SCART to 3 RCA AV Cable

Overview

A scart rca av cable breaks the 21-pin SCART connector used across
Europe from the 1980s onward into the three plugs a modern television, capture card or digitizing
workflow still recognizes: yellow composite video, red and white analog audio. It exists because there
is a lot of legacy equipment still in service – set-top boxes, VCRs, DVD players, classic game
consoles – and almost nothing new to plug them into. The catch is that SCART was never one signal. It
was a carrier for several, and a passive breakout can only reach the one your source is actually
outputting at that moment.

Key Specifications

Why a scart rca av cable sometimes gives you no picture

The 21-pin shell carries composite video, RGB video with its own switching signal, stereo audio in
both directions, and a set of status and control lines. Which of those are live is decided by the
source, not by the cable. If the source is set to output RGB, it asserts a blanking voltage on one of
the control pins and puts the picture on the red, green and blue pins instead of on the composite
video pin. A passive cable has no way to convert that, so you get sound and a black screen, and the
cable gets blamed.

Direction: the same 21 pins, wired two ways

Sources and displays use the same shell, but they do not use the same pins for the same job. A
device that shows pictures puts composite video out on one pin and takes it in on another; a device
that makes pictures does the opposite. That is how a straight-through SCART to SCART lead can connect
anything to anything. It is also why a breakout cable has to be built for the direction you need: one
that taps the output of a set-top box is not the same part as one that taps the output of a
television.

Tell us which way the signal is going when you order. If you are digitizing a VHS collection, the
source is the VCR. If you are sending a modern set-top box to an older capture device, the source is
the set-top box. Where one cable has to do both jobs, ask for a build with a direction switch; it costs
a little more and removes the guesswork. The
SCART interface is
old enough that several generations of equipment wired it differently, so the pinout on your drawing is
what we build and verify to.

Mechanical notes: seating, and the clip

Two mechanical details cause more field failures than any electrical issue. First, a 21-pin plug is
wide and shallow, and it has to go in straight and all the way; a plug that is 2 mm short gives you
intermittent audio or a rolling picture. The locking clip on the shell is there to hold it in, and it
should be engaged every time. Second, the pins inside a SCART socket bend, and a bent pin turns into a
short across two signals. Never force the plug, and check the socket before you conclude the cable is
faulty.

Typical applications for this scart rca av cable

• Older European set-top box or VCR into a modern TV with composite and stereo inputs
• Digitizing VHS and legacy tape with a capture card
• Classic game consoles into a capture device or a modern display
• DVD players and satellite receivers in holiday properties and second rooms
• Archival and museum work, racked alongside
  75 ohm SDI runs for the newer
  material in the same collection

How to specify your build

1. Direction – source to display, or display output to a recorder.
2. What the source outputs – composite, or RGB that needs an active converter.
3. Length, typically 1 to 2 m; composite does not like long runs.
4. Regional standard if you know it, so the build is tested on the right
   equipment.
5. Quantity, and whether you need retail packing for resale.

For SCART builds the line runs to IPC/WHMA-A-620 Class 3 under ISO 9001, terminating 32 to 12 AWG. Every SCART build gets a continuity and pinout check before it is boxed, and seal checking is quoted whenever an ingress rating is on the drawing.

Custom builds and ordering

SCART prototype lots start from 1 to 50 pcs and ship in 3 working days; production requires 500 pcs and runs 14 working days after sample approval. Tooling not already held adds around 10 working days. Your part number and labeling go on OEM and ODM SCART shipments, and material certificates and first-article reports are available on request.

RoHS and REACH declarations are provided per project together with the agreed test reports; the documentation scope is listed under certifications and compliance. If your drawing specifies a UL style, we build to that drawing and supply the UL reference with the shipment instead of substituting an equivalent. Injection parameters for this part are developed against the jacket material using the approach documented under overmold materials and injection parameters. More background: what stage and studio work demands. Any tooling we cut for this part stays yours, maintained in our own tool room under your part reference.

Related video and audio assemblies

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• 6 in Mini-DIN6 PS/2 Male to 2 Female Y Splitter
• SDI BNC Cable Assembly for Studios and OB Vans
• 12G-SDI Coax Cable Assembly, BNC to BNC
• 3.5mm to MIDI 6-Pin DIN Audio Cable
• XLR Microphone Cable, Balanced Three Pin

Full range: audio and video cable assemblies.

Frequently Asked Questions