VOLTAGE730 Search Results

Contextual Info: V575PA80C Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage910 V(RMS) Max. Applied Voltage575 V(DC) Max. Applied Voltage730 I(TM) Max.(A) Peak Current6.5k V(C) Nom. (V) Clamping Voltage1.14k @I(PP) (A) (Test Condition)100 W(TM) Max.(J) Transient Energy220

Contextual Info: CPT50060 Diodes Center-Tapped Positive CC Schottky Rectifier Military/High-RelN I O Max.(A) Output Current250 @Temp (øC) (Test Condition)132# V(RRM)(V) Rep.Pk.Rev. Voltage60 I(FSM) Max.(A) Pk.Fwd.Sur.Cur.5.0k¥ V(FM) Max.(V) Forward Voltage730m @I(FM) (A) (Test Condition)250

Contextual Info: V250LS2 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage390 V(RMS) Max. Applied Voltage250 V(DC) Max. Applied Voltage330 I(TM) Max.(A) Peak Current1.2k V(C) Nom. (V) Clamping Voltage730 @I(PP) (A) (Test Condition)10 W(TM) Max.(J) Transient Energy21

Contextual Info: V571CA60 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage910 V(RMS) Max. Applied Voltage575 V(DC) Max. Applied Voltage730 I(TM) Max.(A) Peak Current70k V(C) Nom. (V) Clamping Voltage1.42k @I(PP) (A) (Test Condition)200 W(TM) Max.(J) Transient Energy2.1k

Contextual Info: V250LU2 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage390 V(RMS) Max. Applied Voltage250 V(DC) Max. Applied Voltage330 I(TM) Max.(A) Peak Current1.2k V(C) Nom. (V) Clamping Voltage730 @I(PP) (A) (Test Condition)10 W(TM) Max.(J) Transient Energy21

Contextual Info: 1JUS.730A Diodes General-Purpose Reference/Regulator Diode Military/High-RelN V Z Nom.(V) Reference Voltage730m @I(Z) (A) (Test Condition)50m Tolerance (%)10 P(D) Max. (W)1.5 Z(z) Max. (ê) Dyn. Imped.1.0Â Temp Coef pp/10k Maximum Operating Temp (øC)150’

Contextual Info: V250LA2 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage390 V(RMS) Max. Applied Voltage250 V(DC) Max. Applied Voltage330 I(TM) Max.(A) Peak Current1.2k V(C) Nom. (V) Clamping Voltage730 @I(PP) (A) (Test Condition)10 W(TM) Max.(J) Transient Energy21

Contextual Info: V250LC2 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage390 V(RMS) Max. Applied Voltage250 V(DC) Max. Applied Voltage330 I(TM) Max.(A) Peak Current1.2k V(C) Nom. (V) Clamping Voltage730 @I(PP) (A) (Test Condition)10 W(TM) Max.(J) Transient Energy21

Contextual Info: V271NA34 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage430 V(RMS) Max. Applied Voltage275 V(DC) Max. Applied Voltage369 I(TM) Max.(A) Peak Current40k V(C) Nom. (V) Clamping Voltage730 @I(PP) (A) (Test Condition)200 W(TM) Max.(J) Transient Energy400

Contextual Info: 1JUS.730B Diodes General-Purpose Reference/Regulator Diode Military/High-RelN V Z Nom.(V) Reference Voltage730m @I(Z) (A) (Test Condition)50m Tolerance (%)5ì P(D) Max. (W)1.5 Z(z) Max. (ê) Dyn. Imped.1.0Â Temp Coef pp/10k Maximum Operating Temp (øC)150’

Contextual Info: V250LT2 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage390 V(RMS) Max. Applied Voltage250 V(DC) Max. Applied Voltage330 I(TM) Max.(A) Peak Current1.2k V(C) Nom. (V) Clamping Voltage730 @I(PP) (A) (Test Condition)10 W(TM) Max.(J) Transient Energy21

Contextual Info: V575LA80BX10 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage910 V(RMS) Max. Applied Voltage575 V(DC) Max. Applied Voltage730 I(TM) Max.(A) Peak Current6.5k V(C) Nom. (V) Clamping Voltage1.4k @I(PP) (A) (Test Condition)100 W(TM) Max.(J) Transient Energy220

Contextual Info: V571DB40 Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage910 V(RMS) Max. Applied Voltage575 V(DC) Max. Applied Voltage730 I(TM) Max.(A) Peak Current40k V(C) Nom. (V) Clamping Voltage1.48k @I(PP) (A) (Test Condition)200 W(TM) Max.(J) Transient Energy770

coto relay 1200

Abstract: Coto Relay 2400 DIODE 1N4002 relay coto 2400 2400 COTO coto 1200 1N4002 coto relay 7203 coto 7000 7000 coto Series
Contextual Info: 7000 Series/High Reliability Reed Relays High Reliability Reed Relays The 7000 Series is ideally suited to the needs of Instrumentation, Data Acquisition, Process Control, Telecommunications and General Purpose requirements. The specification tables allow you to select the appropriate relay for your particular application. These models are specifically