TPS92310DGSR/NOPB
ActiveOFF-LINE PRIMARY SIDE SENSING LED DRIVER WITH PFC
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TPS92310DGSR/NOPB
ActiveOFF-LINE PRIMARY SIDE SENSING LED DRIVER WITH PFC
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Technical Specifications
Parameters and characteristics commom to parts in this series
| Specification | TPS92310DGSR/NOPB | TPS92310 Series |
|---|---|---|
| Current - Output / Channel | - | 350 mA |
| Frequency [Max] | 150 kHz | 150 kHz |
| Frequency [Min] | 60 kHz | 60 kHz |
| Internal Switch(s) | False | False |
| Mounting Type | Surface Mount | Surface Mount |
| Number of Outputs | 1 | 1 |
| Operating Temperature [Max] | 125 ¯C | 125 ¯C |
| Operating Temperature [Min] | -40 °C | -40 °C |
| Outputs and Type | - | 1 Isolated Output |
| Package / Case | 10-TFSOP, 10-MSOP | 10-TFSOP, 10-MSOP |
| Supplied Contents | - | Board(s) |
| Supplier Device Package | 10-VSSOP | 10-VSSOP |
| Topology | Flyback | Flyback |
| Type | AC DC Offline Switcher | AC DC Offline Switcher |
| Utilized IC / Part | - | TPS92310 |
| Voltage - Input | - | 132 - 264 VAC |
| Voltage - Input | - | 90 - 180 VAC |
| Voltage - Output | - | 21 V |
| Voltage - Supply (Max) [Max] | 36 V | 36 V |
| Voltage - Supply (Min) [Min] | 13 V | 13 V |
Pricing
Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly
TPS92310 Series
EVAL MODULE FOR TPS92310-12
| Part | Utilized IC / Part | Voltage - Output | Current - Output / Channel | Supplied Contents | Outputs and Type | Voltage - Input [Max] | Voltage - Input [Min] | Type | Number of Outputs | Package / Case | Voltage - Supply (Max) [Max] | Internal Switch(s) | Mounting Type | Topology | Supplier Device Package | Frequency [Min] | Frequency [Max] | Voltage - Supply (Min) [Min] | Operating Temperature [Max] | Operating Temperature [Min] |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
TPS92310 | 21 V | 350 mA | Board(s) | 1 Isolated Output | 132 VAC | 90 VAC | ||||||||||||||
TPS92310 | 21 V | 350 mA | Board(s) | 1 Isolated Output | 264 VAC | 180 VAC | ||||||||||||||
Texas Instruments TPS92310DGSR/NOPBThe TPS92310 is an off-line controller specifically designed to drive high power LEDs for lighting applications. With the primary side sensing, constant on-time and quasi-resonant switching techniques, the TPS92310 application circuit gives high Power Factor, good EMI performance and high system efficiency. Also, using this device, low external component count application solutions can be designed easily. Power Factor Correction is inherent if the TPS92310 is operated in the constant on-time mode with an adaptive algorithm. The control algorithm of TPS92310 adjusts the on-time with reference to the primary side inductor peak current and secondary side inductor discharge time dynamically, the response time of which is set by an external capacitor. Also, minimized EMI and switching loss is achieved with quasi-resonant switching. Other supervisory features of the TPS92310 include cycle-by-cycle primary side inductor current limit, VCC under-voltage lockout, output over-voltage protection and thermal shutdown. The TPS92310 is available in the MSOP-10 package.
