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THS6053IPWPR is listed in the Drivers, Receivers, Transceivers range at ChipApex. The manufacturer field lists Texas Instruments. Its product description is IC TRANSCEIVER 2/0 14HTSSOP. Review the specifications below when checking this part for your BOM.
The THS6053IPWPR is a dual-channel high-speed line driver designed for remote terminal ADSL applications. It operates on ±12-V supplies with a typical quiescent current of 5.2 mA per channel and features a low-power shutdown mode consuming 300 µA. The device delivers a 175-mA output current, an 110-MHz bandwidth at G=8, and a 1500 V/µs slew rate. It provides a 42-Vpp differential output swing across a 200-Ω load and includes thermal shutdown and short-circuit protection.
Verify the exact ordering suffix against the latest Texas Instruments Package Option Addendum to confirm moisture sensitivity level, lead finish, and reel specifications. Ensure the HTSSOP PowerPAD package aligns with your PCB land pattern and thermal dissipation requirements before finalizing procurement.
Select this component when a dedicated ADSL line driver with integrated shutdown functionality is required. Compare it against the THS6052 if shutdown capability is unnecessary, or consider the THS6093 for single-supply +12-V architectures. Verify that the 14-pin TSSOP PowerPAD footprint matches your board layout constraints.
This part belongs to the THS605x family of high-speed operational amplifiers tailored for telecommunications. It shares core amplifier architecture with the THS6052 but adds a hardware-controlled shutdown pin. The IPWPR designation indicates an industrial temperature range (-40°C to 85°C) in a tape-and-reel HTSSOP PowerPAD package.
THS6053IDWP (Tube version)
Driving the SHDN pin below 0.8 V powers up the device, while driving it above 2 V activates the low-power shutdown mode, reducing total quiescent current to approximately 300 µA.
The device can deliver a 42-Vpp differential output voltage across a 200-Ω load when powered by ±12-V supplies.
Yes, the datasheet specifies total harmonic distortion measurements for single-ended configurations, indicating support for both single-ended and differential drive topologies.
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