Shure PG288PG58 Product code: SKU Manufacturer: ShurePrice: $549.00 
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Shure PG288/PG58- Shure PG288/PG58- Description : A comprehensive first step into professional wireless, Performance Gear Wireless Systems are engineered to the same uncompromising quality standards as PGX, SLX, ULX and UHF-R wireless. Marrying superior sound quality and stage-proven endurance with advanced features like Internal Antenna Diversity and frequency selectability, Performance Gear Wireless fulfils the promise of independent, confident performance in freedom from the wire. - Reliable wireless performance
- Up to 8 compatible systems (across multiple bands)
- Shure's patented Predictive Diversity ensures continuous reception
- Confident, portable setup
- Internal Antenna
- First in the industry
- Internal 1/4 wave antennas minimize poor positioning and breakage
- Durable construction
- Superior sound quality
- Variable companding ratio for clear sound
- 80 years of microphone expertise
PG4 Receiver - Internal Antenna Diversity
- Up to 10 selectable channels
- 8 compatible systems (multiple bands vary per country)
- 1/4 in. and XLR output
PG2 Handheld Transmitter - Power, mute and battery status LED
- Power and mute switch
- 9V battery (included) provides 8 hours of battery life
- 75m (250 ft.) operating range
Shure PG288/PG58- Technical Description : System Working Range: 75m (250 ft.) Note: actual range depends on RF signal absorption, reflection, and interference.Audio Channel Response: Minimum: 45 Hz. Maximum: 15 kHz (overall system channel depends on microphone element).Total Harmonic Distortion: 0.5%, typical Ref. +/- 33 kHz deviation, 1 kHz toneDynamic Range: >100 dB A-weighted, typicalOperating Temperature Range: -18°C (0°F) to +57°C (+135°F) Note: battery characteristics may limit this rangeTransmitter Audio Polarity: Positive pressure on microphone diaphragm (or positive voltage to tip of WA302 phone plug) produces positive voltage on pin 2 (with respect to pin 3 of low impedance output) and the tip of the high impedance 1/4-inch output. |