Features

• Type of Receiver: Slot-in (2 channels)
• Transmission Method: WiDIF-HP (x2)
• Oscillator type: Crystal-controlled PLL synthesizer
• Reception Type: True diversity method
• RF input terminal: SMA-R, 50 ohms
• Sensitivity: 20 dBμ or less
• Reference output level: Analog: –40 dBu
• Digital: –36 dBFS/–20 dBFS (switchable)
• Dynamic range: 106 dB or more (A-weighted)
• Distortion (T.H.D): MODE1, MODE2, MODE4: 0.03% or less MODE3: 0.3% or less
• Audio delay: Analog output in combination with the DWA-01D/F01D; MODE1: 2.1 msec, MODE2: 1.7 msec, MODE3: 3.0 msec, MODE4: 1.7 msec
• ABS/EBU output in combination with the DWA-01D/F01D; MODE1: 1.9 msec, MODE2: 1.5 msec, MODE3: 2.8 msec, MODE4: 1.5 msec
• Audio output connector: D-sub 15 pin (male) (x1) with optional adaptor DWA-SLAS1
• D-sub 25 pin (male) (x1) with optional adaptor DWA-SLAU1
• Display: OLED
• Operating voltage: DC 6 V to 18 V
• Consumption current: 3.5 W or less with optional adaptor DWA-SLAS1
• 4.0 W or less with optional adaptor DWA-SLAU1
• Operating Temperature: 0 °C to 50 °C (32 °F to 122 °F)
• Storage Temperature: –20 °C to +60 °C (–4 °F to +140 °F)
• Wireless remote control: 2.4- GHz IEEE802.15.4 compliant
• DimensionsApprox: 88 x 119 x 32 mm (W / H / D) (excluding antennas)

Description

This high performance 2-channel portable slot-in receiver is an ideal choice for ENG/EFP and location sound applications. The DWR-S03D is part of Sony's third generation DWX series digital wireless microphone system that combines advanced digital technologies, analogue microphone expertise, wireless audio transmission technologies and an enviable reputation for stability.
The receiver operates with a wide bandwidth up to 148 MHz (depending on region), increasing the probability of finding unoccupied frequencies in congested metropolitan areas.
Light and compact, the DWR-S03D can be mounted in the slot of Sony or other professional camcorders using the optional DWA-SLAS1 or DWA-SLAU1 interface adaptor.
Automatic channel scan and sync permits quick, easy frequency setting, and the high density 375 kHz interval channel plan enables simultaneous multi-channel operation.