DSS-601M MITSUBISHI | Alldatasheet
Document overview
- Manufacturer or author: PMG4 Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 11
Technical content
DSS 301 ʵ ॳͷ2Ͱ ྫʣ301߹ ɹ30ʷ101ʹ300v Sʵ ଶ L L ʶ15ˋ M ʶ20ˋ ςʔϐϯάੇ๏ Aʣςʔϐϯά Cʣςʔϐϯά S ϊʔςʔϐϯά B ଶ F ϑϥοτύοΫ Rר ςʔϓଆ෯ ϐον ୯Ґɿmm ɹUnit:mm 04 ʢϥδΞϧςʔϐϯάʣ 12 26 10 12.7 00 ϊʔςʔϐϯά 1022 52 30.0ʶ3.0 30.0 ʶ3.0 П0.50ʶ0.05 П3.3ʶ0.4 7.0ʶ1.0 Χϥʔίʔυ ന 99 փ 88 351M ੨ 66 601M ԫ 44 ͍͍ͩͩ 301L 401M 201M 2 2 11 ࠇ00 ͷ10ɹFirst digit of product Lot No.ͷ1ɹSecond digit of product Lot No. ৭ଳɹ Third color band ɹɹ໊ DSS DSS-601M DSS-401M DSS-351M DSS-301L DSS-201M ʵ ʵ UL 497B 2ʣ ULೝఆ ʵ ੩ి༰ྔ 600Vʢ480ʙ720ʣ 1ʣɿDOC 1cycle101000Жsec. 1KV-12times, 1001000Жsec. 1KV-12times respectively. 2ʣɿUL Standard UL 497B File No. E175280ʢN ʣ 400Vʢ320ʙ480ʣ 350Vʢ280ʙ420ʣ 100M Њmin. 1pF max. αʔδण໋ DOC1 αΠΫϧ 1ʣ DOC 1cycle 300Vʢ255ʙ345ʣ 200Vʢ160ʙ240ʣ DC 100V DC 250V αʔδྔ 500A ୯Ґɿmm Unitɿmm ঢ়ɾੇ๏ ˙ϚʔΩϯά ˙ಛੑ ˙ಛ ɺϞσϜɺFAXɻ ɻ Series DC Spark-over voltage(Vs) The first two digits are significant, and the third is number of zeros. Ex.) 301 meanes: 30✕ 101=300v Taping formDC Spark-over voltage tolerance Taping dimensions Axial taping Radial taping No taping Packing form Bulk pack Flat pack taping Reel taping Taping width PitchSymbol (Radial taping) No taping Part number system Dimensions Marking ■ Features
- Surge protection for telephone lines.(telephone, modem, facsimile etc.)
- Surge protection for telecommunication lines.(computer etc.)
