INDEX HMS5 RWS 5B B Series PAGE 1. MTBF 計算値 Clculted Vlues of MTBF 3. 部品ディレーティング Components Derting ~ 3. 主要部品温度上昇値 Min Components Temperture Rise T Li

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1 RWS 5B B Series e e 1 L A /3

2 INDEX HMS5 RWS 5B B Series PAGE 1. MTBF 計算値 Clculted Vlues of MTBF 3. 部品ディレーティング Components Derting ~ 3. 主要部品温度上昇値 Min Components Temperture Rise T List 9~1. 電解コンデンサ推定寿命計算値 Electrolytic Cpcitor Le 11~1 5. アブノーマル試験 Abnorml Test 1 19~. 振動試験 Vibrtion Test 1 1 e 7. ノイズシミュレート試験 Noise Simulte Test e 1. 熱衝撃試験 Therml Shock Test 3 L 1 * 試験結果は代表データでありますが全ての製品はほぼ同等な特性を示します従いまして以下の結果は参考値とお考え願います Test results re typicl dt. Nevertheless the following results re considered to be reference dt becuse ll units hve nerly the sme chrcteristics /3

3 1. MTBF Clculted Vlues of MTBF HMS5 RWS 5B B Series MODEL : HMS5 5 (1) Clculting Method JEITA (RCR 9B) の部品点数法で算出されていますそれぞれの部品ごとに部品故障率 λ G が与えられ各々の点数によって決定されます Clculted bsed on prt count relibility projection of JEITA (RCR 9B). Individul filure rtes λ G is given to ech prt nd MTBF is clculted by the count of ech prt. < 算出式 > MTBF = 1 = 1e 時間 (Hou n λ equip 1 ån e i ( lgp Q ) i i= 1 L λequip : 全機器故障率 ( 故障数 / 1 時間 ) Totl Equipment Filure Rte (Filure / 1 Hou 1 λ G : i 番目の同属部品に対する故障率 7 1 ( 故障数 1 / 1 時間 ) 7 1 Output Generic current Filure (%) Rte for The ith Generic Prt (Filure Output / 1 Hou current (%) 1 n i : i 番目の同属部品の個数 Quntity of ith Generic Prt n : 異なった同属部品のカテゴリーの数 Number of Different Generic Prt Ctegories () 1 MTBF MTBF Vlues G F : 地上固定 (Ground, Fixed) 1 π Q : i 番目の同属部品に対する品質ファクタ (π Q =1) 1 Generic Qulity Fctor for The ith Generic 1 Prt (π Q =1) RCR 9B MTBF,39 時間 (Hou /3

4 . Components Derting HMS5 RWS 5B B Series MODEL : HMS5 5 (1) Clculting Method () 測定方法 Mesuring method 取付方法 : 標準取付 : A 周囲温度 :5 o C Mounting method Stndrd mounting : A Ambient temperture 入力電圧 :1, VAC 出力電圧電流 :5V, 1A(1%) Input voltge Output voltge & current (b) 半導体 Semiconductors ケース温度消費電力熱抵抗より使用状態の接合点温度を求め最大定格接合点温度との比較を 1 求めました e Compred with mximum junction temperture nd e 1ctul one which is clculted bsed on cse temperture, power dissiption nd therml impednce. L (c) IC 抵抗コンデンサ等 IC, Resistors, Cpcitors, etc. 周囲温度使用状態消費電力など個々の値は設計基準内に入っています 1Ambient temperture, operting 7 condition, 1 power dissiption 1 nd so on re within7 derting criteri. 1 (d) 熱抵抗算出方法 Clculting method of therml impednce 1 Tj(mx) - Tc q j - c = Pch(mx) Tj(mx) - Tl q j- l = Pch(mx) Tc : ディレーティングの始まるケース温度一般に5 o C Cse Temperture t Strt Point of Derting;5 o C in Generl 1 Tl : ディレーティングの始まるリード温度 1 一般に5 o C Led Temperture t Strt Point of Derting;5 o C in Generl 1 1 Pch(mx) : 最大接合点 ( チャネル ) 損失 1 Mximum Junction (chnnel) Dissiption 1 Tj(mx) : 最大接合点 ( チャネル ) 温度 (Tch(mx)) Mximum Junction (chnnel) Temperture θj c : 接合点 ( チャネル ) からケースまでの熱抵抗 1 (θch c) Therml 7Impednce 1 between Junction (chnnel) 1 nd Cse 7 1 θj l (θch l) : 接合点 ( チャネル ) からリードまでの熱抵抗 Therml Impednce between Junction (chnnel) nd Led /3

