TS4871 low voltage audio power amplifier evaluation board user guidelines
DescriptionDEMO TS4871 is an evaluation board designed for the TS4871 low power audio amplifier. The micropackage DFN8 (dual flat non leaded 8 pins) allows space saving and good thermal dissipation.The BTL gain is set at 2V/V and can be adapted if necessary with a modification of R1 or R2 values.On the board, the R3 and C3 component locations are empty to allow you to modify the input configuration from single-ended to differential. For differential mode, R4 must be modified.The C1 component location is also empty in order to add a low pass filter if required.For more detailed information about component calculation, refer to the TS4871 datasheet.www.st.comEvaluation board connector configurationAN24702/6 1 Evaluation board connector configuration Caution:When you apply power supply through Cn1, DO NOT invert the polarity because it would destroy the amplifier U1.ConnectorsDescriptionCn1Power connector (VCC and GND). Power supply voltage from 2.2V to 5.5V.Cn2 and Cn3Input signal connec Features TS4871 low voltage audio power amplifier with active low standby modeOperating range from VCC=2.2V to 5.5V1W output power @ VCC=5V, THD=1%, F=1kHz, with 8 loadUltra low power consumption in standby mode (10nA)75dB PSRR @ 217Hz in grounded mode (Av=2V/V)Near zero pop & clickUltra low distortion (0.1%)Module gain set at 2V/VThermal and short-circuit protectionDescriptionDEMO TS4871 is an evaluation board designed for the TS4871 low power audio amplifier. The micropackage DFN8 (dual flat non leaded 8 pins) allows space saving and good thermal dissipation.The BTL gain is set at 2V/V and can be adapted if necessary with a modification of R1 or R2 values.On the board, the R3 and C3 component locations are empty to allow you to modify the input configuration from single-ended to differential. For differential mode, R4 must be modified.The C1 component location is also empty in order to add a low pass filter if required.For more detailed information about component calculation, refer datasheet.www.st.comEvaluation board conne
Other Descriptions
| 0603U11TS4871IQ Design | 0603U11TS4871IQ 示意圖 | 0603U11TS4871IQ Process Change Notification | 0603U11TS4871IQ Explanation |
| 0603U11TS4871IQ Availability | 0603U11TS4871IQ Fiche technique | 0603U11TS4871IQ Datenblatt | 0603U11TS4871IQ Ficha técnica de |
| 0603U11TS4871IQ Fichetechnique | 0603U11TS4871IQ equivalente | 0603U11TS4871IQ Cross Reference | 0603U11TS4871IQ 相等于 |
| 0603U11TS4871IQ δελτίο | 0603U11TS4871IQ Technical Specs | 0603U11TS4871IQ Operating Parameter | 0603R410R 示意圖 |
| 0603R410R Release Notes | 0603R410R Distribution | 0603R410R Component | 0603R410R Prototype |
| 0603R410R Pin-out | 0603R410R Scheda | 0603R410R Schematico | 0603R410R データシート |
| 0603R410R Схематический | 0603R410R Fichatécnicade | 0603R410R Prototyping | 0603R410R Ersatz |
| 0603R410R Datasheet | 0603R410R данные | 0603R2122k Design | 0603R2122k User Guide |
| 0603R2122k Inventory | 0603R2122k Component | 0603R2122k 데이터시트 | 0603R2122k Scheda |
| 0603R2122k PCN | 0603R2122k MOQ | 0603R2122k Esquema | 0603R2122k 相等于 |
| 0603R2122k 회로도 | 0603R2122k Xref | 0603R2122k Example | 0603R2122k Application Note |
| 0603R2122k Operating Parameter | 0603C21100nF/16 Equivalent | 0603C21100nF/16 示意圖 | 0603C21100nF/16 Process Change Notification |
| 0603C21100nF/16 Catalog | 0603C21100nF/16 Fiche technique | 0603C21100nF/16 Ficha técnica de | 0603C21100nF/16 Component |
| 0603C21100nF/16 Design Idea | 0603C21100nF/16 데이터시트 | 0603C21100nF/16 Cross Reference | 0603C21100nF/16 gleichwertige |
| 0603C21100nF/16 Schematic | 0603C21100nF/16 PCN | 0603C21100nF/16 Datasheet | 0603C21100nF/16 数据 |
| 0603C411 User Guide | 0603C411 數據 | 0603C411 Explanation | 0603C411 PDF |
| 0603C411 Fiche technique | 0603C411 Datenblatt | 0603C411 Inventory | 0603C411 Fichetechnique |
| 0603C411 gleichwertige | 0603C411 Schematico | 0603C411 Capacity | 0603C411 End-of-Life |
| 0603C411 Description | 0603C411 数据 | 0603C411 Operating Parameter | F1kHz Samples |
| F1kHz Leadtime | F1kHz Availability | F1kHz Inventory | F1kHz Pin-out |
| F1kHz Cross Reference | F1kHz PCN | F1kHz Fichatécnicade | F1kHz 회로도 |
| F1kHz Prototyping | F1kHz Ersatz | F1kHz Xref | F1kHz Example |
| F1kHz Application Note | F1kHz Operating Parameter | DFN8 EOL | DFN8 Operating Parameter |
| DFN8 Suffix | DFN8 Design | DFN8 데이터시트 | DFN8 Схематический |
| DFN8 Availability | DFN8 Leadtime | DFN8 Schematic | DFN8 Schéma |
| DFN8 Schematische | DFN8 数据 | DFN8 Prototyping | DFN8 회로도 |
| DFN8 Options | TS4871 Suffix | TS4871 User Guide | TS4871 數據 |
| TS4871 Schematische | TS4871 相等於 | TS4871 Features | TS4871 Schematico |
| TS4871 PCN | TS4871 Circuit | TS4871 Datasheet | TS4871 Xref |
| TS4871 Feature | TS4871 数据 | TS4871 Product Brief | TS4871 Archive |
| 0603C611 équivalent | 0603C611 Reference Design | 0603C611 Catalog | 0603C611 回路図 |
| 0603C611 Errata | 0603C611 相等於 | 0603C611 Fichetechnique | 0603C611 Prototype |
| 0603C611 相等于 | 0603C611 RoHS | 0603C611 Ersatz | 0603C611 Datasheet |
| 0603C611 δελτίο | 0603C611 Product Brief | 0603C611 данные | VCC5V Samples |
| VCC5V 數據 | VCC5V Mechanical Outline | VCC5V Broker | VCC5V Prototype |
| VCC5V 데이터시트 | VCC5V gleichwertige | VCC5V Schematico | VCC5V End-of-Life |
| VCC5V Fichatécnicade | VCC5V Ersatz | VCC5V δελτίο | VCC5V Xref |
| VCC5V Application Note | VCC5V Technical Specs |











