NTE169 NTE-169 | ECG169 ECG-169 | NTE Electronics
NTE169
Single Phase Bridge Rectifier
2.0 Amp
NTE166 thru NTE170
Features:
Diffused Junction
Low Forward Voltage Drop
High Current Capability
High Reliability
High Surge Current Capability
Ideal for Printed Circuit Board
Info as pdf-file
NTE-ECG replacement list as pdf-file
NTE-ECG diagrams
Maximum Ratings and Electrical Characteristics: (TA = +25°C unless otherwise specified. Single
Phase, Half Wave, 60Hz, Resistive or Inductive Load. For Capacitive Load, Derate Current by 20%)
Peak Repetitive Reverse Voltage, VRRM
NTE166.................................................................... 100V
NTE167.................................................................... 200V
NTE168.................................................................... 400V
NTE169.................................................................... 600V
NTE170...................................................................1000V
Working Peak Reverse Voltage, VRWM
NTE166.................................................................... 100V
NTE167.................................................................... 200V
NTE168.................................................................... 400V
NTE169.................................................................... 600V
NTE170...................................................................1000V
DC Blocking Voltage, VR
NTE166.................................................................... 100V
NTE167.................................................................... 200V
NTE168.................................................................... 400V
NTE169.................................................................... 600V
NTE170...................................................................1000V
RMS Reverse Voltage, VR(RMS)
NTE166.....................................................................70V
NTE167.................................................................... 140V
NTE168.................................................................... 280V
NTE169.................................................................... 420V
NTE170.................................................................... 700V
Average Rectified Output Current (TA = +50°C, Note 1), IO...............................2A
Peak Forward Surge Current, IFSM
(8.3ms Single Sine−Wave Superimposed on Rated Load).........................60A
Forward Voltage Drop (Per Bridge Element, IF = 2A), VFM.............................. 1.1V
Note 1. Leads maintained at ambient temperature at a distance of 9.5mm from case.
Maximum Ratings and Electrical Characteristics: (TA = +25°C unless otherwise specified.
Single Phase, Half Wave, 60Hz, Resistive or Inductive Load. For Capacitive Load, Derate Current by 20%)
Maximum Reverse Current (at Rated DC Blocking Voltage), IRM
TA = +25°C.................................................................10μA
TA = +100°C...............................................................500μA
Rating for Fusing (t < 8.3ms), I2t...................................................15A2s
Typical Junction Capacitance (Per Element, Note 2), Cj................................ 25pF
Typical Thermal Resistance, Junction−to−Ambient (Note 3), RthJA.....................30K/W
Operating Junction Temperature Range, TJ.................................. −55° to +165°C
Storage Temperature Range, Tstg.......................................... −55° to +165°C
Note 2. Measured at 1.0MHz and applied reverse voltage of 4VDC.
Note 3. Thermal resistance junction−to−ambient mounted on a PC board with 12mm2 copper pad.
Unser Halbleiter Katalog (ohne NTE-Sortiment)
NTE Sortiment (unser ganzes Sortiment)
Einzel-Halbleiter (ganzes Sortiment)
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Anmerkung zu den NTE/ECG Austauschhalbleiter:
NTE-Austauschhalbleiter (früher ECG Philips und Sylvania) sind sorgfältig
ausgesuchte und erprobte Halbleiter, die einen sicheren Ersatz
für Originaltypen verschiedenster Hersteller und Ursprünge für
fast alle Applikationsbereiche im Wartungsdienst bieten.
Alle NTE-Austausch-Halbleiter sind einzeln in durchsichtigen
Plastikbeuteln verpackt, auf welchen die wichtigsten Daten
vermerkt sind.