5 () Component Derting List HMS5 RWS 5B B Series 部品番号 Vin = 1VAC Lod = 1% T = 5 Loction No. Q1 Tj (mx) = 15 θj c = 3.13 /W R9ENX Pch = 1.35 W ΔTc = 53.3 Tc = 13.3 ROHM Tch = Tc + ((θj c) Pch ) = 17.5 D.F. = 71.7 % Q Tj (mx) = 15 θj c = 3.13 /W R9ENX Pch = 1. W ΔTc = 5. Tc = 1. ROHM Tch = Tc + ((θj c) Pch ) = 111. D.F. = 7.5 % 1 Q51 Tj (mx) = 175 θj c = 3. /W IPA57NN3 G Pch = 1. W ΔTc = 7.1 Tc = 97.1 INFINEON Tch = Tc + ((θj c) Pch ) =. 1 D.F. = 5.5 % e Q11 Tj (mx) = 15 θj = 5 /W SC39A Pc =.1 mw e 1 ΔT =. T = 9. ISAHAYA Tj = T + ((θj ) Pc ) = 9.1 D.F. = 1. % L Q1 Tj (mx) = 15 θj = 5 /W SA9 Pc =.1 W ΔT = 5. T = 1. TOSHIBA Tj = T + ((θj ) Pc ) = 1.3 D.F. = 7. % Q Tj (mx) = 15 θj = 5 /W SC73 Pc =.3 W ΔT = 55.3 T = 15.3 TOSHIBA Output current Tj = T (%) + ((θj ) Pc ) = 1. D.F. = 75. % D1 Tj (mx) = 15 θj c = 5.5 /W KBJG Pd = 1.3 W ΔTc = 7.5 Tc = 97.5 LITE ON Tch = Tc + ((θj c) Pd ) = 1.9 D.F. = 9.9 % D Tj (mx) = 15 θj l =. /W SL Pd =.5 W ΔTl =. Tl = 9. SHINDENGEN Tch = Tl + ((θj l) Pd ) = 13. D.F. =.7 % D1 Tj (mx) = 15 θj l = 3. /W 1 CRH1 Pd =. mw 1 ΔTl =. Tl = 9. TOSHIBA Tch = Tl + ((θj l) Pd ) = 9.1 D.F. = 1. % 1 D15 Tj (mx) = 15 1 θj l = 3. /W CRH1 Pd =. mw ΔTl =.1 Tl = 9.1 TOSHIBA Tch = Tl + ((θj l) Pd ) = D.F. = 1. % D1 Tj (mx) = 15 θj l = 3. /W LN1F Pd =.33 W ΔTl = 1.7 Tl = SHINDENGEN Tch = Tl + ((θj l) Pd ) = D.F. = 79.5 % /3

