Z5W27V KEC | Alldatasheet
Document overview
- Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 2
Technical content
KOREA ELECTRONICS CO.LTD. TECHNICAL DATA | ZENER DIODE SILICON DIFFUSED-JUNCTION TYPE BEST SUITED FOR OVERVOLTAGE PROTECTION OF ELECTRONIC SYSTEM : ELECTRONIC SYSTEM FOR USE IN AUTOMOBILES ELECTRONIC SYSTEM FOR COMMERCIAL USE ELECTRONIC SYSTEM FOR INDUSTRIAL USE — : FOR COMMUNICATIONS, CONTROLS, MEASURING iS INSTRUMENTS, ETC. ; be - << [o | iasi0a | il FEATURES ; ; : + Excellent clamp voltage characteristics that protect electronic 1 [1 | so05 | system from any kind of surge. “{ DD + High surge power withstanding capabilities that absorb load oF} 5 dump surge. [Za Fila + Excellent surge responsibility for steep surge absorption, wey + Surface mount type is available for easy applications. Zxial lead type is also available. + Although the typical zener voltage is Vz-27V, we can provide the products other than the typical values. + Corresponds to taping packages. (500P/Reel) DO-218 MAXIMUM RATINGS (Ta=25) CHARACTERISTIC SYMBOL | RATING | UNIT Allowable Power Dissipation A " Non-Repetitive Peak Reverse eerie Trswt 62 A fas }_}__\\ for_the exponents.) 0 10ms Note 1 : Lead tip temperature T,=25. Fig.1 ELECTRICAL CHARACTERISTICS (Ta=25C) Fieve fw fe | ee 1998. 5. 8 Revision No : 0 KEC 2
P-T,, Ta Ee 6 > (EERE EEET = [Saar ] ne CC substrate z rT NLL fF ff [| Solder round al 010mm | E of Nae supetrate Size 22s oe a [Thickness cl _1.6mm__| a ee | eg (Dyn Fe o. TARE TN Tr | | & Ptr, Cel a A SS p te | i a = ttt tT Ev = 0 50 100 150 LEAD TEMPERATURE Ty, AMBIENT TEMPERATURE Ta (‘C) Iz - Vz _ Prsm — tw 108 = = 108 Fj Typical a Ta=25°C t & Ta=25C V | fy | ° iy lot E 104 VALUE Rectangular & 108 = 103 > — ETAT LET : TH % 10° 5 102|DESIGN RECOMMENDED REGION ) aa Z 3 g g 101 8 to! 26 27 28 29 #30 «31 32 s 0.1 1 10 100 B ZENER VOLTAGE Vz, (V) PULSE WIDTH tw (ms) z Ru - t Ip-Vp = 100 ZB 100 & ~ Ta=25'C = 10 LE —r _| = /| ys a g Rth(j-a) A a oe yf tt E
3 A 3 /
BE 0. Rth(j-D) :Transient Thermal z P Resistance between junction and & anode electrode. £ 0.01 TIME t (S) FORWARD VOLTAGE Vp (V) 1998. 5. 8 Revision No : 0 KEC 2/2