1909140000

Series:	ZQV
Part Status:	Active
Lead Free Status / RoHS Status:	--
Type:	Terminal Block, Cross Connection
Moisture Sensitivity Level (MSL):	--
Number of Positions:	20
Pitch:	0.201" (5.10mm)
Style:	Flat Pins
For Use With/Related Products:	W Series
Contact Material:	--
Contact Finish:	--
Color:	Blue

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Terminal Blocks - Accessories - Jumpers

Jumpers are one of the most common components used in terminal blocks, and they play a vital role in a wide array of applications. In this article, we will discuss the various application fields and working principles of 1909140000 jumpers. Jumpers have been used since the early days of the electrical industry for a variety of reasons, but they are primarily used to control voltages or to connect two or more circuits with each other. They have a variety of applications, such as controlling current flow, regulating light intensity, connecting multiple devices or circuits, and more. There are several types of jumpers available, each with its own specific application field and working principle. The most common type of jumper is the jumper connector, a small size, low-cost metal device designed to bridge two circuits together without soldering. The jumper connector is composed of two parts, a connector base and a jumper link, both of which have a common center that can be joined in the middle using a metal clamp. The clamp allows the two pieces of the connector to form an electrical connection when a current is applied to the center of the connector. This connection is called a jumper bridge. Another type of jumper is the crimped jumper, also known as a jumper wire or a bridging cable. This type of jumper is composed of insulated-coated copper or tin-plated copper wire that can be crimped into a specific shape to connect two different circuits. The crimped jumper is ideal for use in applications where a stronger connection is required over a jumper connector due to its higher current rating.The insulated jumper is another type of jumper, consisting of an insulated-coated copper wire with an insulating coating on it. This type of jumper is also used to bridge two circuits together and is designed to prevent electrical shocks when using high voltage applications.The last type of jumper is the insulated-coated jumpers, which are similar to the insulated jumper but are made with a special insulation that prevents electrical shock when used in high voltage applications. This type of jumper is often used in medical applications, and are designed to reduce the risk of electric shock in health care facilities. In all, there are a variety of application fields and working principles that make up 1909140000 jumpers. Each type of jumper has its own benefits, and it is important to understand their differences and to choose the right type for the right application. By choosing the most suitable type of jumper, you can ensure optimal electrical performance and safety.

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