Lundahl Chokes
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The LL1670 is a small, high-inductance grid choke for tube amplifiers. It is built with two coils and uses one of our special audio C-cores. The…
The LL1670 is a small, high-inductance grid choke for tube amplifiers. It is built with two coils and uses one of our special audio C-cores. The…
The LL2743 is an anode choke for tube amplifiers. The choke is built with two coils and uses our grain-oriented silicon-iron audio C-core. The coils…
The LL1668 is an anode choke for tube amplifiers. It is built with two coils and uses our own special audio C-core. The coils are made using a low-…
The LL1638 is a 2 coil choke for tube amplifier anode supply. The choke is available with different core air-gap, which results in different…
The LL1673 is a two-coil choke for tube amplifier anode supply. It is available with different core air gaps, which results in different inductance…
The LL1685 is a two-coil choke for tube amplifier anode supply. It is available with different core air gaps, which results in different inductance…
The LL2742 is a 2 coils choke for tube amplifier anode supply. The choke is available with different core air-gap, which results in different…
The LL2771 is a big dual-coil choke for high-current tube amplifier anode supplies. The choke has different core air gaps, which result in different…
The LL1694 is a 2 coils choke for tube/valve filament current filtering. The coil is wound using our standard high internal isolation technique with…
The LL2733 is a 2 coil choke for tube/valve filament current filtering. The coil is wound using our standard high internal isolation technique with…
The LL2751 is a small size two-coil choke for tube/valve filament current filtering. The coil is wound using our standard high internal isolation…
The LL2772 is a two-coil choke for tube/valve filament current filtering or other high-current, low-voltage applications. The coil is wound using our…
The LL2773 is a 2 coil choke for tube/valve filament current filtering or other high current low voltage applications. The coil is wound using our…