The TPS92310 is an off-line controller specifically designed to drive high power LEDs for lighting applications. With the primary side sensing, constant on-time and quasi-resonant switching techniques, the TPS92310 application circuit gives high Power Factor, good EMI performance and high system efficiency. Also, using this device, low external component count application solutions can be designed easily. Power Factor Correction is inherent if the TPS92310 is operated in the constant on-time mode with an adaptive algorithm. The control algorithm of TPS92310 adjusts the on-time with reference to the primary side inductor peak current and secondary side inductor discharge time dynamically, the response time of which is set by an external capacitor. Also, minimized EMI and switching loss is achieved with quasi-resonant switching. Other supervisory features of the TPS92310 include cycle-by-cycle primary side inductor current limit, VCC under-voltage lockout, output over-voltage protection and thermal shutdown. The TPS92310 is available in the MSOP-10 package. | AC DC Offline Switcher | 1 | 10-MSOP, 10-TFSOP | 36 V | Surface Mount | Flyback | 10-VSSOP | 60 kHz | 150 kHz | 13 V | 125 ¯C | -40 °C | ||||||||
Texas Instruments TPS92310DGS/NOPBThe TPS92310 is an off-line controller specifically designed to drive high power LEDs for lighting applications. With the primary side sensing, constant on-time and quasi-resonant switching techniques, the TPS92310 application circuit gives high Power Factor, good EMI performance and high system efficiency. Also, using this device, low external component count application solutions can be designed easily. Power Factor Correction is inherent if the TPS92310 is operated in the constant on-time mode with an adaptive algorithm. The control algorithm of TPS92310 adjusts the on-time with reference to the primary side inductor peak current and secondary side inductor discharge time dynamically, the response time of which is set by an external capacitor. Also, minimized EMI and switching loss is achieved with quasi-resonant switching. Other supervisory features of the TPS92310 include cycle-by-cycle primary side inductor current limit, VCC under-voltage lockout, output over-voltage protection and thermal shutdown. The TPS92310 is available in the MSOP-10 package.
The TPS92310 is an off-line controller specifically designed to drive high power LEDs for lighting applications. With the primary side sensing, constant on-time and quasi-resonant switching techniques, the TPS92310 application circuit gives high Power Factor, good EMI performance and high system efficiency. Also, using this device, low external component count application solutions can be designed easily. Power Factor Correction is inherent if the TPS92310 is operated in the constant on-time mode with an adaptive algorithm. The control algorithm of TPS92310 adjusts the on-time with reference to the primary side inductor peak current and secondary side inductor discharge time dynamically, the response time of which is set by an external capacitor. Also, minimized EMI and switching loss is achieved with quasi-resonant switching. Other supervisory features of the TPS92310 include cycle-by-cycle primary side inductor current limit, VCC under-voltage lockout, output over-voltage protection and thermal shutdown. The TPS92310 is available in the MSOP-10 package. | AC DC Offline Switcher | 1 | 10-MSOP, 10-TFSOP | 36 V | Surface Mount | Flyback | 10-VSSOP | 60 kHz | 150 kHz | 13 V | 125 ¯C | -40 °C |
Description
General part information
TPS92310 Series
The TPS92310 is an off-line controller specifically designed to drive high power LEDs for lighting applications. With the primary side sensing, constant on-time and quasi-resonant switching techniques, the TPS92310 application circuit gives high Power Factor, good EMI performance and high system efficiency. Also, using this device, low external component count application solutions can be designed easily. Power Factor Correction is inherent if the TPS92310 is operated in the constant on-time mode with an adaptive algorithm. The control algorithm of TPS92310 adjusts the on-time with reference to the primary side inductor peak current and secondary side inductor discharge time dynamically, the response time of which is set by an external capacitor. Also, minimized EMI and switching loss is achieved with quasi-resonant switching. Other supervisory features of the TPS92310 include cycle-by-cycle primary side inductor current limit, VCC under-voltage lockout, output over-voltage protection and thermal shutdown. The TPS92310 is available in the MSOP-10 package.
The TPS92310 is an off-line controller specifically designed to drive high power LEDs for lighting applications. With the primary side sensing, constant on-time and quasi-resonant switching techniques, the TPS92310 application circuit gives high Power Factor, good EMI performance and high system efficiency. Also, using this device, low external component count application solutions can be designed easily. Power Factor Correction is inherent if the TPS92310 is operated in the constant on-time mode with an adaptive algorithm. The control algorithm of TPS92310 adjusts the on-time with reference to the primary side inductor peak current and secondary side inductor discharge time dynamically, the response time of which is set by an external capacitor. Also, minimized EMI and switching loss is achieved with quasi-resonant switching. Other supervisory features of the TPS92310 include cycle-by-cycle primary side inductor current limit, VCC under-voltage lockout, output over-voltage protection and thermal shutdown. The TPS92310 is available in the MSOP-10 package.
Documents
Technical documentation and resources