6 HMS5 RWS 5B B Series 部品番号 Vin = 1VAC Lod = 1% T = 5 Loction No. D19 Tj (mx) = 15 θj l = 3. /W CRH1 Pd = 11.1 mw ΔTl =.9 Tl = 9.9 TOSHIBA Tch = Tl + ((θj l) Pd ) = 97. D.F. =. % D11 Tj (mx) = 15 θj l = 3. /W CRH1 Pd = 1. mw ΔTl = 7.3 Tl = 97.3 TOSHIBA Tch = Tl + ((θj l) Pd ) = 97.3 D.F. =.9 % D1 Tj (mx) = 15 θj l = 3. /W CRH1 Pd = 1. mw ΔTl = 53.9 Tl = 13.9 TOSHIBA Tch = Tl + ((θj l) Pd ) = D.F. = 9.3 % D3 Tj (mx) = 15 θj l =. /W CRS Pd =.1 mw 1 ΔTl = 55. Tl = 15. TOSHIBA Tch = Tl + ((θj l) Pd ) = 15.5 e D.F. = 7.3 % Z11 Tj (mx) = 15 e 1 θj = 5 /W UDZV TE 17 B Pd =. mw ΔT =.1 T = 9.1 ROHM Tj = T + ((θj ) Pd ) = 95. L D.F. = 3.3 % PC Tj (mx) = 5 θj c = 15 /W PS51DL Pd =.9 mw ΔTc = 3. Tc =. (LED) Tch = Tc + ((θj c) Pd ) =.9 RENESAS D.F. =.3 % 1 PC Tj (mx) 7= θj c = 15 /W 7 1 PS51DL Output current Pc = 3.1 (%) mw ΔTc = Output 3. current (%) Tc =. (TRANSISTOR) Tch = Tc + ((θj c) Pc ) = 3.3 RENESAS D.F. =. % PD51 SEL1G IF=3.mA ΔT = 1.5 T =.5 SANKEN Allowble IF(mx)= 1.mA(t T=.5 ) D.F. =. % /3

7 部品番号 Vin = VAC Lod = 1% T = 5 Loction No HMS5 RWS 5B B Series Q1 Tj (mx) = 15 θj c = 3.13 /W R9ENX Pch = 1.35 W ΔTc =. Tc = 9. ROHM Tch = Tc + ((θj c) Pch ) = 9. D.F. =. % Q Tj (mx) = 15 θj c = 3.13 /W R9ENX Pch = 1. W ΔTc = 5. Tc = 1. ROHM Tch = Tc + ((θj c) Pch ) = 1. D.F. = 9. % Q51 Tj (mx) = 175 θj c = 3. /W IPA57NN3 G Pch = 1. W ΔTc = 3. Tc = 93. INFINEON 1 Tch = Tc + ((θj c) Pch ) = 9.7 D.F. = 5. % Q11 Tj (mx) = 15 1 θj = 5 /W SC39A Pc =.1 mw ΔT = 33. T = 3. ISAHAYA e Tj = T + ((θj ) Pc ) = 3.1 D.F. = 55. % e 1 Q1 Tj (mx) = 15 θj = 5 /W SA9 Pc =.1 W ΔT = 53. T = 13. TOSHIBA L Tj = T + ((θj ) Pc ) = 19.3 D.F. = 7. % Q Tj (mx) = 15 θj = 5 /W SC73 Pc =.3 W ΔT = 51.9 T = 11.9 TOSHIBA Tj = T + ((θj ) Pc ) = D.F. = % D1 Output current Tj (mx) (%) = 15 θj c = Output 5.5 /Wcurrent (%) KBJG Pd =.9 W ΔTc = 31. Tc = 1. LITE ON Tch = Tc + ((θj c) Pd ) = 5. D.F. = 5. % D Tj (mx) = 15 θj l =. /W SL Pd =.5 W ΔTl = 3.9 Tl =.9 SHINDENGEN Tch = Tl + ((θj l) Pd ) = 95.1 D.F. = 3. % D1 Tj (mx) = 15 θj l = 3. /W CRH1 Pd =. mw ΔTl = 3. Tl =. TOSHIBA Tch = Tl + ((θj l) Pd ) =.3 1 D.F. = 5.9 % 1 D15 Tj (mx) = 15 θj l = 3. /W CRH1 Pd =. mw ΔTl = 33. Tl = 3. 1 TOSHIBA Tch = Tl + ((θj l) Pd ) = D.F. = 55.9 % D1 Tj (mx) = 15 θj l = 3. /W 1 LN1F Pd =.33 W 1 ΔTl = 55. Tl = 15. SHINDENGEN Tch = Tl + ((θj l) Pd ) = 113. D.F. = 75. % /3

