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ST-MPA24
Dual Microphone Phantom Adapter - 24 V Adjustable
- Add Phantom Powered Mics to Standard Inputs
- Two Phantom Adapters in One Module
- P24 per IEC 61938
- Phantom Conversion with Full Frequency Response
- Phantom Voltage Adjustable Up to IEC Standard 24 Vdc
- Highly-Filtered Phantom Power
ST-MPA48
Dual Microphone Phantom Adapter - 48 V
- Phantom Adapter for Two Mics
- 48 Vdc Fixed Phantom Voltage
- P48 per IEC 61938
- Operates From External 12 V Battery or 24 V Power Supply
- Phantom Conversion with Full Frequency Response
ST-MX2
2 Channel Audio Mixer - Microphone or line input and output
- Two Input Audio Mixer
- Selectable Mic or Line Level Inputs
- Simultaneous Mic and Line Outputs
- Add Additional Inputs to an Existing Mixer
- Audio Output Dual-LED VU Metering
- Balanced or Unbalanced Inputs and Outputs
- Low-Noise and Low-Distortion Performance
ST-MX3
3 Channel Audio Mixer - Line input and output
- Mix Line-Level Signals
- Three Individually Adjustable Inputs
- Add Additional Line Level Inputs to an Existing Mixer
- Combine Signals of Different Level, Impedance or Balanced /Unbalanced Configuration
- Isolation Between Input Signals
- Low-Noise and Low-Distortion Performance
- RDL® SupplyFlex™ Power Input Configuration
ST-NG1
White and Pink Noise Generator
- Random Noise Source
- Masking Noise Sources
- Pink Noise
- White Noise
- Mic and/or Line Level Noise Signals
ST-OSC2A
Audio Oscillator - 1kHz and 10 kHz
- Precision Sine-Wave Audio Signal
- Amplitude-Stable Oscillator
- Two Single-Tone Oscillators
- 1 kHz and 10 kHz
- Precise User-Adjustable Levels
- Each Oscillator Has Two Separate Outputs
- RDL SupplyFlex Power Input Configuration
ST-OSC2B
Audio Oscillator - 100 Hz and 400 Hz
- Precision Sine-Wave Audio Signal
- Amplitude-Stable Oscillator
- Two Single-Tone Oscillators
- Precise User-Adjustable Levels
- Each Oscillator Has Two Separate Outputs
- 100 Hz and 400 Hz
- RDL® SupplyFlex™ Power Input Configuration
ST-PA18
18 W Mono Audio Amplifier - 8 Ω
- 18 Watts RMS Audio Power Amplifier
- Output for 8 Ω Speaker
- Maximized Audio Level at Full Power Output
- Superior Audio Quality at High Output Levels
- Line Level Balanced or Unbalanced Input
- LOOP OUT to Feed Additional Amplifiers
- Integral Audio Compressor to Control Clipping
- High Overall Audio Operating Level
- LED to Indicate Audio Compression
ST-PA2
2 W Mono Audio Amplifier - 8 Ω
- 2 Watts RMS into 8 Ω
- +12 dBu Into 600 Ω
- Quality Utility Amplifier
- Intercom Driver
- Music-On-Hold Driver
ST-PA6
6 W Mono Audio Amplifier - 8 Ω
- 6 Watts RMS into 8 Ω
- Amplifier with Balanced Audio Inputs
- Built-In 2-Input Mixer
- Low-Noise and Low-Distortion Amplifier
- Amplifier with Loudness Equalization
ST-PBR4
STICK-ON Mounting Bracket
- Mounts up to 4 RDL STICK-ON® Modules to an RDL FP-PSB1A Bracket or RDL FLAT-PAK™ Rack Mount Track
- May be Used to Mount STICK-ON® Modules to a Flat Surface
- STICK-ON® Modules Slide In and Click Into Place
- All-Steel Construction
ST-PD5U
Power Distributor - Switching - (PS-24AS/KS/V3A)
- Distribution of 24 Vdc Power
- Soft-Start from Switching Supply
- Distribution of dc Power
- Up to 5 Power Distribution Points
- Voltage Presence Indication
- Reverse Voltage Protection
ST-PH1
Stereo Phono Preamplifier
- Stereo or Mono Phono Preamplifier
- Balanced or Unbalanced Outputs
- Outputs Drive Hi or Low Impedance Lines
- Accurate, Low-Noise Preamplification
- Adjustable Left and Right Output Levels
- RDL® SupplyFlex™ Power Input Configuration
ST-RG1
Ramp Generator - 0 to 10 Vdc Output
- Ramp Generator with 0 to 10 Volt Output
- Remote Control of ST-VCA3 modules
- Multiple VCA Remote Control Points
- Pushbutton Up / Down Ramp Control
- Dual LED Outputs for Position Indication
- Ramp Output Capable of Driving Six VCAs
- Buffered, De-Bounced Switch Inputs
ST-RRB1
Rear rack rail mounting kit for any STICK-ON module
- Mounts in the back of a rack
- Mounts to any flat surface
ST-RX2
Audio Routing Switcher - 1x2
- Routing of a Line-Level Source
- Audio Switched to One of Two Destinations
- Silent Audio Switching
- Balanced or Unbalanced Routing
- Switching by Open-Collector Logic
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