JAJSOJ1 データシート

JAJSOJ1E March 2004 – April 2022 TPS65130 , TPS65131

PRODUCTION DATA

パッケージ・オプション

デバイスごとのパッケージ図は、PDF版データシートをご参照ください。

メカニカル・データ（パッケージ｜ピン）

RGE|24

サーマルパッド・メカニカル・データ

RGE|24
- QFND008AA

発注情報

jajsoj1e_pm

8.2.4 Application Curves

Table 8-5 Table of Figures

FIGURE	DESCRIPTION
Figure 8-2	TPS65130 efficiency versus output current, V_POS= 5 V
Figure 8-3	TPS65131 efficiency versus output current, V_POS= 5 V
Figure 8-4	TPS65130 efficiency versus output current, V_POS= 8 V
Figure 8-5	TPS65131 efficiency versus output current, V_POS= 10 V
Figure 8-6	TPS65130 efficiency versus output current, V_POS= 12 V
Figure 8-7	TPS65131 efficiency versus output current, V_POS= 15 V
Figure 8-8	TPS65130 efficiency versus output current, V_NEG= –4 V, (V_IN = 4 V, 3 V)
Figure 8-9	TPS65131 efficiency versus output current, V_NEG= –4 V, (V_IN = 5 V, 3 V)
Figure 8-10	TPS65130 efficiency versus output current, V_NEG= –8 V, (V_IN = 4.2 V, 3 V)
Figure 8-11	TPS65131 efficiency versus output current, V_NEG= –10 V, (V_IN = 5 V, 3 V)
Figure 8-12	TPS65130 efficiency versus output current, V_NEG= –10 V, (V_IN = 4.2 V, 3 V)
Figure 8-13	TPS65131 efficiency versus output current, V_NEG= –15 V, (V_IN = 5 V, 3 V)
Figure 8-14	TPS65130 efficiency versus input voltage, V_POS= 5 V in power-save mode
Figure 8-15	TPS65130 efficiency versus input voltage, V_POS= 8 V in power-save mode
Figure 8-16	TPS65130 efficiency versus input voltage, V_POS= 12 V in power-save mode
Figure 8-17	TPS65130 efficiency versus input voltage, V_NEG= –4 V in power-save mode
Figure 8-18	TPS65130 efficiency versus input voltage, V_NEG= –8 V in power-save mode
Figure 8-19	TPS65130 efficiency versus input voltage, V_NEG= –10 V in power-save mode
Figure 8-20	TPS65130 efficiency versus output current, V_O= 13.5 V (+9 V, –4.5 V), (V_IN = 4.2 V, 3 V)
Figure 8-21	TPS65131 efficiency versus output current, V_O= 30 V (±15 V, (V_IN 5 V, 3 V)
Figure 8-22	TPS65130 efficiency versus input voltage, V_O= 13.5 V (9 V, –4.5 V) in power save mode
Figure 8-23	TPS65130 output voltage versus output current, V_POS= 5 V, V_IN = 3 V
Figure 8-24	TPS65131 output voltage versus output current, V_POS= 5 V, V_IN = 4.2 V
Figure 8-25	TPS65130 output voltage versus output current, V_POS= 8 V, V_IN = 3 V
Figure 8-26	TPS65131 output voltage versus output current, V_POS= 10 V, V_IN = 5 V
Figure 8-27	TPS65130 output voltage versus output current, V_POS= 12 V (V_IN = 3 V)
Figure 8-28	TPS65131 output voltage versus output current, V_POS= 15 V (V_IN = 5 V)
Figure 8-29	TPS65130 output voltage versus output current, V_NEG= –4 V, V_IN = 3 V
Figure 8-30	TPS65131 output voltage versus output current, V_NEG= –4 V, V_IN = 5 V
Figure 8-31	TPS65130 output voltage versus output current, V_NEG= –8 V, V_IN = 3 V
Figure 8-32	TPS65131 output voltage versus output current, V_NEG= –10 V, V_IN = 5 V
Figure 8-33	TPS65130 output voltage versus output current, V_NEG= –10 V, V_IN = 3 V
Figure 8-34	TPS65131 output voltage versus output current, V_NEG= –15 V, V_IN = 5 V
Figure 8-35	Positive output voltage in continuous current mode
Figure 8-36	Negative output voltage in continuous current mode
Figure 8-37	Positive output voltage at power-save mode disabled
Figure 8-38	Negative output voltage at power-save mode disabled
Figure 8-39	Positive output voltage in power-save mode, V_I = 3.6 V, V_POS = 5.5 V
Figure 8-40	Negative output voltage in power-save mode, V_I = 3.6 V, V_NEG = –8 V
Figure 8-41	Load transient response, V_I = 3.6 V, V_POS = 8 V
Figure 8-42	Load transient response, V_I = 3.6 V, V_NEG = –8 V
Figure 8-43	Line transient response, V_I = 3.6 V to 4.2 V, V_POS = 8 V
Figure 8-44	Line transient response, V_I = 3.6 V to 4.2 V, V_NEG = –8 V
Figure 8-45	Start-up after enable, V_POS = 8 V, V_I = 3.6 V
Figure 8-46	Start-up after enable, V_NEG = –8 V, V_I = 3.6 V

