Mxr M169 Carbon Copy Analog Delay

Description

<h1 class="lead">The <strong>M169 Carbon Copy Analog Delay</strong> by <strong>MXR</strong> is the analog <strong>delay pedal</strong> capable of recreating Gilmour-esque delays. With the three front controls, you can set the delay time up to <strong>600 ms</strong>, the number of repeats, and the mix between the wet and dry signals.</h1><h1>OVERVIEW OF THE MXR169 CARBON COPY ANALOG DELAY</h1><p style="text-align: justify;">The <strong>Carbon Copy Analog Delay</strong> is an <strong>analog delay</strong> with a maximum time of <strong>600 ms</strong> and two internal trim pots that offer control over the modulation's depth and speed. The <strong>Mix</strong> control adjusts the blend between the clean and effect signals, <strong>Regen</strong> sets the number of repeats, and the time is adjusted via the <strong>Delay</strong> knob. The <strong>MOD</strong> button activates or deactivates the modulation, which can be adjusted via the two internal trim pots. The MXR M169 features a <strong>True Bypass</strong> circuit, suitable for purists.</p><h2>POWERING THE MXR M169 CARBON COPY ANALOG DELAY</h2><p>The MXR M169 Carbon Copy Analog Delay can be powered by a 9-volt battery, accessible by removing the back plate, with a 9-volt adapter like the Dunlop ECB003, or a power supply like the DC Brick.</p><h2>TECHNICAL SPECIFICATIONS OF THE MXR M169 CARBON COPY ANALOG DELAY</h2><p><strong>Input Impedance:</strong> 1 MO<br /><strong>Output Impedance:</strong> 1 kO<br /><strong>Maximum Input Level:</strong> -5 dBV, 500Hz<br /><strong>Maximum Output Level:</strong> +8 dBV<br /><strong>Noise Reduction:</strong> 2:1<br /><strong>Noise Floor:</strong> -104 dBV<br /><strong>Delay Distortion:</strong> &lt;1% at 1 kHz, -5 dBV Input<br /><strong>Delay Time:</strong> 40 ms, 1200 ms<br /><strong>Modulation Speed:</strong> 0.2 Hz to 2.2 Hz<br /><strong>Delay Signal Brightness:</strong> 1.5 kHz, +4.5 dB200 Hz, -3 dB<br /><strong>Current Draw:</strong> 26 mA max<br /><strong>Power Supply:</strong> 9 volt DC</p>