SIDAC K1V5 Search Results

DIODE KIV

Abstract: SIDAC KIV DIODE KIV 4 diode KIV 8 diode KIV 70 DIODE KIV 2 kiv 07 sidac violet kiv diode KIV* diode
Contextual Info: SIDAC SILICON DIODE FOR ALTERNATING CURRENT Sidac Features 1. Symmetrical characteristics. 2. Directly switching performance to commercial power sources and generating pulse by simple circuit. 3. The glass passivation ensures high reliability. Application

Contextual Info: SIDAC Silicon Diode for Alternating Current SIDAC [Features] 1. Symmetrical characteristics. 2. Directly swicthing performance to commercial power sources and generating pulse by simple circuit. 3. The glass passivation ensures high reliability. [A pplicatio ns]

diode k1v

Abstract: sidac violet K1V6 k1v16 K1V18 SIDAC K1V10 k1v diode
Contextual Info: SIDAC Silicon Diode for Alternating Current SIDAC(Bi-Directional Device) [Features] 1. Symmetrical characteristics. 2. Perform direct switching operation using commercial power sources, and can be used in all kinds of pulse generating circuits. 3. The glass passivation ensures high reliability.

SIDAC K

Contextual Info: SIDAC Silicon Diode for Alternating Current SIDAC [F e a tu re s ] 1. S ym m etrical characteristics. 2. D irectly sw icthing perform ance to com m ercial pow er sources and generating pulse by sim ple circuit. 3. The glass passivation ensures high reliability.

RG-107 diode

Abstract: IS801
Contextual Info: SIDAC Silicon Diode for Alternating Current SIDAC [F e a tu re s ] 1. S ym m etrical ch aracteristics. 2. Directly sw lcthing perform ance to com m ercial pow er sources and generating pulse by sim ple circuit. 3. The g lass p assivation ensures high reliability.

Contextual Info: SIDAC R S ilic o n Diode fo r A lte rn a tin g C u rre n t Sidac [F e a tu r e s ] 1. Symmetrical characteristics. 2. Directly swicthing performence to commercial power sources and generating pulse by simple circuit. 3. The glass passivation ensures high reliability.

Contextual Info: SHINDENGEN Sidac OUTLINE DIMENSIONS K1V5 Case : AX10 Unit : mm RATINGS ●Absolute Maximum Ratings Item Storage Temperature Operating Junction Temperature Maximum Off-state Voltage RMS On-state Current Surge On-state Current Pulse On-state Current Symbol

K1V6

Contextual Info: SHINDENGEN Sidac OUTLINE DIMENSIONS K1V5 Case : AX10 Unit : mm RATINGS œAbsolute Maximum Ratings Item Storage Temperature Operating Junction Temperature Maximum Off-state Voltage RMS On-state Current Surge On-state Current Pulse On-state Current Symbol

K1V6

Contextual Info: SHINDENGEN Sidac OUTLINE DIMENSIONS K1V6 Case : AX10 Unit : mm RATINGS ●Absolute Maximum Ratings Item Storage Temperature Operating Junction Temperature Maximum Off-state Voltage RMS On-state Current Surge On-state Current Pulse On-state Current Symbol

K1V6

Contextual Info: SHINDENGEN Sidac OUTLINE DIMENSIONS K1V6 Case : AX10 Unit : mm RATINGS œAbsolute Maximum Ratings Item Storage Temperature Operating Junction Temperature Maximum Off-state Voltage RMS On-state Current Surge On-state Current Pulse On-state Current Symbol

104118

Contextual Info: Sil icon Diode for Alternating Current SIDAC Electrical Characteristics Absolute Maximum Ratings C o lo r Parts No. K1V5 6 8 10 11 12 14 16 22 24 26 22(W) V bo C ode V d rm It [V] [A] Conditions It s m T/ Red Gold Silver Orange Blue Green Violet 40 (A) 11

k1v5

Contextual Info: SIDAC: K1V5/K1V6 Absolute M axim um Ratings m £ # C o n d itio n s SÛT? S ym bol a Ite m U tfM M Storage Temperature 'o'B$ Operating Junction Temperature ^ "7 ^ J ± Maximum Off-state Voltage » « R a tin g s Jp-fô U n it T s tg - 4 0 ~ 125 °C Tj 125

Contextual Info: SIDAC.: K 1 V 5 /K 1 V 6 Absolute Maximum Ratings m @ 4k ft Conditions 1# m Ratings Unit Tstg - 40 ~ 125 °C Tj 125 °C Vdrm 40 V 1 A 13 A §0-^7 Symbol Item m-um. Storage Temperature Operating Junction Temperature Maximum Off-state Voltage It RMS On-state Current

shockley diode

Abstract: shockley diode applications K1V15 shockley SIDAC K1V K1V18 k1v8 diode k1v sidac
Contextual Info: — E FOR ALTERNATING CURRENT ttä m v m E E G m za n tm * By adding regulated vo lta g e , the S ID A C is a semiconductor which can conduct in either direction. If the current flow passing through the element becomes lower than the holding current, the SIDAC