Vishay Dale CRCW06030000Z0EA 0 ohm 1/8W 0603 SMD Thick Film Jumper Resistors 50 PCS NOS
Full Description & History
Genuine Vishay Dale CRCW06030000Z0EA zero-ohm surface-mount jumper resistors featuring a compact 0603 (1608 metric) package and thick-film construction. These miniature chip components belong to Vishay's D/CRCW e3 resistor family and are designed to provide low-resistance electrical connections on printed circuit boards.
Unlike conventional resistors, zero-ohm jumper resistors are designed to function as conductive links between circuit traces. Although designated as zero ohms, these components have a small specified maximum resistance and are intended for low-resistance connections rather than precision resistance control.
Zero-ohm jumpers are commonly used in circuit board configuration, PCB routing, optional circuit connections, manufacturing variations, logic configuration, signal routing, and electronic repair.
These components allow manufacturers to use standard automated resistor placement equipment when installing electrical jumpers, eliminating the need for separate wire links in many compact electronic assemblies.
TECHNICAL SPECIFICATIONS:
- Nominal Resistance: 0 ohm
- Component Type: SMD Zero-Ohm Jumper
- Maximum Jumper Resistance: 20 milliohms
- Maximum Jumper Current: 2A
- Power Rating: 0.125W (1/8 watt)
- Package: 0603 SMD (1608 metric)
- Dimensions: 1.55 x 0.85 mm nominal
- Maximum Component Height: 0.50 mm
- Construction: Thick Film
- Operating Temperature: -55°C to +155°C
- Automotive Qualification: AEC-Q200
- Series: Vishay D/CRCW e3
- Mounting Type: Surface Mount
- Termination Count: 2
- Termination Finish: Lead-Free Matte Tin
- Original Packaging Type: Tape and Reel
- Original Manufacturer Reel Quantity: 5,000 PCS
- Manufacturer Date Code: 1022 (2010, Week 22)
- Country of Origin: Not Verified
- Original Supplier: Electronic Component Distributor Stock
LIFECYCLE: ACTIVE
\- HISTORICAL BACKGROUND: Vishay Intertechnology was founded in 1962 by Dr. Felix Zandman and Alfred P. Slaner in Pennsylvania. The company initially specialized in precision resistive technology and expanded into one of the world's major manufacturers of passive electronic components and discrete semiconductors.
  Vishay significantly expanded its resistor manufacturing capabilities through the acquisition of established electronic component manufacturers, including Dale Electronics. The Vishay Dale name became associated with a broad portfolio of fixed resistors, resistor networks, power resistors, precision resistive components, and surface-mount devices.
  During the late twentieth century, the electronics industry increasingly adopted surface-mount technology to reduce component dimensions, increase printed circuit board density, and improve compatibility with automated assembly equipment.
  Traditional electronic assemblies frequently used short wire links or conductive jumpers to connect selected circuit traces. As automated surface-mount manufacturing became widespread, manufacturers developed zero-ohm chip resistors that could perform similar electrical functions while using the same placement and soldering processes as ordinary surface-mount resistors.
  Zero-ohm resistors became particularly useful in circuit board manufacturing because they allowed engineers to incorporate optional connections, configuration links, and alternative circuit routing without redesigning the entire printed circuit board.
  These components also allowed manufacturers to produce several equipment configurations using common circuit board layouts. By installing or omitting selected jumper resistors, manufacturers could enable different circuit paths or accommodate variations in electronic assemblies.
  Vishay developed the D/CRCW family of thick-film surface-mount resistors to support industrial, commercial, automotive, communications, and general electronic manufacturing applications.
  The D/CRCW e3 series incorporates lead-free termination technology and standardized chip dimensions compatible with automated surface-mount assembly.
  The CRCW06030000Z0EA represents the zero-ohm jumper configuration of Vishay's 0603 thick-film chip component family. Its miniature dimensions allow the component to serve as a low-resistance electrical link in compact electronic assemblies.
  The component is specified for a maximum jumper current of 2A and a maximum resistance of 20 milliohms. These ratings are important because a zero-ohm jumper is not an unlimited-current connection and must be selected according to the electrical requirements of the circuit.
  Zero-ohm chip jumpers continue to be used in communications equipment, automotive electronics, industrial controllers, computers, consumer electronics, and electronic instrumentation.
  The Vishay CRCW06030000Z0EA remains an active component in electronic distribution channels and represents a practical example of how surface-mount technology simplified circuit board configuration, assembly, and maintenance.
PACKAGING & QUANTITY:
Original distributor-labeled reel stock containing genuine Vishay Dale CRCW06030000Z0EA zero-ohm thick-film chip jumper resistors.
The original manufacturer reel was packaged with 5,000 components. RF Boneyard inventory has been separated into a smaller packet containing 50 PCS.
Sold as one complete 50-piece packet, not individually. Each packet represents one sellable inventory unit.
Unused new old stock from legacy inventory. Packaging, age, and cosmetic condition may vary.
Pipeline quantities are informational and may change after arrival, inspection, sorting, testing, or donor teardown.
Compatible Radios / Boards
Compatible Radios / Boards
Suitable for electronic circuits requiring a zero-ohm, 0603 surface-mount jumper resistor with a maximum jumper current rating of 2A. Typical applications include PCB configuration links, circuit routing, logic configuration, optional circuit connections, control boards, communications equipment, industrial electronics, automotive electronic assemblies, and general component-level repair. Buyer must verify PCB footprint, current requirements, maximum jumper resistance, operating temperature, and original circuit specifications before installation. Specific equipment-model compatibility not verified.
RF Boneyard Bench Notes
RF Boneyard Bench Notes
Not individually electrically tested. Original distributor reel labeling identifies the Vishay manufacturer, exact part number, and manufacturing date code. Visual packaging identification only; individual continuity and low-resistance measurements have not been performed.
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