Sennheiser : SKM 300-845 G3
Description
The Sennheiser SKM 300 845 G3 microphone capsule of this hand-held transmitter/microphone combination is based on Sennheiser’s successful evolution 800 series. Power and presence meet control as the super-cardioid capsule rejects feedback while providing a rich and detailed reproduction of the voice. A programmable mute button silences the SKM300-845G3 microphone when needed or can also be set to act as a push-to-talk mode.
Features
→ Sturdy metal housing→ Enhanced frequency bank system with up to 24 compatible frequencies
→ Pilot tone squelch for eliminating RF interference when transmitter is turned off
→ Enhanced AF frequency range
→ Increased range for audio sensitivity
→ Wireless synchronization via infrared interface from receiver
→ User-friendly menu operation with more control options
→ Illuminated graphic display
→ Auto-Lock function avoids accidental changing of settings
→ HDX compander for crystal-clear sound
→ Battery indicatation in 4 steps, also shown on receiver display
→ Programmable Mute button
→ Easy-exchangeable microphone modules from evolution series
→ Contacts for recharging BA 2015 accupack directly in the transmitter
→ Wide range of accessories adapts the system to any requirement
Specifications
| RF frequency range | 516 - 865 MHz |
| Transmission/receiving frequencies | 1680 |
| Presets | max 24 |
| Switching bandwidth | 42 MHz |
| Peak deviation | ±48 kHz |
| Compander | HDX |
| Frequency response (microphone) | 80 - 18,000 Hz |
| Signal-to-noise-ratio | > 115 dB(A) |
| Total harmonic distortion (THD) | <0.9% |
| In compliance with | ETS 300422 , ETS 300445 , CE , FCC |
| RF output power | 10/30 mW |
| Operating time (transmitter) | >8 h |
| Dimensions (transmitter) | d=2 in (50 mm) l=10.4 in (265 mm) |
| Weight (transmitter) | 15.9 oz (450 g) |
| Transducer / microphone type | dynamic |
| AF sensitivity | 1.6 mV/Pa |
| Sound pressure level (SPL) | 154 dB(SPL) max. |
| Pick-up pattern | super-cardioid |
| 42 MHz bandwidth | 1680 tunable UHF frequencies for interference-free reception |