- Some models are recognized by UL. Color code White Gray Purple Blue Green Yellow Orange Red Brown Black ໊ Part number ୈҰ৭ଳ First color band Second color band Series Part number UL recognizedDC spark-over voltage Vs Insulation resistance IR Electrostatic capacitance 1kHz-6V max. Surge life test Surge current capacity 8/20µsec. α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER
DSSV 301ʵ ిѹ ʢVsʣ ॳͷ2Ͱ YDʵ ঢ় L L ʶ15ˋ M ʶ20ˋ YDɹ4ࢠ ɹ2ࢠT5 ୯ҐɿNN 6OJUɿNN Χϥʔίʔυ 44401M 33301L ന փ ԫ ͍͍ͩͩ ࠇ00 ͷ10ܻFirst digit of product Lot No.ͷ1ܻSecond digit of product Lot No. 1ʣɿFCC10/560Жsec. 100A ±3times, 10/160Жsec. 200A ±3times 2ʣɿDOC 1cycle 10/1000Жsec. 1KV-12times, 100/1000Жsec. 1KV-12times respectively. 3ʣɿUL Standard UL 497A File No. E131010ʢN ʣ ɹɹ໊ DSSV DSSV-401M-T5 DSSV-301L-T5 DSSV-401M-YD DSSV-301L-YD ʵ ʵ UL 497A 3ʣ ULೝఆ DC spark-over voltage Vs Insulation resistance IR ੩ి༰ྔ Electrostatic capacitance 1kHz-6V max. C 400Vʢ320ʙ480ʣ 300Vʢ255ʙ345ʣ 100M Њmin. 2pF max. αʔδण໋ Surge life test DOC1 αΠΫϧ 2ʣ400Vʢ320ʙ480ʣ 300Vʢ255ʙ345ʣ DSSV-201M-YD 200V ʢ160ʙ240ʣ DC 250V DC 100V DC 250V DC 100V 300A 400A FCC αΠΫϧ 1ʣ αʔδྔ Surge current capacity 8/20µsec. ਖ਼໘ ଆ໘ 9.0ʶ0.5 10.0ʶ0.5 5.0ʶ0.5 10.5ʶ0.5 4.0ʶ1.0 П0.7ʶ0.1 0.5ʶ0.1 5.0ʶ0.5 ϩΰ Lot No. DSSV-301L-YD MMCC E5D П0.8ʶ0.1 0.5ʶ0.1 5.0ʶ0.5 18.0ʶ 12.5ʶ0.5 19.5ʶ0.5 4.0ʶ MMCC ঢ়ɾੇ๏ ˙ಛੑ %447γϦʔζ ˙ಛ ˙ϚʔΩϯά ɺϞσϜɺFAXͼաి ʢUL1459 ɺCSA-22.2 No.225-M90༻Ͱ͖·͢ɻ Series DC Spark-over voltage(Vs) The first two digits are significant, and the third is number of zeros. ShapeDC Spark-over voltage tolerance 4Terminal 2Terminal Color code White Gray Purple Blue Green Yellow Orange Red Brown Black ໊ Part number ୈҰ৭ଳ First color band ୈೋ৭ଳ Second color band Third color band Series Part number UL recognized DOC 1cycle 2) FCC cycle 1) Top view Front view Side view Side view Bottom view Part number Trade mark Dimensions Characteristics Part number system DSSV Series ■ Features
- Protects telephone line equipment (telephone, modem, facsimile etc.) against surge and overvoltage (UL1459, CSA-22.2 No. 225-M90). Marking α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER
