We build many magnets per month currently. We encase magnets in protective shrouds where needed, and have encased in epoxy. We have designed for coils to be operated in a wide variety of conditions - from in air, in water, and in vacuum. We have designed power supplies for all systems, or paired best options available. We have engineered for continuous operations and pulsed (s pulses).
From low energy systems (1W) to systems requiring cooling towers (225kW), from systems requiring to cancel out the earth’s magnetic fields (less than 1 Gauss) to high field applications (up to 3T). We have designed for a wide range of operating conditions and specifications. This makes it easier to implement noise suppression with an optimal footprint and low BOM cost.ĭigi-Key products, tools, and resources for innovationĭigi-Key enables your ideas with products, tools, and resources to fuel your innovation.NEW: Try the Woodruff Scientific Inc. MKP Series Class X2 EMI/RFI Suppression Capacitors The 4:1 input JMR03 provides 2 x MOPP for BF and CF rated applications with 2♚ leakage current. JMR03 Series 3.5 W Medical DC/DC Converters This effect is used in transformers.ġ555F Series IP68 Wall Mounted Enclosures for Harsh Environmentsġ555F Series enclosures have several innovative features that provide excellent functionalityġ5-600W LM Series are High-EMC-performance AC/DC power supplies, with 85-305VAC wide input range Mutual-inductance: Mutual inductance is an inductive effect where a change in current in one circuit causes a change in voltage across a second circuit as a result of a magnetic field that links both circuits. Self-inductance: Self-inductance is the property of a circuit, often a coil, in which a change in current in a circuit produces an induced electro-motive-force in the same circuit, in other words it is an inductance, typically within a single coil. There are two ways in which inductance is used: L coil = Inductance of the coil in henries (H) Inductance in a coil is directly proportional to ‘Number of Turns’, ‘Area’ and inversely proportional to the ‘Length of coil’. The symbol for inductance is the Henry and the unit is H. When electrical current changes its flows through the coil, it produces an electromagnetic field in the wire that opposes the current flow. Inductance does not oppose the current but it opposes the change in current flow through the circuit. Inductance is the property of a component (in our case coil) that opposes the change of current flow through it. of turns, Coil Radius and Solenoid Length. This calculator is designed to calculate the inductance of the coil, given the Relative permeability, No.
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