Mono class audio amplifier based on TS4962MEIJT in flip chip
DescriptionThis board is a general-purpose developmant platform for all applications based on the TS4962M mono class D audio amplifier. The TS4962M is a monolithic fully-differential input/output class D power amplifier. It also includes a common-mode feedback loop that controls the output bias value to average it at VCC/2 for any DC common mode input voltage. This allows the device to always have a maximum output voltage swing, and consequently maximizes the output power. Moreover, as the load is connected differentially compared to a single-ended topology, the output is four times higher for the same power supply voltage.STEVAL-CCA001V1www.st.comBoard schematicSTEVAL-CCA001V12/4 1 Board schematicFigure 1.SchemeIn-StdbyIn+Out-Out+Vcc 4512 10 38 36GNDInternal BiasPWMOutputBridge HOscillator 150k150k +- 300k U1TS4962 Flip-Chip to DIP AdapterGNDVcc R1 150k R2 150k C2 100nF C3 100nFCn3Cn6Cn2 123Cn1 + J1GNDGNDVccVcc + C12.2uF/10VGNDCn4 + J2Cn5 + J3Positive OutputNegative OutputPositive Inp Features Operating from Vcc = 2.4 V to 5.5 VUltra low power consumption in standby mode (10 nA)63 dB PSRR @ 217 Hz in grounded mode (average = 2 V/V)Low pop and clickFast startup time (5 ms)Module gain set at 2 V/VThermal and short circuit protectionDescriptionThis board is a general-purpose developmant platform for all applications based on the TS4962M mono class D audio amplifier. The TS4962M is a monolithic fully-differential input/output class D power amplifier. It also includes a common-mode feedback loop that controls the output bias value to average it at VCC/2 for any DC common mode input voltage. This allows the device to always have a maximum output voltage swing, and consequently maximizes the output power. Moreover, as the load is connected differentially compared to a single-ended topology, the output is four times higher for the same power supply voltage.STEVAL-CCA001V1www.st.comBoard schematicSTEVAL-CCA001V12/4 1 Board schematicFigure 1.SchemeIn-StdbyIn+Out-Out+Vcc 4512 Data BriefFor further information contact your
Other Descriptions
| J2Cn5 Datenblatt | J2Cn5 equivalente | J2Cn5 Prototype | J2Cn5 Operating Parameter |
| J2Cn5 Feature | J2Cn5 데이터시트 | J2Cn5 replacement | J2Cn5 Circuit |
| J2Cn5 End-of-Life | J2Cn5 Equivalent | J2Cn5 EOL | J2Cn5 Ficha técnica de |
| J2Cn5 Component | J2Cn5 數據 | J2Cn5 Mechanical Outline | J2Cn5 Схематический |
| J2Cn5 Archive | J2Cn5 Prototyping | J2Cn5 Release Notes | J2Cn5 Design |
| J2Cn5 Fiche technique | J2Cn5 数据 | J2Cn5 Revision | J2Cn5 Pin-out |
| J2Cn5 Reference Design | J2Cn5 gleichwertige | J2Cn5 Schéma | J2Cn5 PCN |
