Working of Bantam Jack | How Bantam Connector Works
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Insight - How Bantam Connector Works

Written By: 

Abhimanyu Mathur

 

Image01: Bantam Connector

Bantam Connectors are a sub type of phone-connectors, used thus in professional audio applications. From microphones to guitars, these connectors serve as high quality links to connect audio devices.

They have a tip-sleeve (TS) structure and allow a permanent connection to wires by means of soldering. Often made from an alloy structure, these connectors might also come with a plastic covering which acts as a protector.

What makes a bantam connector deliver audio signals to the mixers? How are the wires soldered inside them? Let’s find out in this Insight about easy plugging-in and pull-out connectors.

Image02: Parts of the Connector

Connector Parts: An alloy casted Bantam Connector is seen in Image 02. From the first look itself, three parts of standard bantam connector can be understood as:

1. Contact Region

2. A Holding Grip

3. Spring Region

The contact region is the one that interfaces with the port on the device, the holding grip facilitating easy insertion and removal of the connector. Through the terminals of spring region, the wire extends out and a spring facilitates the wire to move flexibly without getting damaged or putting strain on the link.

Wire Terminals & Insulating Region

Image03: Wire Terminals

Wire Terminals: Once dissembled, the assembly reveals the internal structure of the contact region of Bantam Connector.  There is no provision for including a screw, so connections are made permanent by means of soldering. Two terminals where the wires attach are shown in Image 03.

Image04: Insulating Region

Insulating Region:  The terminals, where wires are soldered are shown in Image 04. A two wired connector, Bantam Connector has one wire (that carries the signal) attach to the contact pin region while the other wire (that serves as reference) is placed at the plastic insulating region. The structures are sufficiently distant to avoid any accidental contact between the wires which might ruin the functioning of the device.

Structure of Jack

Image05: Jack Region

Jack: The input jack region of connector is classified into a tip, an insulating ring and a sleeve. The size of the tip may vary from 3.5mm to 6.3mm depending on the application of the connector. The one in the image is a 6.3mm one.

Image06: Concentric Cylinders

Inside of Jack: The tip of the connector is removed to see another cylindrical structure placed inside the sleeve region of the connector. The insulating ring separates the sleeve with the cylinder.

Image07: Dissembled parts

Dissembled Tip: The cylindrical structure terminates at the region where the terminals of the wire are placed. Hence, it is this internal cylindrical structure that serves as the signal carrier for the connector. The purpose of the sleeve is to protect this cylinder and lessen the signal loss. 

 

 

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