8 部品番号 Vin = VAC Lod = 1% T = 5 Loction No. HMS5 RWS 5B B Series D19 Tj (mx) = 15 θj l = 3. /W CRH1 Pd = 11.1 mw ΔTl =. Tl = 9. TOSHIBA Tch = Tl + ((θj l) Pd ) = 9.3 D.F. = 1. % D11 Tj (mx) = 15 θj l = 3. /W CRH1 Pd = 1. mw ΔTl =.1 Tl = 9.1 TOSHIBA Tch = Tl + ((θj l) Pd ) = 9.1 D.F. = 1. % D1 Tj (mx) = 15 θj l = 3. /W CRH1 Pd = 1. mw 1 ΔTl = 51. Tl = 11. TOSHIBA Tch = Tl + ((θj l) Pd ) = 11. D.F. = 7. % D3 Tj (mx) = 15 1 θj l =. /W CRS Pd =.1 mw e ΔTl = 51. Tl = 11. TOSHIBA Tch = Tl + ((θj l) Pd ) =.3 D.F. =. e 1 % Z11 Tj (mx) = 15 θj = 5 /W UDZV TE 17 B Pd =. mw L ΔT = 33.5 T = 3.5 ROHM Tj = T + ((θj ) Pd ) =. D.F. = 57. % PC Tj (mx) = 5 θj c = 15 /W PS51DL Pd =.9 mw ΔTc =.7 Tc = 7.7 (LED) Tch = Tc + ((θj c) Pd ) = RENESAS D.F. = 3.1 % PC Output current Tj (mx) (%) = 5 θj c = 15 /W PS51DL Pc = 3.1 mw ΔTc =.7 Tc = 7.7 (TRANSISTOR) Tch = Tc + ((θj c) Pc ) = 79. RENESAS D.F. = 3.3 % PD51 SEL1G IF=3.mA ΔT = 17. T = 7. SANKEN Allowble IF(mx)= 1.mA(t T= 7. ) D.F. = 7.7 % /3

9 HMS5 RWS 5B B Series 3. Min Components Temperture Rise T List MODEL : HMS5 5 (1) Mesuring Conditions 取付方法 Mounting Method Mounting A Mounting B Mounting C Mounting D () Mesuring Results ( 標準取付 : A) (Stndrd Mounting : A) 入力電圧 Vin Input Voltge 出力電圧 Vo Output Voltge 出力電流 Io Output Current 1 e e 1 L ΔT Temperture Rise ( ) 1 出力ディレーティング 7 1 1Io=1 % 7 1 Output Output Derting current (%) T=5 T= Output T= current (%) T= 部品番号部品名取付方向取付方向取付方向取付方向 Loction No. Prt nme Mounting A Mounting B Mounting C Mounting D Q1 M OS FET Q M OS FET Q51 M OS FET D1 BRIDGE DIODE D DIODE A11 CHIP IC A CHIP IC A13 CHIP IC A1 CHIP IC T1 TRANS T51 TRANS L1 BALUN L BALUN L3 CHOKE COIL L51 CHOKE COIL C E.CAP C5 E.CAP PC PHOTO COUPLER PD51 LED VAC 5VDC 1A(1%) 9/3

10 HMS5 RWS 5B B Series (1) Mesuring Conditions 取付方法 Mounting Method Mounting A Mounting B Mounting C Mounting D () Mesuring Results ( 標準取付 : A) (Stndrd Mounting : A) 入力電圧 Vin Input Voltge 出力電圧 Vo Output Voltge 出力電流 Io Output Current 1 e e 1 L ΔT Temperture Rise ( ) 1 出力ディレーティング 7 1 1Io=1 % 7 1 Output Output Derting current (%) T=5 T= Output T= current (%) T= 部品番号部品名取付方向取付方向取付方向取付方向 Loction No. Prt nme Mounting A Mounting B Mounting C Mounting D Q1 M OS FET Q M OS FET Q51 M OS FET D1 BRIDGE DIODE D DIODE A11 CHIP IC A CHIP IC A13 CHIP IC A1 CHIP IC T1 TRANS T51 TRANS L1 BALUN L BALUN L3 CHOKE COIL L51 CHOKE COIL C E.CAP C5 E.CAP PC PHOTO COUPLER PD51 LED VAC 5VDC 1A(1%) 1/3

