THS6214 Datasheet | Texas Instruments

Features - 1 Low Power Consumption: - Full Bias Mode: 21 m A per Port - Mid Bias Mode: 16.2 m A per Port - Low Bias Mode: 11.2 m A per Port - Low-Power Shutdown Mode - IADJ Pin for Variable Bias - Low Noise: - Voltage Noise: 2.7 n V/√Hz - Inverting Current Noise: 17 p A/√Hz - Noninverting Current Noise: 1.2 p A/√Hz - Low MTPR Distortion: - 70 d B with 20.5 d Bm G.993.2- Profile 8b - - 93 d Bc HD3 (1 MHz, 100-Ω Differential) - High Output Current: > 416 m A (25-Ω Load) - Wide Output Swing: 43.2 VPP (±12 V, 100-Ω Differential Load) - Wide Bandwidth: 150 MHz (GDIFF = 10 V/V) - PSRR: 50 d B at 1 MHz for Good Isolation - Wide Power-Supply Range: 10 V to 28 V 2 Applications - Ideal For VDSL2 Systems - Backwards-patible with ADSL, ADSL2+, ADSL2++ Systems - Broadband Power Line munications 3 Description The THS6214 is a dual-port, current-feedback architecture, differential line driver amplifier system ideal for x DSL systems. The device is targeted for use in very-high-bit-rate digital subscriber line 2 (VDSL2) line driver systems that enable greater than 14.5-d Bm line power, supporting the G.993.2 VDSL2 17a profile. The device is also fast enough to support central-office transmissions of 14.5-d Bm line power up to 30 MHz. The device is also targeted for use as a broadband or wideband power line munications (PLC) amplifier for line driver applications. The unique architecture of the THS6214 uses minimal quiescent current and still achieves very high linearity. Differential distortion, under full bias conditions, is - 93 d Bc at 1 MHz and reduces to only - 73 d Bc at 10 MHz. Fixed multiple bias settings of the amplifiers allow for enhanced power savings for line lengths where the full performance of the amplifier is not required. To allow for even more flexibility and power savings, an adjustable current pin (IADJ) is available to further lower the bias currents. The wide output swing of 43.2 VPP (100-Ω differential load) with ±12-V power supplies, coupled with over 416-m A current drive...