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Transient Suppressor Reverse Reverse ESD Capacitance Stand-off Beakdown Package Contact/Air Channel Circuit Diagram Pin Configuration Remark CMTLCP020CR35BFE CMTLDF02CR35AFE CMTLDF02CR50BLE CSP020 (pf) V RWM V B KV 0.35pF 0.35pF 0.5pF 8.8V 8.8V ±5kV/±0kV CMTLDF02CR50ALE CMTLFB02CR50ALE FBP-02C 0.5pF ±5kV/±0kV CMTLDF02CR8AFE.8pF 8.8V CMTLFB02C3R0AJE 3.0pF 8.8V CMTLDF02C20BFE 2pF CMTLDF0603C50BFE DFN0603 5pF CMTLDF02C80BLE 8pF 6.V CMTLFB02C450ALE FBP-02C 45pF 6.V 第一页

Transient Suppressor Reverse Reverse ESD Capacitance Stand-off Beakdown Package Contact/Air Channel Circuit Diagram Pin Configuration Remark (pf) V RWM V B KV CMTLDF0CR50DLE 0.5pF 4 ±5kV/±8kV CMTLST23CR0DLE SOT-23-6L 0.9pF 4 ±7kV/±2kV CMTLST363CR0DLE SOT363-6L 0.9pF 4 ±7kV/±2kV CMTLS523C6R0BFE SOD-523 6.0pF 6.V CMTLSD523ZV03C350AFE 35pF 3.0V 4.0V CMTLSD523ZV05C350AFE CMTLSD523ZV07C250AFE SOD-523 35pF 25pF 7.0V 7.5V ±5kV/±8kV CMTLSD523ZV2C50AFE 5pF 2V 3.V CMTLSD323AV05AFE CMTLSD323AV2AFE SOD-323 2V 6.2V 3.3V ±5kV/±8kV 第二页

Transient Suppressor Reverse Reverse ESD Capacitance Stand-off Beakdown Package Contact/Air Channel Circuit Diagram Pin Configuration Remark CMTLSD323CV03CR2AFE CMTLSD323CV05CR2AFE CMTLSD323CV08CR2AFE CMTLSD323CV2CR2AFE CMTLSD323CV5CR2AFE CMTLSD323CV24CR2AFE (pf) V RWM V B KV 3.0V 4.0V 8.0V 8.5V.2pF SOD-323 2V 3.3V 5V 24V 6.7V 26.7V CMTST43CR90BFE SOT-43 0.9pF 2 ±5kV/±8kV CMTLST23CR0BFE SOT-23-3L.0pF 2 ±5kV/±8kV CMTLST23C200DSE SOT23-5 20pF 6.5V 4 ±5kV/±8kV 第三页

Surface Mount Polymeric ESD Suppressors CMPE Maximum Operating (VDC) Leakage 2 (IL) Capacitance 3, @MHz(Cp) Trigger (V t ) Clamping 4 (V c ) Minimum ESD Pulse Withstand CMPE0402P05MIP 5 0.05µA 0.2pF 50V 30V 00 CMPE0402P2MIP 2 0.05µA 0.5pF 300V 20V 00 CMPE0402K30MJP 30 0.05µA 0.5pF 300V 35V 000 CMPE0603P05MIP 5 0.0µA 0.2pF 50V 30V 00 CMPE0603P2MIP 2 0.0µA 0.2pF 50V 30V 00 CMPE0603P24MIP 24 0.0µA 0.5pF 300V 35V 500 Note:. Leakage current at maximum operating voltage. 2. Capacitance is measured with Vrms. 3. Per IEC 6000-4-2, 30A@8KV, level 4, clamp measurement made 30 ns after initiation of pulse, all test in contact discharge mode. CMPE Device I-V Curve 第四页

