Lamm Industries

The L2.1 Reference is based on a Class A circuit from input to output without general negative feedback. All cascades, including the high—voltage output, are single-cycle. Selected high-voltage transistors (MOSFETs) are used in the signal path, and the volume control is implemented on a high-quality TKD step potentiometer (Tokyo Ko-on Denpa).

The most powerful (monoblock) of Lamm hybrid amplifiers. It is made in the form of monoblocks. The amplifier demonstrates the unique transparency and volume of the sound stage. The output stage on MOSFET high-speed field-effect transistors operates in class A/AB with a high quiescent current. The optimal quiescent current of the output stage for a particular load is selected using a switch with two positions: 1-6 ohms and 8-16 ohms. The 2.2 amplifier provides 220 watts of output power at 8 and 4 ohms in Class A (at the appropriate switch positions), 440 watts at 2 ohms and 600 watts at 1 ohm.

The most powerful (monoblock) of Lamm hybrid amplifiers. It is made in the form of monoblocks. The amplifier demonstrates the unique transparency and volume of the sound stage. The output stage on MOSFET high-speed field-effect transistors operates in class A/AB with a high quiescent current. The optimal quiescent current of the output stage for a particular load is selected using a switch with two positions: 1-6 ohms and 8-16 ohms. The 2.2 amplifier provides 220 watts of output power at 8 and 4 ohms in Class A (at the appropriate switch positions), 440 watts at 2 ohms and 600 watts at 1 ohm.

The L2.1 Reference is based on a Class A circuit from input to output without general negative feedback. All cascades, including the high—voltage output, are single-cycle. Selected high-voltage transistors (MOSFETs) are used in the signal path, and the volume control is implemented on a high-quality TKD step potentiometer (Tokyo Ko-on Denpa).

Compared to the previous model of monoblocks (ML2.1), the ML2.2 is distinguished by an improved mains transformer and five pulsation filter chokes (unlike the two in ML2.1). The anode power stabilizer circuit has been improved, and higher-quality components have been applied. The output stage has been completely redesigned, based on the input stage of the ML3 Signature amplifier (it should be noted that the ML2.2 is closer to the ML3 Signature than to the ML2.1 in terms of sound).

The ML3 Signature is a single—cycle, respectively, operating in pure class A and developing a power of 32 watts at a load from 4 to 16 ohms. There is no general feedback in it, but if necessary, a weak local operating system can be introduced — the necessary switches and regulators are output to the device body. Thanks to this, the amplifier works confidently with almost any acoustics.

The LL2.1 has a topology that provides the most natural sound in an audio channel using pure Class A operation from input to output; all cascades are single-circuit. The preamp's sound-neutral power supply is equipped with a full-wave vacuum rectifier.

The L2.1 Reference is based on a Class A circuit from input to output without general negative feedback. All cascades, including the high—voltage output, are single-cycle. Selected high-voltage transistors (MOSFETs) are used in the signal path, and the volume control is implemented on a high-quality TKD step potentiometer (Tokyo Ko-on Denpa).

The 1.1 Signature monaural line-level preamp is a direct replacement for the L1 Signature, which since its introduction in 2010 has become the absolute benchmark of excellence among LAMM line-level preamps. The signature L L 1.1 proudly continues this tradition.

A tube phono corrector, assembled according to the principle of double mono. RIAA correction is passive, on high–quality elements with minimal tolerances. There is no general negative feedback. The amplification stages are based on unique 417A/5842 lamps manufactured by Western Electric, which have high steepness characteristics.

Three-block phono corrector-preamp Lamm LP1. Dual mono tube preamp with two separate neutral power sources equipped with full-wave vacuum rectifiers, choke filters, high-voltage vacuum lamp regulators, solid-state analog non-switchable low voltage regulators used as heater power sources. Lamp set: two-6C3P (6C3P), two-6C45P (6C45P) and (phono corrector); four-12AX3/12 BE3, two-6C19P (6C19P), two-6AK5, two-5651A (power supply).