Untitled
Abstract: No abstract text available
Text: |!rc£Ît K1V20 S eries" - -» w-.si Wi ! .* ». •. y.i-.:rr'. ■ .:-i._<•. iê iiü ^ /ü f ê A b s o lu te * .-' .’ « .■ M a x im u m . tv^ n* fSc^FiSaJS S to ra g e T em p eratu re O perating Ju n c tio n T em p erature * 7 * !£ . Maximum O f f- s ta te Voltage
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K1V20
62n3B7
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Untitled
Abstract: No abstract text available
Text: K1V20 Series m s ie ^ Symbol item f*# a Storage Temperature Operating Junction Temperature Maximum O ff-state Voltage >nm . R M S On-state Current * t - v * >mm Surge On-state Current >nm , Pulse On-state Current * Critical Rate of Rise of On-state Current
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K1V20
K1V22
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Untitled
Abstract: No abstract text available
Text: K1V20 W SIDAC - '«il* 3 6 ÌÌS ^ ^ !ÌS & •» « Typ« Not K1VMCWX K1V24CWX K1VM(W> A b so lute Maximum R a tin g s mn B Item * S to ra g e T em p eratu re 1 T stg -4 0 -1 2 5 *C Tj 125 *C drm 180 V V Maximum O ff-s ta te Voltage t5 U nit O perating Ju n c tio n T em p erature
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K1V20
K1V24CWX
10/us,
0Q03b71
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Untitled
Abstract: No abstract text available
Text: K1V20CW Series SIDAC Type No. K1V22CW). K1V24CW), K1V26CW) 'M L . ; * m s Symbol S to ra g e T e m p e ra tu re a t-fta s a u e O p eratin g J u n c tio n T e m p e ra tu re * 7 W ± M aximum O ff -s ta t e V o ltag e S u rg a O n -s ta te C u rre n t P u ls e O n -s ta te C u rre n t
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K1V22CW
K1V24CW
K1V26CW
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shockley diode
Abstract: shockley diode applications K1V15 shockley SIDAC K1V K1V18 k1v8 diode k1v sidac
Text: — 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
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K1V10
K1V11
K1V12
K1V15
K1V14
K1V16
K1V18
K1V22
shockley diode
shockley diode applications
shockley
SIDAC K1V
k1v8
diode k1v
sidac
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