ܗ ЖTFD7 ЖTFDEJW 7EJW 7EJW ЖTFDEJW ЖTFDEJW 7EJW 7EJW ЖTFDEJW %0$ЖTFD7 ܗ 44–301L, DSSV–301L–YD, DSSV–301L–T5 '$$ЖTFD7ҹՃ %44–401L, DSSV–401M–YD, DSSV–401M–T5 %0$ЖTFD7ҹՃ ЖTFDEJW 7EJW 7EJW ЖTFDEJW όϦελɹVaristor 270V όϦελɹVaristor 390V ऩಛੑ ˙%447λΠϓաిѹःஅಛੑ ɹɹ໊ ൃՐ 0 AC600V–40A–1.50sec. AC600V–7A–5sec. DSSV–301L–YD, DSSV–401M–YD, DSSV–301L–T5, DSSV–401M–T5 AC600V–2.2A–30min. ɺ6-ɺ$4"–C22.2 No.225–M90ͷΑ ͠ɺ௨৴ճઢຢαʔδΞϒιʔ O Original waveform Absorption waveform Surge absorption characteristics Overvoltage cut off properties of DSSV type Part number Applied conditions Rate of ignition Overvoltage testing is required in both UL1459 and CSA–C22.2 No.225–M90. The DSSV is effective in protecting against these overvoltage conditions by opening the circuit. α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER
Χϥʔίʔυ ࠇ ͍͍ͩͩ ԫ փ ന ిѹͰ͢ɻ ʢ2700, 3000Vͷ2छʣ ˔DSS-272M AC1200V-3 ඵ·ͨ"$7ɺDSS-302M AC1500V-1 ͷACʹରԠՄೳͰ͢ɻ ͕͋Γ·ͤΜɻ ˔ຊγϦʔζUL1414 UL1449, CSA, TÜVೝఆͰ͢ɻ ˔AC Ξμϓλͷαʔδ ˔TV ɺVTR Ξϯςφճ࿏ ˔௨৴ճઢʢTɺR ʙGND ʹACʣ ʵ ॳͷ2Ͱɺ ྫʣ272ɹ27ʷ102ʹ2700V M ʶ20ˋ DSS γϦʔζ໊ 272 ిѹʢVsʣ M A ଶ ʵ 22 ςʔϐϯάੇ๏ Aʣςʔϐϯά S ϊʔςʔϐϯά 12 26 10 00 ϊʔςʔϐϯά 1022 52 R ଶ F ϑϥοτύοΫ Rר ɹɹ໊ DSS DSS-272M DSS-302M ੩ి༰ྔ 2,700Vʢ2,160ʙ3,240ʣ 3,000Vʢ2,400ʙ3,600ʣ 100M Њmin. ʢଌఆిѹʣDC500V measured with DC 500V 1pF max. αʔδण໋ 8/20ЖTFD" 300ճ 300 times αʔδྔ 820Жsec-500A ʣ UL1414 ʣ UL1449 AC1,200V-3sec. AC1,000V-1min. AC1,500V-1min. ˓ʣ˓ʣ˓ʣ ʵ ˓ʣ˓ʣ˓ʣ ˙ϚʔΩϯά ˙ಛੑ ˙ಛ ˙දత༻్ 1ʹΑΓɺೝఆ͞Ε·͢ɻ Approved if used together with an UL approved varistor (V1mA/H11084270V, D/H11084П5mm), electrically connected in series by means such as twist and soldering, staking, welding etc. ʹΑΓɺೝఆ͞Ε·͢ɻ Approved if used together with a varistor (AC125V : V1mA/H11084270V, D/H11084П5mm, AC250V : V1mA/H11084470V, D/H11084П5mm), electrically connected in series by means such as twist and soldering, staking, welding etc. 3ʹΑΓɺೝఆ͞Ε·͢ɻ Approved if used together with a varistor (V1mA/H11084470V, D/H11084П5mm), electrically connected in series by means such as twist and soldering, staking, welding etc. 4ʣɿ6-4UBOEBSE6-'JMF/P& / 5ʣɿ6-4UBOEBSE6-'JMF/P& 4 6ʣɿ$4"4UBOEBSE$/P'JMF/P-3 7ʣɿ%44.IBTSFDFJWFESFDPHOJUJPOUP&/UISPVHI5Ü 73FQPSU/P+
- High DC spark-over voltage in spite of compact size (2types; 2700, 3000V) .
- DSS-272M and DSS-302M each correspond to 1200volts rms 3seconds or 1000volts rms 1minute and 1500volts rms 1minute AC withstanding voltage tests respectively.
- Quick response for surge voltage and low limiting voltage.
- Small capacitance and excellent insulation resistance (100MΩmin)
- Stable for repeated electrostatic test conditions and environmental fluctu- ation.
- No polarity.
- No dark effect.
- This series is recognized under UL 1414, UL1449, CSA and TÜV.
- AC Adaptor.
- Antenna-circuit of TV, VCR.