11 HMS5 RWS 5B B Series. Electrolytic Cpcitor Le MODEL : HMS : Cooling condition: Convection cooling 取付方向 A Mounting A Conditions T : 5 : : 5V Vin = 1VAC e e 1 L 上記推定寿命は弊社計算方法により算出した値であり封口コムの劣化等の影響を含めておりません The le is clculted bsed on our method nd doesn't include the sel rubber degrdtion effect etc. 電解コンデンサの寿命は 15 年が上限となります The upper limit of the Electolytic Cpcitors le re 15 yers. Vin = VAC T T Lod 5 Lod 1 5 % % % % %... % % %.. 1% % V Vin = 1VAC Vin = VAC T T Lod 5 Lod 5 % % % % % %..1.1 % % % % /3

12 HMS5 RWS 5B B Series MODEL : HMS5 : Cooling condition: Convection cooling 取付方向 B Mounting B Conditions T : 5 : : 5V T Vin = 1VAC e e 1 L Vin = VAC T Lod 5 Lod 5 % % % % % 13.. % %. % 9.9 1%. 1% V T Vin = 1VAC 上記推定寿命は弊社計算方法により算出した値であり封口コムの劣化等の影響を含めておりません The le is clculted bsed on our method nd doesn't include the sel rubber degrdtion effect etc. 電解コンデンサの寿命は 15 年が上限となります The upper limit of the Electolytic Cpcitors le re 15 yers. 1 1 Vin = VAC T Lod 5 Lod 5 % % % % % 9.5. % %. % 9. 1%. 1% 7. /3

13 HMS5 RWS 5B B Series MODEL : HMS5 : Cooling condition: Convection cooling 取付方向 C Mounting C Conditions T : 5 : : 5V T Vin = 1VAC e e 1 L Vin = VAC T Lod 5 Lod 5 % % % % % %..1 % 9. % 11. 1% 5. 1% V Vin = 1VAC 上記推定寿命は弊社計算方法により算出した値であり封口コムの劣化等の影響を含めておりません The le is clculted bsed on our method nd doesn't include the sel rubber degrdtion effect etc. 電解コンデンサの寿命は 15 年が上限となります The upper limit of the Electolytic Cpcitors le re 15 yers. 1 1 Vin = VAC T T Lod 5 Lod 5 % % % % % % 9.. %.3 % 7. 1%.1 1% 5. 13/3

14 HMS5 RWS 5B B Series MODEL : HMS5 : Cooling condition: Convection cooling 取付方向 D Mounting D Conditions T : 5 : : 5V Vin = 1VAC e e 1 L Vin = VAC T T Lod 5 Lod 1 5 % % % % %.. % %. % 1. 1%. 1% V T Vin = 1VAC 上記推定寿命は弊社計算方法により算出した値であり封口コムの劣化等の影響を含めておりません The le is clculted bsed on our method nd doesn't include the sel rubber degrdtion effect etc. 電解コンデンサの寿命は 15 年が上限となります The upper limit of the Electolytic Cpcitors le re 15 yers. 1 1 Vin = VAC T Lod 5 Lod 5 % % % % %..3 % %.1 % 9.1 1% 3.7 1%.9 1/3

15 HMS5 RWS 5B B Series MODEL : HMS5 : Cooling condition: Convection cooling 取付方向 A Mounting A Conditions T : 5 : : 5V T Vin = 1VDC Lod 5 % % % %..3 1% e 1 e 1 1 L V 1 1 Vin = 1VDC 1 T Lod % % % % % Output Output current current (%) (%) 上記推定寿命は弊社計算方法により算出した値であり封口コムの劣化等の影響を含めておりません The le is clculted bsed on our method nd doesn't include the sel rubber degrdtion effect etc. 電解コンデンサの寿命は 15 年が上限となります The upper limit of the Electolytic Cpcitors le re 15 yers. 15/3

