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поискавой системы для электроныых деталей |
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поискавой системы для электроныых деталей |
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MS1003SH датащи(PDF) 35 Page - Shindengen Electric Mfg.Co.Ltd |
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MS1003SH датащи(HTML) 35 Page - Shindengen Electric Mfg.Co.Ltd |
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35 / 41 page  MS1003SH･MS1004SH Application Note Ver.2.2 SHINDENGEN ELECTRIC MFG. CO. , LTD 35/41 6. Example circuit diagram 6.1 Circuit diagram IC201 HA17431HLTP T101 ECO2219 PC101 PC123 C203 50V 0.047μF R206 2.2kΩ ±0.5% R202 2.2kΩ C105 1kV 470pF C107 50V 1000p D103 M1FL20U PH102 PC123 R107 47kΩ IC111 MS1003SH R105 10kΩ Nc C109 50V 100μF D102 M1FL20U C104 200V 100μF AC85～132V D101 S1WB80 C102 AC250V 1000pF C101 AC250V 0.1μF L101 HF2316-A103Y1R0 10mH 1A F101 AC250V 1.6A Ns Np PC102 PC123 R201 3.3kΩ 0.25W High信号：Normal Mode Low信号：SP Stby Mode C103 AC250V 1000pF C108 50V 100p D201 SG5S6M R205 36kΩ ±0.5% R207 10kΩ ±0.5% Q201 DTC114EUA R209 100kΩ +Vo 12V/2.1A GND R203 4.7kΩ R101 33kΩ Q101 F5B52HPⅡ R102 10Ω 0.5W R103 100Ω 0.25W C106 50V 220pF R106 12kΩ PH101 PC123 C202 16V 470μF C201 16V 1500μF L201 2.6A 4.7μH R104 0.39Ω 2W Q102 2SC4081 R110 1Ω 0.5W R108 68kΩ R109 150kΩ C151 AC250V 2200pF R208 6.8kΩ 0.25W C110 50V 0.1μF スーパースタンバイ モード切り替え回路 AC AC Vcc Vin OCL 2 1 4 3 5 7 6 8 NC VG Z/C F/B GND 後述の6.2項より算出した計算値により設計した回路です。 計算値と実機では効率や応答系による結果の違い、 ICのしきい値のばらつき・各部品の温度ドリフトなどの要因があり 同じ数値になりません。計算値はあくまで参考値となります。 参考回路においては、 OCL抵抗(R(OCL))について実機と計算値の ズレから 0.37Ω→0.39Ω・トランスのインダクタンス値は トランスメーカー情報よりAL-value=140時のインダクタンス値は 0.656mHとなり0.647mHから変更しています。 6.2 Calculations for example circuit design This section discusses the design procedure for the example circuit shown in Section 6.1. (1) I/O specification and transformer Control IC MS1003SH Input specification AC85–132V Output specification 12V/2.1A Transformer ECO2219 (made by TDK) (2) Initial design value list VDC(min) 102 [V] D 0.47 Cq 470 pF VDC(max) 187 [V] Po 25.2 [W] PL Po 1.2 [W] f(min) 50 [kHz] 0.85 Ae 46.4 [mm 2] VO1 12 [V] VNC 15 [V] B 300 mT Vo1 rectification diode forward voltage: VF1 0.8 [V] VNC rectification diode forward voltage: VFNC 0.6 [V] High signal: Normal Mode Low signal: SP Stby Mode Super standby mode switching circuit This circuit is based on the results of calculations described in Section 6.2 below. Actual values may differ from calculations due to differences in efficiency and in the response system, variance in IC thresholds, temperature drifts for each component, and various other factors. Use the results of calculations as guidelines. In the example circuit, the OCL resistance (R(OCL)) is changed from 0.37 Ω to 0.39 Ω due to discrepancies between the actual device and calculations. The transformer inductance at AL-value = 140 has been changed from 0.656 mH to 0.647 mH based on information from the transformer manufacturer. |
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