Details, datasheet, quote on part number: Z25SG
PartZ25SG
CategoryDiscrete => Diodes & Rectifiers
DescriptionVRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 3000 ;; Package = Axial-leaded,glass ;; Terminations = Leads
CompanyVoltage Multipliers, Inc.
DatasheetDownload Z25SG datasheet
Cross ref.Similar parts: Z20SG
  

 

Features, Applications
1.5 A Forward Current 3000 ns Recovery Time AXIAL LEADED HERMETICALLY SEALED

Part Number Working Reverse Voltage (Vrwm) Average Rectified Current (Io) Reverse Current @ Vrwm (Ir) Forward Voltage 1 Cycle Repetitive Reverse Surge Recovery Current Time tp=8.3ms (3) (Ifsm) (Ifrm) (Trr) 25C Amps 25C Amps 25C ns Thermal Impedance Junction Cap. @ 1kHZ (Cj) 25C pF

Dimensions: In. (mm) All temperatures are ambient unless otherwise noted. Data subject to change without notice.

VOLTAGE MULTIPLIERS INC. 8711 W. Roosevelt Ave. Visalia, CA 93291


 

Related products with the same datasheet
Z15SG
Z20SG
Z30SG
Z40SG
Z50SG
Z60SG
Z80SG
Some Part number from the same manufacture Voltage Multipliers, Inc.
Z25UF VRWM = 10KV ;; Io(A) = .400 ;; Trr(nS) = 100 ;; Package = Axial-leaded,epoxy ;; Terminations = Leads
Z25UFG VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 100 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z25UL VRWM = 2.0KV ;; Io(A) = 3.5 ;; Trr(nS) = 70 ;; Package = Smd,glass ;; Terminations = Formed-lead
Z30FG VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 200 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z30SG VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 3000 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z30UFG Obselete, Direct Replacement : 1N6513
Z30UL VRWM = 2.0KV ;; Io(A) = 3.5 ;; Trr(nS) = 70 ;; Package = Smd,glass ;; Terminations = Formed-lead
Z40FG VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 200 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z40SG VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 3000 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z40UFG Obselete, Direct Replacement : 1N6513
Z40UL VRWM = 2.0KV ;; Io(A) = 3.5 ;; Trr(nS) = 70 ;; Package = Smd,glass ;; Terminations = Formed-lead
Z50F VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 200 ;; Package = Axial-leaded,epoxy ;; Terminations = Leads
Z50FF3 VRWM = 10KV ;; Io(A) = .180 ;; Trr(nS) = 30 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z50FF3LL VRWM = 2.0KV ;; Io(A) = 2.0 ;; Trr(nS) = 30 ;; Package = Smd,glass ;; Terminations = Formed-lead
Z50FF5 VRWM = 5.0KV ;; Io(A) = .360 ;; Trr(nS) = 50 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z50FF5L VRWM = 2.0KV ;; Io(A) = 2.0 ;; Trr(nS) = 30 ;; Package = Smd,glass ;; Terminations = Formed-lead
Z50FG VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 200 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z50S VRWM = 10KV ;; Io(A) = .600 ;; Trr(nS) = 3000 ;; Package = Axial-leaded,epoxy ;; Terminations = Leads
Z50SG VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 3000 ;; Package = Axial-leaded,glass ;; Terminations = Leads
Z50UF VRWM = 10KV ;; Io(A) = .400 ;; Trr(nS) = 100 ;; Package = Axial-leaded,epoxy ;; Terminations = Leads
Z50UFG VRWM = 10KV ;; Io(A) = .500 ;; Trr(nS) = 100 ;; Package = Axial-leaded,glass ;; Terminations = Leads
 
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