The Leaf Audio Contact Microphone 3.0m is a high-quality, electrically shielded contact microphone housed in a rubber-sealed casing, designed to deliver an ultra-clear signal without interference or unwanted hum.

Features and Compatibility

Engineered for the Microphonic Soundbox, which features a high-class ultra-low-noise amplifier with 40dB amplification, this contact microphone is also compatible with a wide range of devices, including mixers, audio interfaces, and recording systems. It functions both as a contact microphone and a pressure sensor, making it a versatile choice for modular synthesis applications. Although the rubber coating enhances durability, it is not waterproof and was not designed for underwater use. However, users may experiment with hydrophone applications at their own risk.

Connector and Cable Specifications

This microphone is available in two lengths: 1.5m (approximately 5 feet) and 3.0m (approximately 10 feet). It features a 6.3mm (1/4") HiCon connector and is constructed using Sommer Cable Cicada wire. The cable has a small diameter for flexibility and ease of handling, while its durable jacket ensures longevity. The oxygen-free copper conductor enhances signal integrity, providing a high shielding factor of 95% to minimise interference. The cable specifications include a 2.6mm diameter, a conductor cross-section of 0.14mm², and a temperature resistance range from -30°C to +70°C. The electrical resistance is 148Ω/km, and the cable weight is 13g/m.

Important Compatibility Information

The Leaf Audio Contact Microphone requires different connector versions depending on the intended device. The Microphonic Soundbox operates with the 6.3mm (1/4") version, whereas the Leaf Audio Field Amp requires the 3.5mm (1/8") version. Users must ensure they select the appropriate connector for their equipment.

Construction and Use

This contact microphone is not designed for DIY assembly and comes pre-configured for immediate use. Its sturdy construction and premium components make it a reliable choice for professional audio applications. Whether used in experimental music, field recordings, or modular synthesis, it provides superior performance with minimal signal degradation.