Accessories

Image Part Number Description / PDF Quantity Rfq
5902

5902

Ohmite

MOUNTING CLIPS D8212-3

0

12E-10

12E-10

Ohmite

MTG.BRACKETS D77166 PK OF 10

0

7PA5

7PA5

Ohmite

MOUNTING HDWE THRU BOLT 1.75"

0

ACCRFCL13BB1

ACCRFCL13BB1

Vishay / Sfernice

RES WW CLIPS 1=2 PCS

0

ACCRFCL10

ACCRFCL10

Vishay / Sfernice

RES WW CLIPS 1=2 PCS

0

ACCRFCL13

ACCRFCL13

Vishay / Sfernice

RES WW CLIPS 1=2 PCS

0

6120K-4E

6120K-4E

Ohmite

MOUNTING HARDWARE

0

18E-10

18E-10

Ohmite

MTG.BRACKETS D77182 PACK OF 10

0

7PA75E

7PA75E

Ohmite

MOUNTING HDWE THRU BOLT 6.75"

0

7S-10

7S-10

Ohmite

MT.BRACKET D-77154-2 PACK OF10

0

5S-10

5S-10

Ohmite

MTG.BRACKETS D77150-2 PK OF 10

0

7PA25

7PA25

Ohmite

MOUNTING HDWE THRU BOLT 2.75"

0

6011E

6011E

Ohmite

WASHER, MICA D85823 BAG OF 100

0

ACCRFCL16

ACCRFCL16

Vishay / Sfernice

RES WW CLIPS 1=2 PCS

0

HDWB15022314100B00

HDWB15022314100B00

Vishay / Dale

3-HIGH L-BRACKET (2 REQ'D) FOR 1

0

2121E

2121E

Ohmite

ADJUSTABLE LUG FOR DIVIDOHM

0

2136E

2136E

Ohmite

ADJUSTABLE LUG FOR DIVIDOHM

0

ACCRFCOLLRSSD08AAV

ACCRFCOLLRSSD08AAV

Vishay / Sfernice

RES ACC COLLARS

0

6120K-4

6120K-4

Ohmite

MOUNTING HARDWARE

0

BCV-FEC

BCV-FEC

TE Connectivity AMP Connectors

SUPPORT PILLARS

0

Accessories

1. Overview

Resistors Accessories refer to supplementary components designed to enhance the functionality, durability, and integration of resistors in electronic systems. These accessories include mounting brackets, protective casings, thermal management solutions, and connection interfaces. Their importance lies in optimizing resistor performance in harsh environments, ensuring mechanical stability, and facilitating efficient heat dissipation, critical for maintaining circuit reliability in modern electronics.

2. Major Types & Function Classification

TypeFunctional FeaturesApplication Examples
Mounting BracketsSecure mechanical fixation, vibration resistanceIndustrial control panels, automotive ECUs
Thermal Management CoversHeat dissipation fins, flame-retardant materialsHigh-power audio amplifiers, motor drives
Protective EnclosuresIP67-rated sealing, EMI shieldingOutdoor telecom equipment, medical devices
Connection TerminalsSolderable/press-fit interfaces, corrosion resistancePower supply units, battery management systems

3. Structure & Composition

Typical resistor accessories feature modular designs with standardized interfaces. Mounting brackets use CNC-machined aluminum alloys with anodized coatings for corrosion protection. Thermal covers integrate aluminum fins with thermally conductive silicone pads. Protective enclosures employ polycarbonate materials with integrated gaskets. Connection terminals utilize phosphor bronze alloys with gold-plated contact surfaces for low resistance.

4. Key Technical Specifications

ParameterTypical RangeSignificance
Thermal Conductivity1-200 W/m KHeat dissipation efficiency
Operating Temperature-55 C to +155 CEnvironmental stability
Dielectric Strength500V-5kVElectrical isolation
Vibration Resistance10-50GMechanical reliability
IP RatingIP00-IP68Environmental protection

5. Application Fields

Primary industries include:

  • Automotive: Engine control modules, battery management systems
  • Telecommunications: 5G base stations, optical network terminals
  • Renewable Energy: Solar inverters, wind turbine controllers
  • Industrial Automation: PLC systems, motor drives
  • Consumer Electronics: Smartphones, wearable devices

6. Leading Manufacturers & Products

ManufacturerKey Products
TE ConnectivityDeutsch DRC thermal management covers
MolexMicro-Fit 3D connection terminals
YageoPt series precision resistor enclosures
VishayDale HT series mounting brackets

7. Selection Guidelines

Key considerations include: 1) Mechanical compatibility with resistor dimensions, 2) Thermal requirements matching power dissipation, 3) Environmental protection level (IP rating), 4) Material compatibility with PCB soldering processes, 5) Cost-performance balance for production volume.

8. Industry Trends

Current development trends show: 1) Miniaturization through advanced material engineering (e.g., graphene-enhanced composites), 2) Integration of smart sensors in thermal management systems, 3) Adoption of eco-friendly materials meeting RoHS standards, 4) Development of modular designs for rapid assembly in automated production lines, 5) Increased focus on high-reliability solutions for EV and 5G infrastructure applications.

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