Vishay Precision Group Through Hole Resistors RCMS0218202FHS14

Description
SFERNICE FIXED RESISTORS
  • Through Hole Resistors - RCMS0218202FHS14 - Lingto Electronic Limited
    Lingto Electronic Limited
  • Rcms 02 182K 1% K3 Ba100 E3 / Bag Vishay - 68M3034 - Newark, An Avnet Company
    Newark, An Avnet Company
Datasheet
Description
SFERNICE FIXED RESISTORS
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Through Hole Resistors - RCMS0218202FHS14 - Lingto Electronic Limited
Lingto Electronic Limited
Shenzhen, China
Through Hole Resistors
RCMS0218202FHS14
Through Hole Resistors RCMS0218202FHS14
SFERNICE FIXED RESISTORS

SFERNICE FIXED RESISTORS

Supplier's Site Datasheet
Rcms 02 182K 1% K3 Ba100 E3 / Bag Vishay - 68M3034 - Newark, An Avnet Company
Newark, An Avnet Company
Chicago, IL, United States
Rcms 02 182K 1% K3 Ba100 E3 / Bag Vishay
68M3034
Rcms 02 182K 1% K3 Ba100 E3 / Bag Vishay 68M3034
RCMS 02 182K 1% K3 BA100 e3 / BAG

RCMS 02 182K 1% K3 BA100 e3 / BAG

Supplier's Site

Technical Specifications

  Lingto Electronic Limited Newark, An Avnet Company
Product Category Resistors Resistors
Product Number RCMS0218202FHS14 68M3034
Product Name Through Hole Resistors Rcms 02 182K 1% K3 Ba100 E3 / Bag Vishay
Mounting / Packaging ThroughHole
Unlock Full Specs
to access all available technical data

Similar Products

Resistive coupling element 1 kOhm/10 kOhm - resistive-coupling-element-1-kohm-10-kohm - BARTEC
BARTEC
Resistive coupling element 1 kOhm/10 kOhm
resistive-coupling-element-1-kohm-10-kohm
Specs
Operating Temperature -40 to 16 C (-40 to 60 F)
View Details
Bridge balancing resistor ATN 1/0.2W - 1-ATN-1/0.2_W - Hottinger Brüel & Kjær A/S
Hottinger Brüel & Kjær A/S
Bridge balancing resistor ATN 1/0.2W
1-ATN-1/0.2_W
View Details
Resistor - 45147134 - Radwell International
Festo Corporation
Resistor
KABS-M9-R100
View Details
Through-Hole Resistors - 1-1623712-4 - TE Connectivity
TE Connectivity
Through-Hole Resistors
1-1623712-4
Specs
Mounting / Packaging ThroughHole
Resistance Range 27000 ohms
Tolerance 5 +/- %
View Details