Alctron SD202 Passive DI Box Impedance Conversion DI Box Direct Connection Box compatible with Electric Guitar Effects Simple

Low-pass filter: The -10 dB attenuation switch is used to attenuate high-impedance output signals. Input interface: Use a 6.35 mm jack cable to connect the tuner and transmit the signal to the amplifier or mixing console.Output interface: Use a three-pin card to connect to the PA system. L|FT-GND: When the switch is set to LFT, the chassis is not connected; otherwise, it is connected.The SD202 is a mono impedance converter. To improve visibility on stage, a bright yellow color scheme with a dust-resistant finish was chosen. It is particularly suitable compatible with high-impedance instruments such as bass, keyboard, and acoustic guitar.The impedance matching function allows you to adjust the impedance when high-impedance devices such as electro-acoustic musical instruments (e.g., electric guitar, electric bass, keyboard) are connected directly to the MC balanced input of the mixing console. During recording or live percompatible withmances, many details of the signal can be lost during transmission.The unbalanced signal is converted into a balanced signal. Unbalanced signals with high impedance are very susceptible to external electromagnetic interference when transmitted over longer distances (more than 10 meters), which can lead to noise. This reduces transmission errors caused by too many effects units, signal alterations, and other problems. The unbalanced signal is connected to a DI box to obtain the balanced signal. This is then connected to a mixing console compatible with transmission over longer distances, e.g., in live percompatible withmances, recordings, or broadcast systems.Audiovisual accessory: DI boxBrand: AlctronModel: SD202Color: YellowMaterial: ABSSize: 50 x 119 x 38 mmPackage contents: 1 x Impedance converterOnly the above package contents are included. Other products are not included.Note: Light shooting and different screen settings may cause the color of the item in the picture to differ slightly from the original. The measurement deviation is +/-