The OEM-1 transformer has separate input and output circuits. DC interference is blocked and noise (crack, crackle and pop), as they occur in other products, preventing.
Sealed Potentiometer prevent the induction of distortion / signal deviations and allow system dependent tweaking
Various connection options depending on the type of input signal
The OEM-1 transformer has separate input and output circuits. DC interference is blocked and noise (crack, crackle and pop), as they occur in other products, preventing.
Sealed Potentiometer prevent the induction of distortion / signal deviations and allow system dependent tweaking
Various connection options depending on the type of input signal
The OEM-1 transformer has separate input and output circuits. DC interference is blocked and noise (crack, crackle and pop), as they occur in other products, preventing.
Sealed Potentiometer prevent the induction of distortion / signal deviations and allow system dependent tweaking
Various connection options depending on the type of input signal
The OEM-1 transformer has separate input and output circuits. DC interference is blocked and noise (crack, crackle and pop), as they occur in other products, preventing.
Sealed Potentiometer prevent the induction of distortion / signal deviations and allow system dependent tweaking
Various connection options depending on the type of input signal
The OEM-1 transformer has separate input and output circuits. DC interference is blocked and noise (crack, crackle and pop), as they occur in other products, preventing.
Sealed Potentiometer prevent the induction of distortion / signal deviations and allow system dependent tweaking
Various connection options depending on the type of input signal
The OEM-1 transformer has separate input and output circuits. DC interference is blocked and noise (crack, crackle and pop), as they occur in other products, preventing.
Sealed Potentiometer prevent the induction of distortion / signal deviations and allow system dependent tweaking
Various connection options depending on the type of input signal