P6KE-G Series. 600W Transient Voltage Suppressor. Stand-off Voltage: 6.8 ~ 600V Power Dissipation: 600 Watts RoHS Device. Features.

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1 P6KE-G Series Stand-off Voltage: 6.8 ~ 6V Power Dissipation: 6 Watts RoHS Device Features -Plastic package has underwriters laboratory flammability classification 94V- -6W, surge capability at ms. -Excellent clamping capability. -Low Zener impedance. -Fast response time: typically less than ps from volt to BV min. -Typical IR less than μa above V. (2.4) MIN..3(7.63).23(.8) D-.33(.84).27(.7) Mechanical Data -Epoxy: UL 94V- rate flame retardant -Case: Molded plastic D- -Terminals: Axial leads solderable per MIL-STD-22, Method 28 -Polarity: Color band denotes positive end (cathode) -Weight:.4 grams (2.4) MIN..42(3.6).2(2.6) Dimensions in inches and (millimeter) Maximum Ratings and Electrical Characteristics Symbol Parameter Value t Peak power dissipation with a /μs waveform (Note ) PPP 6 W Peak pulse current with a / μs waveform (Note ) IPP See Next Table A Power dissipation on infinite heatsink at TL=7 C PD. W Peak forward surge current, 8.3mS single half sine-wave unidirectional only (JEDEC method) (Note 2) IFSM A Maximum instantantaneous forward voltage at A for unidirectional only(note 3) VF 3./. V perating junction and storage temperature range TJ, TSTG - to + C NTES: () Non-repetitive current pulse, per fig. and derated above TA=2 C per fig. (2) Measured on 8.3ms single half sine-wave or equivalent square wave,equare wave,duty cycle=4 pulses per minute maximum (3) VF<3.V for devices of VBR<2V and VF<.V for devices of VBR>2V Page

2 RATING AND CHARACTERISTIC (P6KE-G Series) Part No. Absolute Maximum Rating (Ta=2 C) Electrical Characteristics (Ta=2 C) Marking Code. P6KE6.8-G P6KE6.8A-G P6KE7.-G P6KE7.A-G P6KE8.2-G P6KE8.2A-G P6KE9.-G P6KE9.A-G P6KE-G P6KEA-G P6KE-G P6KEA-G P6KE2-G P6KE2A-G P6KE3-G P6KE3A-G P6KE-G P6KEA-G P6KE6-G P6KE6A-G P6KE8-G P6KE8A-G P6KE2-G P6KE2A-G P6KE22-G P6KE22A-G P6KE24-G P6KE24A-G P6KE27-G P6KE27A-G P6KE3-G P6KE3A-G P6KE33-G P6KE33A-G P6KE36-G P6KE36A-G P6KE39-G P6KE39A-G P6KE43-G P6KE43A-G P6KE47-G P6KE47A-G P6KE-G P6KEA-G P6KE6.8C-G P6KE6.8CA-G P6KE7.C-G P6KE7.CA-G P6KE8.2C-G P6KE8.2CA-G P6KE9.C-G P6KE9.CA-G P6KEC-G P6KECA-G P6KEC-G P6KECA-G P6KE2C-G P6KE2CA-G P6KE3C-G P6KE3CA-G P6KEC-G P6KECA-G P6KE6C-G P6KE6CA-G P6KE8C-G P6KE8CA-G P6KE2C-G P6KE2CA-G P6KE22C-G P6KE22CA-G P6KE24C-G P6KE24CA-G P6KE27C-G P6KE27CA-G P6KE3C-G P6KE3CA-G P6KE33C-G P6KE33CA-G P6KE36C-G P6KE36CA-G P6KE39C-G P6KE39CA-G P6KE43C-G P6KE43CA-G P6KE47C-G P6KE47CA-G P6KEC-G P6KECA-G VRWM VBR Min. VBR Max. IT IFSM Max. Max. ( V ) ( V ) ( V ) ( ma ) (A)@8.3mS ( V ) IPPM (A) ua P6KE6.8 P6KE6.8C P6KE6.8A P6KE6.8CA P6KE7. P6KE7.C P6KE7.A P6KE7.CA P6KE8.2 P6KE8.2C P6KE8.2A P6KE8.2CA P6KE9. P6KE9.C P6KE9.A P6KE9.CA P6KE P6KEC P6KEA P6KECA P6KE P6KEC P6KEA P6KECA P6KE2 P4KE2C P6KE2A P6KE2CA P6KE3 P6KE3C P6KE3A P6KE3CA P6KE P6KEC P6KEA P6KECA P6KE6 P6KE6C P6KE6A P6KE6CA P6KE8 P6KE8C P6KE8A P6KE8CA P6KE2 P6KE2C P6KE2A P6KE2CA P6KE22 P6KE22C P6KE22A P6KE22CA P6KE24 P6KE24C P6KE24A P6KE24CA P6KE27 P6KE27C P6KE27A P6KE27CA P6KE3 P6KE3C P6KE3A P6KE3CA P6KE33 P6KE33C P6KE33A P6KE33CA P6KE36 P6KE36C P6KE36A P6KE36CA P6KE39 P6KE39C P6KE39A P6KE39CA P6KE43 P6KE43C P6KE43A P6KE43CA P6KE47 P6KE47C P6KE47A P6KE47CA P6KE P6KEC P6KEA P6KECA Page 2