Multilayer Varistor CMRD() Max. Working (<20µA) Varistor Max. Clamping Rated Single Pulse Typical DC AC RMS @ma DC 8/20µs ESD Energy 0/000µs Peak 8/20µs @0.5Vrms, MHz V WDC (V) V WAC (V) VB(V) VC * (V) VC *2 (V) E T I P (A) C(pF) CMRD0603 TYPE CMRD0603V05C0R5NSP 5.5 4 00~60 - - - - 0.5 CMRD0603V05CR0NSP 5.5 4 00~60 - - - - CMRD0603V05C2R0MSP 5.5 4 60~80 - - - - 2 CMRD0603V05C3R0MSP 5.5 4 60~80 - - - - 3 CMRD0603V05C50MSP 5.5 4 0~4 8 23 0.005 5 CMRD0603V05C220MSP 5.5 4 0~4 8 23 0.005 22 CMRD0603V05C330MSP 5.5 4 0~4 8 23 0.0 3 33 CMRD0603V05C400MSP 5.5 4 0~4 8 23 0.0 5 40 CMRD0603V05C500MSP 5.5 4 0~4 8 23 0.0 5 50 CMRD0603V09C0R5NSP 9 6.4 00~60 - - - - 0.5 CMRD0603V09CR0NSP 9 6.4 00~60 - - - - CMRD0603V09C2R0NSP 9 6.4 60~80 - - - - 2 CMRD0603V09C50MSP 9 6.4 ~6 20 26 0.005 5 CMRD0603V09C220MSP 9 6.4 ~6 20 26 0.005 22 CMRD0603V09C330MSP 9 6.4 ~6 20 26 0.0 3 33 CMRD0603V09C400MSP 9 6.4 ~6 20 26 0.0 5 40 CMRD0603V09C500MSP 9 6.4 ~6 20 26 0.0 5 50 CMRD0603V8C5R0MSP 8 2.7 22~28 40 48 0.003 5 CMRD0603V8C00MSP 8 2.7 22~28 40 48 0.005 0 CMRD0603V26C3R0MSP 26 8.4 3~38 58 70 0.003 3 CMRD0603V26C5R0MSP 26 8.4 3~38 58 70 0.003 5 CMRD005 TYPE CMRD005V05C0R5NSP 5.5 4 00~60 - - - - 0.5 CMRD005V05CR0NSP 5.5 4 00~60 - - - - CMRD005V05C2R0NSP 5.5 4 60~80 - - - - 2 CMRD005V05C3R0MSP 5.5 4 3~38 58 70 0.003 3 CMRD005V05C5R0MSP 5.5 4 22~28 40 48 0.003 5 CMRD005V05C00MSP 5.5 4 22~28 40 48 0.005 2 0 CMRD005V05C20MSP 5.5 4 22~28 40 48 0.005 2 2 CMRD005V05C80MSP 5.5 4 0~4 8 23 0.005 3 8 CMRD005V05C300MSP 5.5 4 0~4 8 23 0.005 5 30 CMRD005V05C500MSP 5.5 4 0~4 8 23 0.0 0 50 CMRD005V05C8MSP 5.5 4 0~4 8 23 0.05 20 80 CMRD005V05C23MSP 5.5 4 0~4 8 23 0.05 20 230 CMRD005V05C36MSP 5.5 4 0~4 8 23 0.05 20 360 CMRD005V09C0R5NSP 9 6.4 00~60 - - - - 0.5 CMRD005V09CR0NSP 9 6.4 00~60 - - - - 第五页

