Name: Lauten Audio Clarion FC-357 Microphone
SKU: 7145
Availability: InStock

Lauten Audio Clarion FC-357 Microphone

Specifications:

Frequency Response: 25Hz-20KHz
Impedance: Less than 200 ohms
Maximum Sound Pressure Level (SPL): 130dB at 0.5% THD (Total Harmonic Distortion) at 1000Hz
Self-noise level: Less than 15dB(A)
Sensitivity: 16mV/Pa or -36±2dB (0dB=1V/Pa at 1000Hz)
Requires 48V Phantom power, which is standard for most condenser microphones.

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The Lauten Audio Clarion FC-357 is a condenser microphone designed to offer a blend of classic and modern FET sound characteristics. Here are some key features and specifications of the microphone:

Sound Characteristics:

- The FC-357 aims to combine the smooth natural character found in classic FET condenser microphones with a touch of modern airiness.
- It is known for its ribbon-like top-end on electric guitars, making it suitable for recording such instruments.
- The microphone is tuned to tame sibilant sources, making it versatile for various vocal and instrument recordings.

Versatility:

The microphone is designed to be suitable for both amateurs and professionals, making it a versatile choice for various recording scenarios.
It features a 3-way gain switch that allows you to adjust the microphone’s sensitivity and output level, making it adaptable to different recording situations.

Components:

The FC-357 Clarion features a custom-designed 28.25mm dual-diaphragm capsule that accurately captures audio sources.
It utilizes a solid-state low-noise FET (Field-Effect Transistor) in its circuitry.
The microphone includes a custom-wound output transformer, which can contribute to its unique sound characteristics.
High-resolution capacitors are used in its construction.

Polar Patterns:

The microphone offers three selectable polar patterns: Cardioid, Omni (omnidirectional), and Figure-8. This versatility allows you to choose the most suitable pickup pattern for your recording needs.

Gain Control:

The microphone has a +10dB gain switch, which can boost its output. This feature can be useful for achieving a good signal-to-noise ratio and reducing the dependency on external preamps.