3 VRWM VBR Max. IT IFSM ( V ) ( V ) ( ma ) (A)@8.3mS ( V ) IPPM (A) Part No. Absolute Maximum Rating (Ta=2 C) Electrical Characteristics (Ta=2 C) Max. Max. ua VBR Min. Marking Code. ( V ) P6KE6C-G P6KE6CA-G P6KE62C-G P6KE62CA-G P6KE68C-G P6KE68CA-G P6KE7C-G P6KE7CA-G P6KE82C-G P6KE82CA-G P6KE9C-G P6KE9CA-G P6KEC-G P6KECA-G P6KEC-G P6KECA-G P6KE2C-G P6KE2CA-G P6KE3C-G P6KE3CA-G P6KEC-G P6KECA-G P6KE6C-G P6KE6CA-G P6KE7C-G P6KE7CA-G P6KE8C-G P6KE8CA-G P6KE2C-G P6KE2CA-G P6KE22C-G P6KE22CA-G P6KE2C-G P6KE2CA-G P6KE3C-G P6KE3CA-G P6KE3C-G P6KE3CA-G P6KE38C-G P6KE38CA-G P6KE4C-G P6KE4CA-G P6KE44C-G P6KE44CA-G P6KE6 P6KE6A P6KE62 P6KE62A P6KE68 P6KE68A P6KE7 P6KE7A P6KE82 P6KE82A P6KE9 P6KE9A P6KE P6KEA P6KE P6KEA P6KE2 P6KE2A P6KE3 P6KE3A P6KE P6KEA P6KE6 P6KE6A P6KE7 P6KE7A P6KE8 P6KE8A P6KE2 P6KE2A P6KE22 P6KE22A P6KE2 P6KE2A P6KE3 P6KE3A P6KE3 P6KE3A P6KE38 P6KE38A P6KE6C P6KE6CA P6KE62C P6KE62CA P6KE68C P6KE68CA P6KE7C P6KE7CA P6KE82C P6KE82CA P6KE9C P6KE9CA P4KEC P6KECA P6KEC P6KECA P6KE2C P6KE2CA P6KE3C P6KE3CA P6KEC P6KECA P6KE6C P6KE6CA P6KE7C P6KE7CA P6KE8C P6KE8CA P6KE2C P6KE2CA P6KE22C P6KE22CA P6KE2C P6KE2CA P6KE3C P6KE3CA P6KE3C P6KE3CA P6KE38C P6KE38CA RATING AND CHARACTERISTIC (P6KE-G Series) Page 3 P6KE6-G P6KE6A-G P6KE62-G P6KE62A-G P6KE68-G P6KE68A-G P6KE7-G P6KE7A-G P6KE82-G P6KE82A-G P6KE9-G P6KE9A-G P6KE-G P6KEA-G P6KE-G P6KEA-G P6KE2-G P6KE2A-G P6KE3-G P6KE3A-G P6KE-G P6KEA-G P6KE6-G P6KE6A-G P6KE7-G P6KE7A-G P6KE8-G P6KE8A-G P6KE2-G P6KE2A-G P6KE22-G P6KE22A-G P6KE2-G P6KE2A-G P6KE3-G P6KE3A-G P6KE3-G P6KE3A-G P6KE38-G P6KE38A-G P6KE4-G P6KE4A-G P6KE44-G P6KE44A-G P6KE4 P6KE4A P6KE44 P6KE44A P6KE4C P6KE4CA P6KE44C P6KE44CA

