Sennheiser XSW1-835-A - Wireless Microphone System

Sennheiser XSW1-835-A - Wireless Microphone System

Sennheiser
SKU:
507115
$358.00
Current Stock:
Description

Sennheiser - XSW1-835-A - Wireless Microphone System

Features

  • Excellent live sound featuring Sennheiser’s renowned evolution microphone capsules
  • Automatic frequency management and synchronization via remote channel for easy setup
  • Up to 10 compatible channels
  • Excellent live sound featuring Sennheiser’s renowned evolution microphone capsules (e825 or e835)
  • Antenna-switching diversity reception
  • Integrated antennas
  • Automatic frequency management and synchronization via remote channel for easy setup
  • Selectable UHF frequencies within a large bandwidth
  • Up to 10 compatible channels

Specs

 
Dimensions approx. 200 x 42 x 127 mm
THD, total harmonic distortion ≤ 0.9%
Weight approx. 340g
approx. 245g
Pick-up pattern cardioid
Signal-to-noise ratio ≥ 103 dBA
RF output power 10 mW
Switching bandwidth up to 24 MHz
Operating time approx. 10 hrs
Modulation wideband FM
Power supply Receiver: 12 V DC nom. / 300 mA
Microphone: 2 AA size batteries, 1.5 V
Output voltage 1/4“ (6.3 mm) jack socket (unbalanced): +6 dBu, XLR socket (balanced): +12 dBu
Housing rugged ABS housing
Dynamic range dynamic
Frequency 8 frequency banks, each with up to 10 factory-preset channels
Frequency range A: 548-572 MHz, GB: 606-630 MHz
B: 614-638 MHz
C: 766-790 MHz
D: 794-806 MHz
E: 821-832 MHz, 863-865 MHz
K: 925-937.5 MHz
Sensitivity < 3 μV at 52 dB(A)rms S/N
Squelch adjustable from 3 dBμV to 28 dBμV (combined with pilot tone)
Synchronization 2.4 GHz, Low Power OQPSK (only active during synchronization)
Input sensitivity 1.5 mV / Pa
AF frequency response Receiver: 50 to 16,000 Hz (–3 dB)
SKM 825: 80-14,000 Hz
SKM 835: 80-16,000 Hz
Adjustment Range Transmitter 0 to -30 dB, adjustable in 10 dB steps
Audio adjustment range 45 dB, adjustable in 5-dB steps
Line / Mic level 20 dB, switchable
Temperature Range operation: 0°C to +40°C, storage: –20°C to +70°C
Receiver Principle double superheterodyne
Diversity principle Antenna switching diversity via internal antennas