Multilayer Varistor CMRD(2) Max. Working (<20µA) Varistor Max. Clamping Rated Single Pulse Typical DC AC RMS @ma DC 8/20µs ESD Energy 0/000µs Peak 8/20µs @0.5Vrms, MHz V WDC (V) V WAC (V) VB(V) VC * (V) VC *2 (V) E T I P (A) C(pF) CMRD005 TYPE CMRD005V09C2R0NSP 9 6.4 60~80 - - - - 2 CMRD005V09C3R0MSP 9 6.4 3~38 58 70 0.003 3 CMRD005V09C5R0MSP 9 6.4 22~28 40 48 0.003 5 CMRD005V09C00MSP 9 6.4 22~28 40 48 0.005 2 0 CMRD005V09C20MSP 9 6.4 22~28 40 48 0.005 2 2 CMRD005V09C80MSP 9 6.4 ~6 20 26 0.005 3 8 CMRD005V09C300MSP 9 6.4 ~6 20 26 0.005 5 30 CMRD005V09C500MSP 9 6.4 ~6 20 26 0.0 0 50 CMRD005V09C800MSP 9 6.4 ~6 20 26 0.02 5 80 CMRD005V09C0MSP 9 6.4 ~6 20 26 0.05 20 00 CMRD005V09C2MSP 9 6.4 ~6 20 26 0.05 20 20 CMRD005V09C5MSP 9 6.4 ~6 20 26 0.05 20 50 CMRD005V09C23MSP 9 6.4 ~6 20 26 0.05 20 230 CMRD005V4C0R5NSP 4 0 00~60 - - - - 0.5 CMRD005V4CR0NSP 4 0 00~60 - - - - CMRD005V4C2R0NSP 4 0 60~80 - - - - 2 CMRD005V4C3R0MSP 4 0 3~38 58 70 0.003 3 CMRD005V4C5R0MSP 4 0 22~28 40 48 0.003 5 CMRD005V4C00MSP 4 0 6~22 30 39 0.005 2 0 CMRD005V4C20MSP 4 0 6~22 30 39 0.005 2 2 CMRD005V4C80MSP 4 0 6~22 30 39 0.005 3 8 CMRD005V4C300MSP 4 0 6~22 30 39 0.0 5 30 CMRD005V4C500MSP 4 0 6~22 30 39 0.02 0 50 CMRD005V4C800MSP 4 0 6~22 30 39 0.03 5 80 CMRD005V4C0MSP 4 0 6~22 30 39 0.05 20 00 CMRD005V4C2MSP 4 0 6~22 30 39 0.05 20 20 CMRD005V4C6MSP 4 0 6~22 30 39 0.05 20 60 CMRD005V8C0R5NSP 8 2.7 00~60 - - - - 0.5 CMRD005V8CR0NSP 8 2.7 00~60 - - - - CMRD005V8C2R0NSP 8 2.7 60~80 - - - - 2 CMRD005V8C3R0MSP 8 2.7 3~28 58 70 0.003 3 CMRD005V8C5R0MSP 8 2.7 22~28 40 48 0.005 2 5 CMRD005V8C00MSP 8 2.7 22~28 40 48 0.005 2 0 CMRD005V8C50MSP 8 2.7 22~28 40 48 0.005 2 5 CMRD005V8C80MSP 8 2.7 22~28 40 48 0.0 5 8 CMRD005V8C300MSP 8 2.7 22~28 40 48 0.02 0 30 CMRD005V8C500MSP 8 2.7 22~28 40 48 0.02 0 50 第六页

Multilayer Varistor CMRD(3) Max. Working (<20µA) Varistor Max. Clamping Rated Single Pulse Typical DC AC RMS @ma DC 8/20µs ESD Energy 0/000µs Peak 8/20µs @0.5Vrms, MHz V WDC (V) V WAC (V) VB(V) VC * (V) VC *2 (V) E T I P (A) C(pF) CMRD005 TYPE CMRD005V8C0MSP 8 2.7 22~28 40 48 0.05 20 00 CMRD005V26C0R5NSP 26 8.4 00~60 - - - - 0.5 CMRD005V26CR0NSP 26 8.4 00~60 - - - - CMRD005V26C2R0NSP 26 8.4 60~80 - - - - 2 CMRD005V26C3R0MSP 26 8.4 3~38 58 70 0.003 3 CMRD005V26C00MSP 26 8.4 3~38 58 70 0.005 2 0 CMRD005V26C20MSP 26 8.4 3~38 58 70 0.005 2 2 CMRD005V26C80MSP 26 8.4 3~38 58 70 0.02 5 8 CMRD005V26C300MSP 26 8.4 3~38 58 70 0.03 0 30 CMRD005V26C500MSP 26 8.4 3~38 58 70 0.03 0 50 CMRD608 TYPE CMRD608V05C0R5NSP 5.5 4 00~60 - - - - 0.5 CMRD608V05CR0NSP 5.5 4 00~60 - - - - CMRD608V05C2R0NSP 5.5 4 60~80 - - - - 2 CMRD608V05C3R0MSP 5.5 4 3~38 58 70 0.003 3 CMRD608V05C5R0MSP 5.5 4 22~28 40 48 0.003 5 CMRD608V05C00MSP 5.5 4 22~28 40 48 0.005 2 0 CMRD608V05C20MSP 5.5 4 22~28 40 48 0.005 2 2 CMRD608V05C80MSP 5.5 4 0~4 8 23 0.005 3 8 CMRD608V05C300MSP 5.5 4 0~4 8 23 0.005 5 30 CMRD608V09C0R5NSP 9 6.4 00~60 - - - - 0.5 CMRD608V09CR0NSP 9 6.4 00~60 - - - - CMRD608V09C2R0NSP 9 6.4 60~80 - - - - 2 CMRD608V09C3R0MSP 9 6.4 3~38 58 70 0.003 3 CMRD608V09C5R0MSP 9 6.4 22~28 40 48 0.003 5 CMRD608V09C00MSP 9 6.4 22~28 40 48 0.005 2 0 CMRD608V09C20MSP 9 6.4 22~28 40 48 0.005 2 2 CMRD608V09C80MSP 9 6.4 ~6 20 26 0.005 3 8 CMRD608V09C300MSP 9 6.4 ~6 20 26 0.005 5 30 CMRD608V09C500MSP 9 6.4 ~6 20 26 0.0 0 50 CMRD608V4C0R5NSP 4 0 00~60 - - - - 0.5 CMRD608V4CR0NSP 4 0 00~60 - - - - CMRD608V4C2R0NSP 4 0 60~80 - - - - 2 CMRD608V4C00MSP 4 0 6~22 30 39 0.005 2 0 CMRD608V4C20MSP 4 0 6~22 30 39 0.005 2 2 CMRD608V4C80MSP 4 0 6~22 30 39 0.005 3 8 CMRD608V4C300MSP 4 0 6~22 30 39 0.0 5 30 第七页

