PTN78020W Series
4 A, Wide Input, Non-Isolated, Wide Negative Output Adjust Module
Manufacturer: Texas Instruments
Catalog
4 A, Wide Input, Non-Isolated, Wide Negative Output Adjust Module
Key Features
• 6-A Output CurrentWide-Input Voltage(7 V to 36 V) / (15 V to 36 V)Wide-Output Voltage Adjust(2.5 V to 12.6 V) / (11.85 V to 22 V)High Efficiency (Up to 96%)On/Off InhibitUndervoltage LockoutOutput Current LimitOvertemperature ShutdownOperating Temperature: -40°C to 85°CSurface Mount Package AvailableAPPLICATIONSGeneral-Purpose, Industrial Controls,HVAC Systems, Test and Measurement,Medical Instrumentation, AC/DC Adaptors,Vehicles, Marine, and Avionics6-A Output CurrentWide-Input Voltage(7 V to 36 V) / (15 V to 36 V)Wide-Output Voltage Adjust(2.5 V to 12.6 V) / (11.85 V to 22 V)High Efficiency (Up to 96%)On/Off InhibitUndervoltage LockoutOutput Current LimitOvertemperature ShutdownOperating Temperature: -40°C to 85°CSurface Mount Package AvailableAPPLICATIONSGeneral-Purpose, Industrial Controls,HVAC Systems, Test and Measurement,Medical Instrumentation, AC/DC Adaptors,Vehicles, Marine, and Avionics
Description
AI
The PTN78020 is a series of high-efficiency, step-down integrated switching regulators (ISRs), that represent the third generation in the evolution of high-performance power modules designed for industrial use. The wide-input voltage range makes these modules suitable for a variety of applications that operate off 12-V, 24-V, and 28-V dc power. In new designs they should be considered in place of the PT6620, PT6650, PT6680, and PT6880 series of single in-line pin (SIP) products. The PTN78020 is smaller and lighter than its predecessors, and has either similar or improved electrical performance characteristics. The caseless, double-sided package has excellent thermal characteristics, and is compatible with TI's roadmap for RoHS and lead-free compliance.
Operating from a wide-input voltage range, the PTN78020 provides high-efficiency, step-down voltage conversion for loads of up to 6 A. The output voltage is set using a single, external resistor. The PTN78020W may be set to any value within the range, 2.5 V to 12.6 V, and the PTN78020H from 11.85 V to 22 V. The output voltage of the PTN78020W can be as little as 2 V lower than the input, allowing operation down to 7 V, with an output voltage of 5 V. The output voltage of the PTN78020H can be as little as 3 V lower than the input, allowing operation down to 15 V, with an output voltage of 12 V.
The PTN78020 has undervoltage lockout, an integral on/off inhibit, and includes an output current limit and overtemperature protection.
The PTN78020 is a series of high-efficiency, step-down integrated switching regulators (ISRs), that represent the third generation in the evolution of high-performance power modules designed for industrial use. The wide-input voltage range makes these modules suitable for a variety of applications that operate off 12-V, 24-V, and 28-V dc power. In new designs they should be considered in place of the PT6620, PT6650, PT6680, and PT6880 series of single in-line pin (SIP) products. The PTN78020 is smaller and lighter than its predecessors, and has either similar or improved electrical performance characteristics. The caseless, double-sided package has excellent thermal characteristics, and is compatible with TI's roadmap for RoHS and lead-free compliance.
Operating from a wide-input voltage range, the PTN78020 provides high-efficiency, step-down voltage conversion for loads of up to 6 A. The output voltage is set using a single, external resistor. The PTN78020W may be set to any value within the range, 2.5 V to 12.6 V, and the PTN78020H from 11.85 V to 22 V. The output voltage of the PTN78020W can be as little as 2 V lower than the input, allowing operation down to 7 V, with an output voltage of 5 V. The output voltage of the PTN78020H can be as little as 3 V lower than the input, allowing operation down to 15 V, with an output voltage of 12 V.
The PTN78020 has undervoltage lockout, an integral on/off inhibit, and includes an output current limit and overtemperature protection.