Josephson C725 Variable pattern vacuum tube hybrid microphone - B-Stock (Ex-Demo)
£6,050.00 ex. vat
Josephson C725 Variable pattern vacuum tube hybrid microphone - B-Stock (Ex-Demo)
The Josephson C725 is a variable pattern hybrid tube microphone perfect for vocals and voice overs. This microphone features a very high Max SPL of 165 and it's 20 Hz to 20 kHz means this microphone will give you a crystal clear and accurate representation of the audio you want to capture.
This is an ex-demo unit. It comes with a full manufacturer warranty and original packaging.
The head grille uses Josephson’s patented aluminium foam, fused to the housing for physical and electrical protection, with only an ultra-fine highly open mesh for contamination protection. No other structure is needed, so internal reflections are random and minimal, allowing clean, detailed sound pickup. The capsule assembly is internally shock-mounted so the microphone can be attached directly to a stand through its yoke mount. The C725 features a satin nickel finish for durability in studio use.
The internal circuitry is related to other Josephson mics, with a cascode topology for best linearity. Instead of using two FETs to form the cascode, in the C725 the voltage gain section uses a low-noise FET, while the current gain stage uses a readily available current production pentode vacuum tube. This provides the low noise of the FET along with the dynamic characteristics of the vacuum tube. The output is provided through a custom nickel-core transformer, which has independent windings for output and gain control.
Specifications
- Package contents: Includes carrying case, PSU, line cord and protection sleeve
- Length: 261 mm
- Diameter: 63 mm
- Unit Weight: 1.2 kg
- Transducer Type: Condenser
- Polar Pattern: Cardioid, Bi-Directional / Figure-Eight, Omni-Directional, Hyper-Cardioid
- Number Of Microphones: Single Microphone
- Frequency Range: 20 Hz - 20 kHz
- Sensitivity: -28 dBV/Pa (40 mV) ¤, -40 dBV/Pa (10 mV) ☾
- Max. SPL: 165 dB SPL
- Analog Or Digital: Analog