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Shunts, Jumpers: BTMM-107-01-T-D-001 Application Field and Working Principle

Shunts, jumpers and BTMM-107-01-T-D-001 are devices used to establish electrical paths between two points in an electrical system. They can be used in various applications such as voltage measurements, current measurements, waveform monitoring, power distribution, over-current protection, bypassing, short-circuiting, and other similar purposes. The BTMM-107-01-T-D-001 is an industrial grade one-size-fits-all board-to-board shunt with superior electrical performance.

Application Field

BTMM-107-01-T-D-001 is primarily used in power distribution systems for a wide range of Industries and Application Rates including: the Industrial Automation, Machine Manufacturing, Semiconductor Manufacturing, Robotics, and more. This type of shunt is typically used to monitor power supply performance in three ways: Voltage, Current, and Ripple.

Working Principle

The BTMM-107-01-T-D-001 shunt is composed of two clamping elements and one or two contact points. The clamping elements are held together with a mechanical joint and the contact points provide connection between the two inner and outer sides of the joint. The contact point provides maximum contact with the clamping element in order to reduce or completely eliminate the stress on the joint and on the contact points.

When connecting the shunt to the power supply, the contact point is placed in between the two clamps, creating a conductor between the inner and outer sides of the joint. As a result, when a current is flowing, there will be a voltage drop across the shunt. This voltage drop is measured and then used to calculate the current flowing within the system. The voltage drop is adjusted with the clamping elements in order to achieve the desired voltage amount.

The BTMM-107-01-T-D-001 shunt has the capability to withstand high inrush currents, which makes it suitable for applications such as short-circuits or high power surges. The joints themselves are designed to absorb heat, which helps to protect the device.

Conclusion

BTMM-107-01-T-D-001 shunt is a high-performance device that can be used in a variety of applications. It has the capability to measure voltage drops in order to calculate current levels and the ability to withstand high inrush currents. Its components are designed to provide protection against damaging power surges and the joints are designed to absorb heat.

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