RADIAL ENGINEERING X-AMP-500 Modules - Reamping module

This eliminates hours of rewiring, while allowing the producer to change the character of the track as the production progresses.The X-Amp is plug and play, so it's easy to use. The starting point is a balanced XLR line level input on the rear panel that feeds the X-Amp. The X-Amp 'de-buffers' the pre-recorded signal and passes it through two transformer-isolated, high-impedance guitar inputs.The jacks are front-mounted for convenience and equipped with ground lift to help eliminate ground problems.Independent level controls allow you to tailor the signal going to each amp for optimum sound. If either amp is out of phase, the 180º switch allows for quick reversal.The X-Amp Reamper works with guitars, basses, keyboards and even vocals! You can send the signal from the guitar and also go through effects pedals. In the end, you are simply limited only by your imagination.The Radial X-Amp... simply Reamping.

- THD: 0.002% @ 1 kHz

- Display: LED

- Category: 500 format

- Digital conversion: no

- Ports: API 500

- Inputs: XLR

- Outputs: 2 x jack, XLR

- Adjustments: output level

- Power supply: 40 mA

- Frequency response: 20 Hz - 20 kHz

- Dimensions (mm): 134 x 40 x 170

- Weight (kg): 700 g

- Lights: No

- Built-in preamp: No

- Max input level (dBu): 26

- No. of channels: 2

- Complementary specs: - Module: reamp circuit

- Class A circuit, 100% discrete with transformer

- XLR input to XLR output: gain -0 dB ±0.5 dB, maximum level +26 dBu

- Omniport to XLR output: gain -3 dB ±0.5 dB, maximum level +20 dBu

- XLR input to jack output: gain -0.6 dB ±0.5 dB, maximum level +19 dBu

- LR input: +4 dB, XLR female balanced, AES standard

- XLR input impedance: 1.2 kΩ

- XLR output: thru-put parallel with XLR input +4 dB balanced

- XLR output impedance : 600 Ω

- Output jack-1 & output-2: unbalanced variable instrument level, transformer isolated

- Output jack impedance: 3 kΩ

- Omniport: instrument level input, unbalanced

- Omniport output impedance: 220 kΩ