600 ohm balanced line driver

Ohm Line Driver (KSGTM, KSGTM10TCS, KSGCB). 1 Channel Receive Audio Line Driver Panel, 2 Wire, Ohm Balanced Output Wireline Remote Control Option for KENWOOD repeaters May also be configured to support 4-wire EM interface applications. Ohm Balanced Line Driver. Compatible with KENWOOD NXR, NXR, NXR, NXR, NXR, NXR, NXR, NXR, NXR, TKB, TKR, TKR, TKR, TKR, TKR, TKR repeaters. FAB is an unbalanced to balanced line driver module using a THAT PDIP8 chip. The THAT is a new generation of monolithic audio differential line driver offering improved performance over conventional cross-coupled designs. Based on a high-performance, fully differential opamp and laser-trimmed thin-film resistors, the THAT exhibits low noise and .

Description: trimming potentiometer. The output line driver circuits are designed to drive long balanced audio lines into ohm loads. The STA-2A features wideband circuitry for excellent phase response, low noise, low distortion and exceptional audio clarity. RDL's. Line Driver and Receiver: Some line drivers are designed to be used with a dedicated receiver. The balanced line receiver is necessary when the next device in the audio chain can not handle a balanced input signal. The balanced line receiver will simply convert the balanced signal into an unbalanced signal. At 12V supply, a ohm impedance line can be driven at +10dBm with a distortion less than % at 1kHz. Gain of line 1 can be set using the equation, Gain1 = (R5+R6)/R6. Gain of line 2 can be set using the equation, Gain2 = (R7+R8)/R8. The load at the output must be at least ohms in order to avoid stability issues.

The ALM-1 may also be used as an unbalanced, high impedance interface to a balanced ohm interface converter/line driver. In this case, only one audio input. Successfully driving audio lines requires good line drivers. Yet, the same unit, changed to ohms output resistance, restricts line driving to less. This conveniently happens to equal l mW into ohms. not be ohm or less, and the 60 ohm line driving impedance can be supplied by resistive splits.