductor
¥ Temperature detection for CPU and memory
¥ Temperature compensation for Ink-viscosity (Inkjet
¥ Temperature detection for battery cell
¥ Temperature compensation for contrast
¥ Temperature compensation for Back light
device
Printer)
No
A
B
C
D
E
Resistance R
NTC Thermistors (Chip Type)
25
( )
Intermediate electrode
Ceramic Semiconductor
Substrate electrode
External electrode
Inner electrode
Resistance Tolerance
Name
Specification
Rev.02/04
Special

Related parts for ERT-J1VR103J

ERT-J1VR103J Summary of contents

Page 1

... Multilayer Chip NTC Thermistors ERTJ Type: The miniaturized Multilayer Chip NTC Thermistors (ERTJ) are specially designed for surface mounting capacitors. n Features l High reliable multilayer / monolithic structure l Superior heat resistance to reflow soldering and excellent solderability l Wide ranges of operating temperature (Ð40 to 125 ¡C) ...

Page 2

Dimensions in mm (not to scale) n Packaging Specifications l Standard Packing Quantity Style Paper taping Thickness Size Code JZ (0201) 0.3 mm Pitch 2 mm: 15000 pcs./reel J0 (0402) 0.5 mm Pitch 2 mm: 10000 pcs./reel J1 (0603) ...

Page 3

... NTC Thermistors (Chip Type) 0201 Type approximately 1mW / ¡ ERTJ11V ERTJ11G (4700 K) (3435 K) ] typical typical 59.797 20.238 41.298 15.292 28.758 11.669 20.267 8.988 14.428 6.984 10.368 5.472 7.519 4 ...

Page 4

... ERTJ0ER4721 ERTJ0ER6821 ERTJ0ER1031 ERTJ0ER1531 ERTJ0ER2231 ERTJ0ER3331 ERTJ0EP4731 ERTJ0EV4731 ERTJ0EV6831 ERTJ0EV1041 ERTJ0EV1541 ERTJ0EV2241 ERTJ0EV3341 ERTJ0EV4741 ERTJ1VA2201 ERTJ1VA3301 ERTJ1VA4001 ERTJ1VA4701 ERTJ1VA6801 ERTJ1VA1011 ERTJ1VT1021 ERTJ1VT1521 ERTJ1VT2021 ERTJ1VT2221 ERTJ1VT3021 ERTJ1VT3321 J1 ERTJ1VT4721 (0603) ERTJ1VR3321 ERTJ1VR4721 ERTJ1VR6821 ERTJ1VR1031 ERTJ1VR1531 ERTJ1VR2231 ERTJ1VR3331 ERTJ1VR4731 ERTJ1VR6831 ERTJ1VP4731 ERTJ1VV4731 ERTJ1VV6831 ...

Page 5

Multilayer Chip NTC Thermistors Safety Precautions The Multilayer Chip NTC Thermistors (hereafter referred to as ÒThermistorsÓ) are intended for general consumer-type electronic (audiovisual, household, office, information & communication )equipment important to understand the features and specifications before making ...

Page 6

Recommended Amount of Solder: As shown in Fig.2 Excess amounts of solder may cause large mechanical stresses to the Thermistors/components. Fig.2 Recommended Amount of Solder 2.3 Component Layout When placing/mounting the Thermistors/components near an area which is apt to ...

Page 7

Soldering Flux and Solder (1) Soldering Flux: l The content of halogen in the soldering flux should be 0.2 wt% or less. l Rosin-based and non-activated soldering flux is recommended. (2) Water soluble type Soldering Flux: In case of ...

Page 8

Hand Soldering In hand soldering of the Thermistors, a large temperature gradient between the Thermistors and the tip of soldering iron may cause electrical failures and mechanical damages such as cracking or breaking of the device. The soldering should ...

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