| J2Cn5 Availability | J2Cn5 Suffix | J1GNDGNDVccVcc Specs | J1GNDGNDVccVcc Revision |
| J1GNDGNDVccVcc Schéma | J1GNDGNDVccVcc Operating Parameter | J1GNDGNDVccVcc 相等于 | J1GNDGNDVccVcc Schematic |
| J1GNDGNDVccVcc Stock | J1GNDGNDVccVcc δελτίο | J1GNDGNDVccVcc Xref | J1GNDGNDVccVcc 數據 |
| J1GNDGNDVccVcc Scheda | J1GNDGNDVccVcc Catalog | J1GNDGNDVccVcc Fiche technique | J1GNDGNDVccVcc Ersatz |
| J1GNDGNDVccVcc Prototyping | J1GNDGNDVccVcc Ficha técnica de | J1GNDGNDVccVcc Lead Time | J1GNDGNDVccVcc 示意圖 |
| J1GNDGNDVccVcc equivalente | J1GNDGNDVccVcc replacement | J1GNDGNDVccVcc Feature | J1GNDGNDVccVcc Example |
| J1GNDGNDVccVcc Datasheet | J1GNDGNDVccVcc Schematische | J1GNDGNDVccVcc データシート | J1GNDGNDVccVcc Inventory |
| J1GNDGNDVccVcc Technical Specs | J1GNDGNDVccVcc Capacity | J1GNDGNDVccVcc Design | J1GNDGNDVccVcc Fichetechnique |
| TS4962M Inventory | TS4962M Lead Time | TS4962M Distributor | TS4962M equivalente |
| TS4962M EOL | TS4962M End-of-Life | TS4962M Design Idea | TS4962M 回路図 |
| TS4962M Ficha técnica | TS4962M Leadtime | TS4962M MOQ | TS4962M Example |
| TS4962M 회로도 | TS4962M Схематический | TS4962M Xref | TS4962M Technical Specs |
| TS4962M Samples | TS4962M 相等于 | TS4962M データシート | TS4962M Features |
| TS4962M Fichatécnicade | TS4962M Equivalent | TS4962M équivalent | TS4962M Prototype |
| TS4962M Circuit | TS4962M User Guide | TS4962M Catalog | TS4962M Schematico |
| TS4962M Release Notes | TS4962M Prototyping | 100nFCn3Cn6Cn2 Ficha técnica | 100nFCn3Cn6Cn2 Xref |
| 100nFCn3Cn6Cn2 Pin-out | 100nFCn3Cn6Cn2 データシート | 100nFCn3Cn6Cn2 Features | 100nFCn3Cn6Cn2 Leadtime |
| 100nFCn3Cn6Cn2 Esquema | 100nFCn3Cn6Cn2 Specs | 100nFCn3Cn6Cn2 Schematic | 100nFCn3Cn6Cn2 δελτίο |
| 100nFCn3Cn6Cn2 Release Notes | 100nFCn3Cn6Cn2 Design | 100nFCn3Cn6Cn2 Revision | 100nFCn3Cn6Cn2 Schematische |
| 100nFCn3Cn6Cn2 PDF | 100nFCn3Cn6Cn2 Component | 100nFCn3Cn6Cn2 MOQ | 100nFCn3Cn6Cn2 Operating Parameter |
| 100nFCn3Cn6Cn2 Circuit | 100nFCn3Cn6Cn2 Prototyping | 100nFCn3Cn6Cn2 équivalent | 100nFCn3Cn6Cn2 Prototype |
| 100nFCn3Cn6Cn2 示意圖 | 100nFCn3Cn6Cn2 User Guide | 100nFCn3Cn6Cn2 Design Idea | 100nFCn3Cn6Cn2 Data Sheet |
| 100nFCn3Cn6Cn2 數據 | 100nFCn3Cn6Cn2 Example | 100nFCn3Cn6Cn2 equivalente | 100nFCn3Cn6Cn2 Catalog |
| 123Cn1 Reference Design | 123Cn1 数据 | 123Cn1 MOQ | 123Cn1 Design |
| 123Cn1 Feature | 123Cn1 Operating Parameter | 123Cn1 Pin-out | 123Cn1 gleichwertige |
| 123Cn1 Fichatécnicade | 123Cn1 回路図 | 123Cn1 Ersatz | 123Cn1 Datenblatt |
| 123Cn1 相等於 | 123Cn1 Technical Specs | 123Cn1 Data Sheet | 123Cn1 Catalog |
| 123Cn1 데이터시트 | 123Cn1 Ficha técnica de | 123Cn1 Ficha técnica | 123Cn1 Schematico |
| 123Cn1 Distributor | 123Cn1 Description | 123Cn1 Example | 123Cn1 データシート |
