PSM350 Wireless Monitoring

Why Buyers Consider the PSM350

• RF range,470–960 MHz
• Receiver mode,Single-channel superheterodyne (source wording “ultra-outfit”)
• Frequency stability,0.005%
• Operating distance,120 m ideal environment
• Sample rate,48 kHz
• Frequency response,50–1800 Hz ±3 dB as published; verify typo
• Dynamic range,92 dB
• S/N,105 dB, A-weighted
• THD,Source states S0.8%; likely ≤0.8%, confirm
• Operating temperature,-10°C to +50°C
• Receiver image rejection,45 dBm as published; unit requires confirmation
• Receiver output,80 mW at 16 Ω
• Receiver level control,5 levels stated
• Receiver power,2 × AA 1.5 V; external supply supported
• Receiver current,3 V / 110 mA
• Battery life,Source states 210 hours; verify
• Receiver dimensions,63 × 77.5 × 19.5 mm
• Receiver weight,66.8 g without batteries
• Transmitter synthesis,PLL
• Transmitter RF output,20 dBm / 100 mW
• Modulation,FSK
• Frequency deviation,±65 kHz
• Audio inputs,Balanced “Canon”, 6.35 mm, 3.5 mm TRS and RCA stated
• Input impedance,2.2 kΩ as published

Product Overview

PSM350 is a UHF wireless monitoring system with 48 kHz DSP audio, PLL/FSK RF transmission and a published 120 m ideal-environment distance. Several source units appear corrupted and require confirmation.

Published Specifications

Applications and Buyer Fit

For compatible stage, rehearsal, event and monitoring systems. Confirm legal frequency band for the destination market, system package, receiver quantity, earphones, antennas, power supply and rack accessories.

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Wholesale and Project Support

Contact ELEGAUDIO for pricing, quantities, availability, packing details and project requirements. Include destination market, quantity and intended application.

Frequently Asked Questions

What range is published?
120 m in an ideal environment.

What RF band is listed?
470–960 MHz; confirm a legal destination-market subset.

Is the battery life really 210 hours?
That value appears in the source but should be verified.

Why request an updated datasheet?
Multiple source labels and units are corrupted or likely mistranslated.