Multilayer Varistor CMRD(4) Max. Working (<20µA) Varistor Max. Clamping Rated Single Pulse Typical DC AC RMS @ma DC 8/20µs ESD Energy 0/000µs Peak 8/20µs @0.5Vrms, MHz V WDC (V) V WAC (V) VB(V) VC * (V) VC *2 (V) E T I P (A) C(pF) CMRD608 TYPE CMRD608V4C500MSP 4 0 6~22 30 39 0.02 0 50 CMRD608V4C800MSP 4 0 6~22 30 39 0.03 5 80 CMRD608V8C0R5NSP 8 2.7 00~60 - - - - 0.5 CMRD608V8CR0NSP 8 2.7 00~60 - - - - CMRD608V8C2R0NSP 8 2.7 60~80 - - - - 2 CMRD608V8C3R0MSP 8 2.7 22~27 40 48 0.003 3 CMRD608V8C5R0MSP 8 2.7 22~28 40 48 0.003 5 CMRD608V8C00MSP 8 2.7 22~28 40 48 0.003 0 CMRD608V8C80MSP 8 2.7 22~28 40 48 0.005 5 8 CMRD608V8C300MSP 8 2.7 22~28 40 48 0.02 0 30 CMRD608V8C600MSP 8 2.7 22~28 40 48 0.02 0 60 CMRD608V8C800MSP 8 2.7 22~28 40 48 0.03 5 80 CMRD608V8C0MSP 8 2.7 22~28 40 48 0.05 20 00 CMRD608V26C3R0MSP 26 8.4 3~38 58 70 0.003 3 CMRD608V26C80MSP 26 8.4 3~38 58 70 0.02 5 8 CMRD608V26C300MSP 26 8.4 3~38 58 70 0.03 0 30 CMRD608V26C500MSP 26 8.4 3~38 58 70 0.03 0 50 第八页

Surge CMSGDA4 Series(Surface Absorber / 突波吸收器 ) 料号 CMSGDA4V60M 600V±20% 00 500 CMSGDA4V02M 000±20% 00 500 CMSGDA4V52M 500±20% KA times 00 500 CMSGDA4V242M 2400±20% 200V-3sec 00A 00 500 CMSGDA4V302M 3000±20% 500V-min 300times 00 500 CMSGDA4V362M 3600±20% 800V-3sec 00 500 CMSGDA4V452M 4500±20% 2000V-min 2KA times 00 500 CMSGDA4V622M 6200±20% 3000V-min 00 500 应用 : Power Supply;2 变频空调 /Conversion air conditioner;3 TEL FAX MODEM CMSG2S2R Series CMSG2S2R90 90V±20% 500 2 0.5 00 50 CMSG2S2R40 40±20% 600 2 0.5 00 50 CMSG2S2R200 200±20% 600 2 0.5 00 00 CMSG2S2R300 300±20% 800 2 0.5 00 00 CMSG2S2R400 400±20% 900 2 0.5 00 00 CMSG2S2R500 500±20% 000 2 0.5 00 00 CMSG2S2R Series CMSG3S2R75 75V±30% 500 4.5 00 50 CMSG3S2R90 90V±30% 600 4.5 00 50 CMSG3S2R40 40±20% 600 4.5 00 00 CMSG3S2R200 200±20% 600 4.5 00 00 CMSG3S2R230 230±20% 650 4.5 00 00 CMSG3S2R350 350±20% 800 4.5 00 00 CMSG3S2R400 400±20% 800 4.5 00 00 CMSG3S2R470 470±20% 900 4.5 00 00 CMSG3S2R600 600±20% 000 4.5 00 00 应用 :. CATV modem,telecom protection 2. Hub protection,security systems 3. Data acquision and Audio systems 4. Set-Top Box protection Min. MΩ Surface mounted Gas Tube/ 贴片气体放电 ) 料号 DC Spartk- Over 标称直流击穿电压击穿电压 00V/s Vs(V) DC Spartk- Over 标称直流击穿电压击穿电压 00V/s Vs(V) AC Withstanding 耐交流能力 AC Withstanding 耐交流能力 8X20µs(KA) 8X20µs(KA) 8X20µs(A) 8X20µs(A) Insulation Resistance 绝缘电阻 Min. MΩ DC V Insulation Resistance 绝缘电阻 DC V Capacitance 电容值 C KHz<6V pf Max. Capacitance 电容值 C KHz<6V pf Max. 第九页

