The Studio Projects CS5 is an externally polarized five pattern pressure gradient transducer microphones with FET impedance converter. The capsule is a 1.06" (27mm) capsule, with a diaphragm thinkness of 6µm. It features five selectable polar patterns, four selectable pads, four high pass filters, and four low pass filters for added control in various recording applications and a clear, full response expected from a large capsule microphone design.

Versatility is key in the recording arena, and the Studio Projects CS5 is well equiped to handle any recording application. It is designed to deliver the finest quality vocal and instrumental recordings and will serve to enhance any professional or project studio.

As a result of uncompromising dedication and advanced production capabilities, Studio Projects will continue to broaden the range of quality pro audio microphones & electronics for today's recording environment.

MPN: CS5
UPC: 850207000187

- Pressure-Gradient Transducer: 1.06" (27mm) 6um mylar diaphragm
- FET impedance converter
- Five Polar Patterns: Cardioid, Wide Cardioid, Hyper Cardioid, Omni, Fig 8
- -5dB, -10dB, -15dB, and -20dB Pads
- 50hZ, 75hZ, 150Hz, and 300hZ High Pass Filters @ 6dB/octave
- 15kHz, 7kHz, 5kHz, and 3kHz, Low Pass Filters @ 6dB/octave

Included Accessories
- Halo Shockmount
- Foam wind screen
- Case

- Type: Pressure gradient transducer microphone
- Polar pattern: Cardioid, Wide Cardioid, Hyper Cardioid, Omni, and Figure of 8
- Frequency response: 20~20000Hz
- Sensitivity: 14mV/Pa=-32dB(0dB=1V/Pa)
- Output impedance: <200 Ohm
- Load impedance: >1000 Ohm
- Maximum SPL: 136 dB SPL for 1% THD @1000Hz (0dB SPL=0.00002Pa) 156dB with -20dB preattnuation
- Noise: 13 dB-A (A-weighted per IEC268-15)
- S/N: 81 dB-A
- Pads: -5dB, -10dB, -15dB, and -20dB selectable
- Low Cut: 15kHz, 7kHz, 5kHz, and 3kHz 6dB/Octave
- High Cut: 50hZ, 75hZ, 150Hz, and 300hZ 6dB/Octave
- Power requirement 48 +/- 4V
- Current consumption: <4mA
- Connector: Gold-plated 3-pin XLR
- Circuit: JFET impedance converter, discrete balanced output.