- Communication line. (If T, R~GND AC withstanding test is required.) The first two digits are significant, and the third is number of zeros. Ex.) 272 means : 27ʷ102=2700V Series DC Spark-over voltage(Vs) DC Spark-over voltage tolerance Taping form Taping dimensions Axial taping No taping Taping width PitchCode No taping Packing form Bulk pack Flat pack taping Reel taping Part number system ■ Features ■ Typical applications Color code White Gray Purple Blue Green Yellow Orange Red Brown Black ໊ Part numberͷͷҐ The unit digit of lot number ୈҰ৭ଳ First color band ୈೋ৭ଳ Second color band Series Part number DC spark-over voltage Vs(V) Insulation resistance IR(Ω) Electrostatic capacitance 1kHz-6V max. Surge life testSurge current capacity AC withstanding voltage UL approved EN approved CSA approved Marking Characteristics α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER
%44–272M ΞʔΫ์ి άϩʔ์ి –3 –2 –1 %44–302M –3 –2 –1 ΞʔΫ์ి άϩʔ์ి ܗ ЖTFDEJW L7EJW ˙7–Mಛੑ ऩಛੑ L7EJW ЖTFDEJW %44–272Mܗ L7EJW ЖTFDEJW %44–302Mܗ ์ిిѹ Discharge voltage(V) ์ిిྲྀ Discharge current(A) Arc discharge region Glow discharge region ์ిిѹ Discharge voltage(V) ์ిిྲྀ Discharge current(A) Arc discharge region Glow discharge region Original waveform 1.2/50µsec.–10kV Characteristics Surge absorption characteristics DSS–272M Absorption waveform DSS–302M Absorption waveform α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER
˙ςʔϐϯά ΞΩγϟϧςʔϐϯά S 0.8ҎԼɹ 0.8max. t 3.2Ҏ্ɹ 3.2min. R͕ग़ͳ͍͜ͱɻ T 6.0ʶ1.0 L1-L2 1ҎԼɹ 1max. P 5.0ʶ0.5 A21A11 W DSP, ిѹDSP 26 ʴ1.5 ʵ0.0 52 ʴ2.0 ʵ1.0 1ҎԼ ɹ1max. 10.0ʶ0.5 A22A12 DSS, ిѹDSS 26 ʴ1.5 ʵ0.0 52 ʴ2.0 ʵ1.0 R S T STWL1 L2 t Z P ϥδΞϧςʔϐϯά W 1 W D 0 H 1 H 0 P2 P P1 F D 0 П4.0ʶ0.2 H 1 32.2ҎԼʢ32.2max.ʣ H 0 16.0ʶ0.5 W 1 9.0ʶ0.5 W 18.0 F 5.0ʶ0.5 P2 6.35ʶ1.3 P1 3.85ʶ0.5 P0 12.7ʶ0.3 P 12.7ʶ1.0 ʴ1.0 ʵ0.5 Taping Axial taping Terminal must not project from tape. Symbol DSP, High voltage DSP (mm) DSS, High voltage DSS (mm) Radial taping (˞High voltage DSP and high voltage DSS is not provided in this form.)Symbol DSP Dimensions (mm) DSS Dimensions (mm) W F P 12.7 ʶ1.0 12.7 ʶ0.3 3.85 ʶ0.5 6.35 ʶ1.0 5.0 ʶ0.5 18.0 ʶ1.0 ʵ0.5 13.0 ʶ0.5 9.0 ʶ0.5 3.0 ABCD EW 1 W 2 r Max. t2 П П Пʶ 3ʶ ʶ ʶ ʶ ɹh I L H0 15.0 ʶ2.5 4.0 ʶ0.2 11.0 Max. 1.0 Max. 2.0 Max. 32.0 Max. 3.5 Min. 0.6 ʶ0.3 1.5 Max. Symbol Dimensions Tolerance Dimensions Tolerance Symbol Embossed coating t2 t1 D0 W0 W E C D A L F GH E Embossed compopent compartment Sprocke: hole D C J t 1 K B W 1 W 2 r A F ίʔτ Packing code γϦʔζ Series T CSA30 2,000 H0 L P ˚h ˚h ϥδΞϧςʔϐϯά %#γϦʔζ ʀ%' Radial taping %#4FSJFT ʀ%' 4.%ςʔϐϯά $4"γϦʔζ SMD Tapingʣ Reel ϓϥενοΫΩϟϦΞςʔϓ Plastic carrier tape Ϧʔϧ Reel แྔ Packing Qty Aঢ় ୯ҐVOJU NN ୯ҐVOJU NN ୯ҐVOJU NN B C DEF G HJ KL t 1 ʶ$4" NBSL NBSL ঢ় $4" ʶ ʶ ʶ ʶ ʶ ʶ ʶ Пʶ ʶ П ʶҎԼ α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER
α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER ଶ Ίɹʪ4#ʫ 120mm 150mm ϑϥοτύοΫɹʪ"'ɾ"'ʫ C 255mm B 75mm A 68mm A C B C 335mm B 183mm A 48mm C04F ϑϥοτύοΫɹʪ$'ʫ A C B C 255mm B 85mm A 47mm ϑϥοτύοΫɹʪ"'ɾ"'ʫ A C B C 400max W 68mm B П35min A П14min ɹʪ"3ɾ"3ʫ CW BA ശ ശ Ϧʔϧ Ϧʔϧ Ίʣ ʣ Ίʣ ശ ശ Ί ɹɹɹଶ DA53ɿྔ DSAిѹ DSPిѹ DSSɿྔ Ϧʔϧ ശ ശ Packing quantity·Packing form Bulk <S00B > Ammo pack <A21F·A22F> Ammo pack <C04F > C 350 B 254 A 200 D04F-1 ϑϥοτύοΫɹʪ%#ʫ A C B Ammo pack <DB60 >Ammo pack <A11F·A12F> Reel <A21R·A22R > Axial taping (in reel) A21R:4000pcs/reel C04R:3000pcs/reel Axial taping (in box) Radial taping (in reel) Radial taping (in box) A21F:2000pcs/box Axial taping (in box) A11F:2000pcs/box Bulk packing in plastic bag S00B:200pcs/bag #UZQF:500pcs/bag F type:100pcs/bag Form DA53/Unit quantity DSA/Unit quantity DSP, High voltage DSP/Unit quantity DSS, High voltage DSS/Unit quantity A22R:3000pcs/reel A22F:1000pcs/box A12F:1000pcs/box A type:100pcs/bag S type:200pcs/bag -E15E:100pcs/bag -E25E:100pcs/bag -05F25:100pcs/bag -U10T:100pcs/bag $'QDTCPY QDTCPY Ϧʔϧ 5UZQF:QDTSFFM ʣ Ίʣ ʣ Ίʣ Ίʣ Ί ɹɹɹଶ Axial taping (in reel) Axial taping (in box) Radial taping (in reel) ʣ SMD taping (in reel) Radial taping (in box) Axial taping (in box) Bulk packing in plastic bag Form ା S00B:200pcs/bagା B type:200pcs/bag DA38ɿྔ DA38/Unit quantity ശ A21F:800pcs/box DE37ɿྔ DE37/Unit quantity DB60ɿྔ DB60/Unit quantity CSA30ɿྔ CSA30/Unit quantity ശ ശ ശ A22F:1000pcs/box A12F:1000pcs/box $'QDTCPY
ց 4" γϟʔγ (/% Πϯόʔλ ݯ "$7ʙ"$7 ݯ %4"/3 %4"/3%4"/3 %4"/3 γϟʔγ $IBTTJT (/% (/% ɽݯɽݯ ɽ57Ξϯςφճ࿏ɽثػ ɽͼσʔλϥΠϯ ʣ ճ࿏ిѹ "$7 ʣ 4" 5FTUJTOPUSFRVJSFE "$7 "$7 "$7 "$7 %4"/3 %4";3- %4"/3 %4";3- %4"/3 %4";3. %4"/3 %4";3. %4"/3 %4";3. %4"/3# %4";3. "$7 %4"/3 %4";3. %4"/3 %4";3. %4";3. %4"/3 %4";3. %4"/3" %4";3. %4"/3# %4";3. ݯ 4"ɿ%44. 4"ɿ%44"1&" %44"14" ଆ֎ଆ 4" "$7 "/5 $"57%4";3 ྫͰ͢ɻ EquipmentPower supply Chassis Inverter- power supply R phase 3-phase power supply T phase S phase Power supply requiring AC withstanding voltage test High quality supply TV tuner circuit : cold chassisEquipment using a three-phase power supply Sensor and data line Conditions Normal mode (Between L1 and L2) Rated voltage Common mod (Between L1, L2~GND) AC withstanding voltage test condition Applications : SW power supply, inverter power supply, power supply of office and home appliance In sideOut side ˞ Example of a dielectric withstanding voltage test carried out at a voltage of ɹ AC 1500V applied between the RST phases and the ground. α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER
ϊʔϚϧϞʔυ DSANR-3 DSAZR2-501M DSANR-5 DSANR-6A DSAZR2-302M DSAZR2-362M ίϞϯϞʔυ "$7 ϞσϜ ɽثػ ثػ ɽճ࿏ʢ%4475ʣɽճ࿏ʢ%447:%ʣ ଐઢ͕Φʔϓϯ͠ɺ௨৴ճ࿏ Λःஅ͠·͢ɻ ɺα ଐઢ͕Φʔϓϯ͠ɺ ຊମճ࿏ 5FMFQIPOFTFU ຊମճ࿏5 5FMFQIPOFTFU ຊମճ࿏ 5FMFQIPOFTFU ຊମճ࿏ (/% (/% %4"/3 %4";3- %44- ɺԤभ ౦ೆΞδΞ DSS-401MΧφμ AC1200V ˠ DSA-242MA AC1500V ˠ DSA-302MA ͱಉ͡ 4BNFBT4" DSANR-4 DSAZR1-242M4" "$7 ௨৴ճઢ (/% (/% Normal mode Common mode Applications : key telephone system, PBX, modem, answering phone, cordless telephone, normal telephone etc. Modem Telecommunication equipment (FAX, KTS, PBX) Telephone (One piece, cordless, answering machine) Overvoltage test circuit (DSSV-T5)Overvoltage test circuit (DSSV-YD) When the applied overvoltage is between tip and ring, the communication line is cut off by the wire opening. When the applied overvoltage is between tip and ring, the cir- cuit is cut off by the wire opening. Main circuit Main circuit Main circuit Main circuit Japan,USA,EU and South East Asia Canada Between T and R. AC withstanding test is not required AC withstanding test is required Between T, R and GND. Power supply Telecommunication interface α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER
ɽ$35ʢDBUIPEFSBZUVCFʣ ɽػ ը໘αΠζ Π ϯνະຬ %41. %41/ Π ϯνҎ্ %4"-" %4"." ώʔλʔ %41. %41/ %4"-" %4"." %41/ %41/ %41. %41. %41. %41. %4"." %4"." %4"." %41. %41. %41. %41. ล͔Β৵ೖ͢ΔখαʔδΤωϧΪʔɺ ͔Βͷಋ ༻͠·͢ɻ ༻͕૿͑ɺαʔδର %41 (/% ૿෯ ओஔ (SJET )FBUFS %4"PS%41 (/% $BUIPEF %41 (/% प प 4QFBLFS ΑΓ ͠·͢ɻ Car radio, radio cassette, wireless Boosters (for satellite broadcasting and general TV equipment) Screen size Between cathode and GND 15" under 15" up Heater Between grids and GND Note : For this application, please check for hold over. Inserted in the antenna input terminal, the surge absorber will protect the semiconductor (front- end IC or FET, etc.)against failure due to static surge entering from the antenna. In this application, the surge absorber protects the semiconductor against small surge energies from the vicinity of the antenna or against static electricity due to human contact. The recent use of high-sensitivity FET has led to a stronger requirement for surge protection. Amplifier Main unit RF amplifier Frequency modulation Detector LF amplifier α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER (DSA and DSP series protect display driver IC and transistors from damage due to ingress of static surge.)