Surge Bi-electrode Gas Tube/ 二极气体放电管 ) 料号 CMSG5A2R Series DC Spartk- Over 标称直流击穿电压击穿电压 00V/s Vs(V) AC Withstanding 耐交流能力 8X20µs(KA) 8X20µs(A) Insulation Resistance 绝缘电阻 CMSG5A2R75 75V±30% 700 2.5 2.5 000 50 CMSG5A2R90 900±30% 700 2.5 2.5 000 50 CMSG5A2R50 50±30% 700 2.5 2.5 000 50 CMSG5A2R230 230±20% 800 2.5 2.5 000 00 CMSG5A2R350 350±20% 800 2.5 2.5 000 00 CMSG5A2R470 470±20% 900 2.5 2.5 000 00 CMSG5A2R600 600±20% 200 2.5 2.5 000 00 CMSG5A2R000 000±20% 800 2.5 2.5 000 00 CMSG8A2R Series CMSG8A2R75 75V±30% 700 5 5 000 50 CMSG8A2R90 900±30% 700 5 5 000 50 CMSG8A2R50 50±30% 700 5 5 000 50 CMSG8A2R230 230±20% 800 5 5 000 00 CMSG8A2R350 350±20% 800 5 5 000 00 CMSG8A2R420 420±20% 900 5 5 000 00 CMSG8A2R600 600±20% 200 5 5 000 250 CMSG8A2R000 000±20% 800 5 2.5 000 250 应用 : Cable TV / Coaxial cable protection;2 AC Line Protection;3 Power Supply Protectction;4 Telecommunications Tri-electrode Gas Tube/ 三极气体放电管料号 DC Spartk- Over 标称直流击穿电压击穿电压 00V/s Vs(V) CMSG5M3R75 75V±30% 700 2.5 2.5 000 50 CMSG5M3R90 90±30% 700 2.5 2.5 000 50 CMSG5M3R50 50±30% 700 2.5 2.5 000 50 CMSG5M3R230 230±20% 800 2.5 2.5 000 00 CMSG5M3R350 350±20% 800 2.5 2.5 000 00 CMSG5M3R420 420±20% 900 2.5 2.5 000 00 CMSG5M3R600 600±20% 200 2.5 2.5 000 250 CMSG5M3R000 000±20% 800 2.5 2.5 000 250 应用 :. CATV modem,telecom protection 2. Hub protection,security systems 3. Data acquision and Audio systems 4. Set-Top Box protection AC Withstanding 耐交流能力 8X20µs(KA) 8X20µs(A) Min. MΩ Min. MΩ DC V Insulation Resistance 绝缘电阻 DC V Capacitance 电容值 C KHz<6V pf Max. Capacitance 电容值 C KHz<6V pf Max. 第十页

Semiconductor Tube( 半导体放电管半导体放电管 ) 料号 Peak off-state Peak Power Dissipation (P PK ) Peak Forward Surge (I FSM ) (V) (W) (A) package Remark SMAJ5.0 ~ SMAJ440CA 5.0~440 400 40 DO-24AC SMBJ5.0~SMBJ440CA 5.0~440 600 00 DO-24AA SMCJ5.0~SMCJ440A 5.0~440 500 200 DO-24AB SMDJ5.0~SMDJ70A 5.0~70 3000 300 DO-24AB SLCB6.5~SLCB70A 6.5~70 600 00 DO-24AA C J 50pF P6KE6.8~P6KE550CA 6.8~550 600 00 DO-5 第十一页