4 RATING AND CHARACTERISTIC (P6KE-G Series) Part No. Absolute Maximum Rating (Ta=2 C) Electrical Characteristics (Ta=2 C) VRWM VBR Min. VBR Max. IT IFSM Max. Max. ( V ) ( V ) ( V ) ( ma ) (A)@8.3mS ( V ) IPPM (A) ua Marking Code. P6KE-G P6KEC-G P6KE P6KEC P6KEA-G P6KECA-G P6KEA P6KECA P6KE2-G P6KE2C-G P6KE2 P6KE2C P6KE2A-G P6KE2CA-G P6KE2A P6KE2CA P6KE-G P6KEC-G P6KE P6KEC P6KEA-G P6KECA-G P6KEA P6KECA P6KE6-G P6KE6C-G P6KE6 P6KE6C P6KE6A-G P6KE6CA-G P6KE6A P6KE6CA Page 4

5 RATING AND CHARACTERISTIC CURVES (P6KE-G Series) Fig. - Pulse Derating Curve Fig.2 - Maximum Non-Repetitive Surge Current Peak Pulse in Percentage of Peak Power or Current,(%) 7 2 Peak Forward Surge Current, (A) TJ=TJ Max 8.3 ms Single Half Sine-Wave Ambient Temperature,TA ( C) Number of Cycles at 6 Hz. Fig.3 - Steady State Power Derating Curve Fig.4 - Peak Pulse Power Rating Curve Steady State Power Dissipation, (W) Peak Power(kW) Lead Temperature, TL ( C).. Pulse Width,td (μs) Fig. - Pulse Waveform Fig.6 - Typical Junction Capacitance Peak Pulse Current, (%) TR=uS Peak Value (IPP) TJ=2 C td Half value=ipp/2 Pulse width(td) is defined as the point where the peak current decays to % of Ipp /μsec. waveform as defined by R.E.A. Junction Capacitance, (pf) bias bias VRWM TJ=2 C f=mhz Time, (ms) Reverse Breakdown Voltage, VBR (V) Page

6 Taping Specification For Axial Lead Diodes E T Z 9 ± L B L2 E T D- SYMBL (mm) (inch) A B Z T E L-L2. ±. 2. ±..2 (max) 6. ±.4 3 (max) (max).97± ±.2.47 (max).236 ±.6.8(max).39 (max) L H W Standard Packaging Case Type D- Inner BX Dimension (L*W*H) 22*8*7 BX Inner BX ( K ) 2 Box / Carton (EA) CARTN ( K ) 2 D- 26*7*4 3 3 Comchip Technology C., LTD. Page 6

Comchip 3KP-G Transient Voltage Suppressor Datasheet

Comchip 3KP-G Transient Voltage Suppressor Datasheet Comchip 3KP-G Transient Suppressor Datasheet http://www.manuallib.com/comchip/3kp-g-transient-voltage-suppressor-datasheet.html Features -Glass passivated chip. -Low leakage. -Uni and Bidirection unit.