16 HMS5 RWS 5B B Series MODEL : HMS5 : Cooling condition: Convection cooling 取付方向 B Mounting B Conditions T : 5 : : 5V T Vin = 1VDC Lod 5 % % % % % e 1 1 e L V 1 1 Vin = 1VDC 1 T Lod % % % % 7. 1% 上記推定寿命は弊社計算方法により算出した値であり封口コムの劣化等の影響を含めておりません The le is clculted bsed on our method nd doesn't include the sel rubber degrdtion effect etc. 電解コンデンサの寿命は 15 年が上限となります The upper limit of the Electolytic Cpcitors le re 15 yers. /3

17 HMS5 RWS 5B B Series MODEL : HMS5 : Cooling condition: Convection cooling 取付方向 C Mounting C Conditions T : 5 : : 5V T Vin = 1VDC Lod 5 % %. 11. %. %.1 1 1% e 1 e 1 1 L V 1 1 Vin = 1VDC 1 T Lod % % % %. 1% Output current (%) 7 1 上記推定寿命は弊社計算方法により算出した値であり封口コムの劣化等の影響を含めておりません The le is clculted bsed on our method nd doesn't include the sel rubber degrdtion effect etc. 電解コンデンサの寿命は 15 年が上限となります The upper limit of the Electolytic Cpcitors le re 15 yers. 17/3

18 HMS5 RWS 5B B Series MODEL : HMS5 : Cooling condition: Convection cooling 取付方向 D Mounting D Conditions T : 5 : : 5V T Vin = 1VDC Lod 5 % % % %.7 1 1% e 1 1 e L V 1 1 Vin = 1VDC 1 T Lod % % % %. 1% 上記推定寿命は弊社計算方法により算出した値であり封口コムの劣化等の影響を含めておりません The le is clculted bsed on our method nd doesn't include the sel rubber degrdtion effect etc. 電解コンデンサの寿命は 15 年が上限となります The upper limit of the Electolytic Cpcitors le re 15 yers. 1/3

19 5. Abnorml Test HMS5 RWS 5B B Series MODEL : HMS5 5 (1) Test Conditions Input : 5VAC Output : 5V, 1A T : 5 o C () Test Results No. 部品 No. 試験端子 Test position Loction No. Test point Test mode ショート Short オープン Open 1 b c d e f g h I j k l ヒュ変発発破異赤ーO O 出そ化 V C 力の火煙裂臭熱なズ P P 断他し断 Fire Smoke Burst Smell Red hot 1 破損 e e 1 L Dmged Fuse blown 力率低下 1 Power 7 fctor low1 Output current 力率低下 (%) Test result No output No chnge Others ( D : Dmged ) 1 Q1 D S D : D11 D G D : Q1,D11 3 G S D 5 S 記事 Note Power fctor low 力率低下 Power fctor low G D : Q1,D11 7 Q D S D : Q,Z13 D G D : Q,A13,Z13 9 G S 1 D 11 S G D : Q,Z13 間欠発振動作 13 Q51 D S 1 1 Hiccup 1 D G 入力電力増加 15 1 G S 1 Input power increse D 17 S 1 1 入力電力増加 1 G Input power increse 19 C 1 C5 出力リップル大 Output ripple increse /3

20 No. 部品 No. 試験端子 Test position Loction No. Test point Test mode ショート Short オープン Open b c d e f g h I j k l ヒュ変発発破異赤破ーO O 出そ化 V C 力の火煙裂臭熱損なズ P P 断他し断 Fire Smoke Burst Smell Red hot Dmged 1 e e 1 L Fuse blown HMS5 RWS 5B B Series 間欠発振動作 1 1 Test result No output No chnge Others ( D : Dmged ) 3 D1 AC AC DC DC 1 5 AC DC AC 7 DC D A K D : Q1 9 A/K D : Q1 入力電力増加 3 D1 A K Input power increse 入力電力増加 31 A/K Input power increse 3 T ,1 11, 記事 Note 間欠発振動作 Hiccup 35 7 Hiccup 3 1/3 37 5/ 3 9,1/11, 39 7/ 入力電力増加 Input power increse T51 7 入力電力増加 Input power increse 1 1 入力電力増加 Input power increse 7/ 入力電力増加 31 1/ 1 Input power increse /3