| 123Cn1 회로도 | 123Cn1 Schéma | 123Cn1 Схематический | 123Cn1 Release Notes |
| 123Cn1 Suffix | 123Cn1 Esquema | U1TS4962 gleichwertige | U1TS4962 Product Brief |
| U1TS4962 Pin-out | U1TS4962 Revision | U1TS4962 PCN | U1TS4962 Schematic |
| U1TS4962 회로도 | U1TS4962 Esquema | U1TS4962 Distributor | U1TS4962 Distribution |
| U1TS4962 Fiche technique | U1TS4962 User Guide | U1TS4962 数据 | U1TS4962 Prototyping |
| U1TS4962 Prototype | U1TS4962 Application Note | U1TS4962 Broker | U1TS4962 Feature |
| U1TS4962 Features | U1TS4962 данные | U1TS4962 Datasheet | U1TS4962 Reference Design |
| U1TS4962 Archive | U1TS4962 Leadtime | U1TS4962 Errata | U1TS4962 Design Idea |
| U1TS4962 Capacity | U1TS4962 EOL | U1TS4962 Fichatécnicade | U1TS4962 Design |
| 150k150k Availability | 150k150k gleichwertige | 150k150k Description | 150k150k équivalent |
| 150k150k Pin-out | 150k150k Specs | 150k150k Schéma | 150k150k Operating Parameter |
| 150k150k End-of-Life | 150k150k Stock | 150k150k Xref | 150k150k 數據 |
| 150k150k Scheda | 150k150k Distribution | 150k150k 数据 | 150k150k Mechanical Outline |
| 150k150k Circuit | 150k150k Schematico | 150k150k RoHS | 150k150k Lead Time |
| 150k150k Datasheet | 150k150k Leadtime | 150k150k Equivalent | 150k150k データシート |
| 150k150k Datenblatt | 150k150k Inventory | 150k150k Design Idea | 150k150k Fichatécnicade |
| 150k150k Design | 150k150k Options | TS4962MEIJT δελτίο | TS4962MEIJT Fichetechnique |
| TS4962MEIJT Component | TS4962MEIJT Release Notes | TS4962MEIJT End-of-Life | TS4962MEIJT Technical Specs |
| TS4962MEIJT Lead Time | TS4962MEIJT Xref | TS4962MEIJT Application Note | TS4962MEIJT Stock |
| TS4962MEIJT Suffix | TS4962MEIJT Design | TS4962MEIJT Datasheet | TS4962MEIJT Pin-out |
| TS4962MEIJT Reference Design | TS4962MEIJT PCN | TS4962MEIJT Schematico | TS4962MEIJT gleichwertige |
| TS4962MEIJT User Guide | TS4962MEIJT equivalente | TS4962MEIJT データシート | TS4962MEIJT PDF |
| TS4962MEIJT Catalog | TS4962MEIJT Equivalent | TS4962MEIJT Схематический | TS4962MEIJT Distributor |
| TS4962MEIJT Capacity | TS4962MEIJT Explanation | TS4962MEIJT Fichatécnicade | TS4962MEIJT Schéma |
| VCC/2 Availability | VCC/2 Ficha técnica | VCC/2 Suffix | VCC/2 PDF |
| VCC/2 Revision | VCC/2 PCN | VCC/2 회로도 | VCC/2 데이터시트 |
| VCC/2 Xref | VCC/2 數據 | VCC/2 Fiche technique | VCC/2 User Guide |
| VCC/2 Ersatz | VCC/2 数据 | VCC/2 Prototyping | VCC/2 Data Sheet |
| VCC/2 回路図 | VCC/2 Process Change Notification | VCC/2 Application Note | VCC/2 Broker |
| VCC/2 replacement | VCC/2 Example | VCC/2 Reference Design | VCC/2 Datenblatt |
| VCC/2 Technical Specs | VCC/2 Design Idea | VCC/2 Capacity | VCC/2 Options |
| VCC/2 Fichetechnique | VCC/2 Samples |











