S2711-46

Shunts, such as S2711-46, are critical components designed to divert current from one point to another. They are commonly used in electrical systems to monitor and control the flow of current and to provide a safe path for current to pass through. In addition, shunts are used to provide a place for current to pass in the event of a power failure or other emergency. As such, they are used in many applications including industrial, automotive, marine, telecom and data communications.

The S2711-46 shunt is a general purpose shunt that can be used in a variety of applications. This particular shunt is designed to work up to 50 Amps, 30 Volts DC/6 Amps, 500 Volts AC. The operating temperature range of the S2711-46 is -55° C to +110° C. The contact resistance of this device is 0.2 milliohms and the insulation resistance is 4000 megohms. Additionally, the S2711-46 shunt is capable of carrying up to 1.5mA of current.

The primary function of a shunt is to divert current from one point to another. It acts as a resistor, allowing the current to pass through without creating a voltage drop. A shunt is a simple device that is used to measure current, as well as providing a path for the current to travel. It consists of four components: two terminals for the connection of the shunt; two copper wires for the current to pass through; and a metal base which is connected to the two terminals and two copper wires.

The working principle of a shunt is relatively simple. When a current is applied to the two terminals of a shunt, it causes a current to flow through the shunt. This current creates a magnetic field that causes a voltage to be induced between the two terminals. The magnitude of this voltage depends on the amount of current that is flowing through the shunt. This voltage is then used to measure the current.

In addition to measuring current, shunts are also used to provide a means of controlling it. By varying the resistance of the shunt, the amount of current that passes through it can be regulated. This can be done by using a variable resistor, or by welding resistors into the shunt, which can be adjusted with a screwdriver. Additionally, a circuit breaker can be wired into the shunt, allowing it to be used as an emergency shut off switch.

Shunts, such as the S2711-46, are a versatile and reliable component that is used in many different applications. They are used to measure current, to provide a means of controlling it, and to provide a safe path for current to pass when the power fails. By understanding the working principle of a shunt, it is possible to optimize its performance for any given application.

LTST-S271TGKT	Lite-On Inc.	0.1 $	1000	LED GREEN CLEAR 2SMD R/AG...
LTST-S271KGKT	Lite-On Inc.	--	1000	LED GREEN CLEAR 2SMD R/AG...
LTST-S271KRKT	Lite-On Inc.	0.04 $	1000	LED RED CLEAR 2SMD R/ARed...
LTST-S271KSKT	Lite-On Inc.	0.04 $	1000	LED YELLOW CLEAR 2SMD R/A...
LTST-S271AKT	Lite-On Inc.	0.0 $	1000	LED 2SMD R/ALED Indicatio...
LTST-S271CKT	Lite-On Inc.	0.0 $	1000	LED 2SMD R/ALED Indicatio...
LTST-S271EKT	Lite-On Inc.	0.0 $	1000	LED 2SMD R/ALED Indicatio...
LTST-S271FKT	Lite-On Inc.	0.0 $	1000	LED 2SMD R/ALED Indicatio...
LTST-S271GKT	Lite-On Inc.	0.0 $	1000	LED 2SMD R/ALED Indicatio...
LTST-S271KFKT	Lite-On Inc.	0.04 $	4000	LED ORANGE CLEAR 2SMD R/A...
LTST-S271TBKT	Lite-On Inc.	0.06 $	4000	LED BLUE CLEAR 2SMD R/ABl...
S2711-06	Harwin Inc.	0.0 $	1000	JUMPER TIN SMDPosition Sh...
S2711-46	Harwin Inc.	0.0 $	1000	JUMPER TIN SMD2 (1 x 2) P...
S2711-46R	Harwin Inc.	0.07 $	1000	SMT RFI CLIP 1900/TR (T&R...