21 . Vibrtion Test HMS5 RWS 5B B Series MODEL : HMS5 5 (1) Vibrtion Test Clss 掃引振動数耐久試験 Frequency vrible endurnce test () Equipment Used IMV ( 株 ) 製制御部 : RC 11 加振部 : VS 131 IMV CORP. Controller Vibrtor 1 (3) Test Conditions 1 周波数範囲 : 1~55Hz 振動方向 e : X, Y, Z Sweep frequency Direction e 1 掃引時間 : 1. 分間試験時間 : 各方向共 1 時間 Sweep e 1.min Sweep L count 1 hour ech 加速度 : 一定 19.m/s (G) Accelertion Constnt () Test Method 1 (5) Acceptble Conditions 1 1. 破損しない事 1Not to be broken.. 試験後の出力に異常がない事 No bnorml output fter test. () Test Results OK /3

22 7. Noise Simulte Test HMS5 RWS 5B B Series MODEL : HMS5 5 (1) Test Circuit nd Equipment 1 シミュレータ : INS 3(A) ( ノイズ研究所 ) Simultor (Noise Lbortory 1 Co.,LTD) e () Test Conditions e 1 入力電圧 : 1, 3VAC ノイズ電圧 L : ~kv Input voltge Noise level 出力電圧 : 定格位相 : ~3 deg Output voltge Rted Phse 1 出力電流 :, 1% 7 1 極性 1 : +, 7 1 Output current Polrity 周囲温度 : 5 o C 印加モード : コモンノーマル Ambient temperture Mode Common, Norml パルス幅 : 5~1ns トリガ選択 : Line Pulse width シミュレータ Simultor FG L N 供試体 D.U.T. +V V Trigger select 負荷 Lod (3) Acceptble Conditions 1. 試験中 5% を超える出力電圧の変動のない事 1 1 The regultion of output voltge must not exceed 5% of initil vlue during test.. 試験後の出力電圧は初期値から変動していない事 1 The output voltge must be within the regultion of specifiction 1 fter the test. 3. 発煙発火のない事 1Smoke nd fire re not llowed. 1 () Test Results OK /3

23 . Therml Shock Test HMS5 RWS 5B B Series MODEL : HMS5 5 (1) Equipment Used (Therml Shock Chmber) ESPEC( 株 ) 製 ESPEC CORP. TSV ht () Test Conditions 電源周囲温度 : 5 Ambient Temperture 試験時間 : 図参照 Test Time Refer to Dwg. 試験サイクル : 1 サイクル Test Cycle 1 Cycles 非動作 Not Operting 1 e e 1 L (3) Test Method 初期測定の後供試品を試験槽に入れ上記サイクルで試験を行う 1サイクル後に供試品を常温常湿下に 1 時間放置し出力に異常がない事を確認する Before testing, check if there is no bnorml output, then put the D.U.T. in testing chmber, nd test it ccording to the bove cycle. 1 cycles lter, leve it for 1 hour t the room temperture, then check if there is no bnorml output. +5 o C o C 1 3min 1cycle 3min () Acceptble Conditions 試験後の出力に異常がない事 1 No bnorml output fter test. 1 (5) Test Results OK /3

INDEX HMS15 RWS 5B 6B Series PAGE 1. MTBF 計算値 Calculated Values of MTBF 3 2. 部品ディレーティング Components Derating ~ 3. 主要部品温度上昇値 Main Components Temperature

RWS 5B 6B Series A27 57 1 1/23 INDEX HMS15 RWS 5B 6B Series PAGE 1. MTBF 計算値 Calculated Values of MTBF 3 2. 部品ディレーティング Components Derating ~ 3. 主要部品温度上昇値 Main Components Temperature Rise T List 9~1. 電解コンデンサ推定寿命計算値