Figure 8-2 TPS65130 Efficiency vs Output Current

Figure 8-4 TPS65130 Efficiency vs Output Current

Figure 8-6 TPS65130 Efficiency vs Output Current

Figure 8-8 TPS65130 Efficiency vs Output Current

Figure 8-10 TPS65130 Efficiency vs Output Current

Figure 8-12 TPS65130 Efficiency vs Output Current

Figure 8-14 TPS65130 Efficiency vs Input Voltage

Figure 8-16 TPS65130 Efficiency vs Input Voltage

Figure 8-18 TPS65130 Efficiency vs Input Voltage

Figure 8-20 TPS65130 Combined Efficiency vs Output Current

Figure 8-22 TPS65130 Combined Efficiency vs Input Voltage

Figure 8-24 TPS65131 Output Voltage vs Output Current

Figure 8-26 TPS65131 Output Voltage vs Output Current

Figure 8-28 TPS65131 Output Voltage vs Output Current

Figure 8-30 TPS65131 Output Voltage vs Output Current

Figure 8-32 TPS65131 Output Voltage vs Output Current

Figure 8-34 TPS65131 Output Voltage vs Output Current

Figure 8-36 V_NEG in Continuous Current Mode

Figure 8-38 V_NEG at Power-Save Mode Disabled

Figure 8-40 V_NEG in Power-Save Mode

Figure 8-42 Load Transient Response

Figure 8-44 Line Transient Response

Figure 8-46 Start-up After Enable

Figure 8-3 TPS65131 Efficiency vs Output Current

Figure 8-5 TPS65131 Efficiency vs Output Current

Figure 8-7 TPS65131 Efficiency vs Output Current

Figure 8-9 TPS65131 Efficiency vs Output Current

Figure 8-11 TPS65131 Efficiency vs Output Current

Figure 8-13 TPS65131 Efficiency vs Output Current

Figure 8-15 TPS65130 Efficiency vs Input Voltage

Figure 8-17 TPS65130 Efficiency vs Input Voltage

Figure 8-19 TPS65130 Efficiency vs Input Voltage

Figure 8-21 TPS65131 Combined Efficiency vs Output Current

Figure 8-23 TPS65130 Output Voltage vs Output Current

Figure 8-25 TPS65130 Output Voltage vs Output Current

Figure 8-27 TPS65130 Output Voltage vs Output Current

Figure 8-29 TPS65130 Output Voltage vs Output Current

Figure 8-31 TPS65130 Output Voltage vs Output Current

Figure 8-33 TPS65130 Output Voltage vs Output Current

Figure 8-35 V_POS in Continuous Current Mode

Figure 8-37 V_POS at Power-Save Mode Disabled

Figure 8-39 V_POS in Power-Save Mode

Figure 8-41 Load Transient Response

Figure 8-43 Line Transient Response

Figure 8-45 Start-up After Enable