ࡦ OEJSFDUMJHIUOJOHQSPUFDUJPO ࡦ 4UBUJDFMFDUSJDUZQSPUFDUJPO ࡦ PNNVOJDBUJPOSFMBUFEQSPUFDUJPO ࡦ PNNVOJDBUJPOSFMBUFEQSPUFDUJPO ࡦ PNNVOJDBUJPOSFMBUFEQSPUFDUJPO $PNNVOJDBUJPOT "$QPXFSDSPTT ͕ͳ͍ ЊҎ্ ੑ͕ͳ͍ ΓͰʁ ʹύεͰ͖ͳ͍ɻ Λ͍ͨ͠ɻ ʹରԠͨ͠Πϯύϧεిѹ ࢼ 5SPVCMFEXJUITVSHFSFRVJSFNFOUTʁ ˔1SPEVDUTCFJOHEFWFMPQFEDBO˄UNFFU6-TUBOEBSET ˔/FFEUPQSPUFDUFRVJQNFOUGSPNJOEJSFDUMJHIUOJOHTVSHFTJOUIFGJFME "UUIF.JUTVCJTIJ.BUFSJBMTDFSBNJDGBDUPSZ DVTUPNFSTDBODPNFBOEPCTFSWF UFTUIJOH PG UIFJS QSPEVDU XJUI UIF MBUFTU JNQVMTF WPMUBHF BOE DVSSFOU HFOFSBUPSTUIBUDBOEVQMJDBUFUIFUFTUSFRVJSFNFOUTPGUIFWBSJ PVTXPSMEXJEF TUBOEBSETBHFODJFT'SPNUIFTFUFTUTXFDBOSFDPNNFOEUIFCFTUTPMVUJPOUP IFMQZPVQBTTSFRVJSFNFOUT ͷಛ ˔3FTQPOTFUPRVJDLSJTFUJNFPGTUBUJDFMFDUSJDJUZJTHPPE ˔4BNFRVJDLSFTQPOTFJOEBSLPSMJHIUɹ ˔)JHI*OTVMBUJPO3FTJTUBODF(SFBUFSUIBO Њ ˔-PX$BQBDJUBODF-FTTUIBOQ' ˔/PQPMBSJUZ ■ Features of the Micro-Gap ■ Test Observance Lab֨ن α ồ δ Ξ ϒ ι ồ ό SURGE ABSORBER TUBOEBSE 3FGFSFODFTUBOEBSE ڌ DPOGPSNBODF ڌ DPOGPSNBODF TUBOEBSE TUBOEBSE ڌ TUBOEBSEDPOGPSNBODF ͦͷଞ PUIFST *&&& 6-TUBOEBSET UZQJDBMHBTUVCF αʔδΞϒιʔό .JDSPHBQTVSHF BCTPSCFS FRVJQNFOUTVSHFMJNJU ͷαʔδѹ %$TQBSLPWFS WPMUBHF UJNF WPMUBHF WBSJTUPS ܗ 8BWFGPSN ЖTL7NBY ߟ DPNNFOUT ࡦ OEJSFDUMJHIUOJOHQSPUFDUJPO ЖTL"NBY ЖTL7ЖTL" Q'ЊL7NBY ЖT7" ЖTL7" ЖTL7NBY "$7"T "$7"T "$7"NJO ʙ"$7·Ͱͷաిѹ 0WFSWPMUBHFUP"$7 Űƅſţ෯ʙOTɹL7NBYɹʙ)[ 3FDUBOHVMBSXBWF QVMTFXJEUIʙOT L7NBY ʙ)[ ЖTL7L" ЖTL7NBY ЖTL7NBY ЖTL7NBY ЖL)[L7NBY όϦελ