FOUR-LAYER DIODE Search Results

Contextual Info: NCV7424 Advance Information Four Channel LIN Transceiver NCV7424 is a four channel physical layer device using the Local Interconnect Network LIN protocol. It allows interfacing of four independent LIN physical buses and the LIN protocol controllers. The

Contextual Info: NCV7424 Four Channel LIN Transceiver NCV7424 is a four channel physical layer device using the Local Interconnect Network LIN protocol. It allows interfacing of four independent LIN physical buses and the LIN protocol controllers. The device is compliant to LIN 2.x Protocol Specification package and the

4E50M-28

Abstract: FR103 1N3772
Contextual Info: FOUR LAYER DIODES Parameters for All 4-Layer Diodes @ 25 C 125pA Is Switching current Holding voltage Vh 0.5 to 1.2 volts On voltage Von <1,2V @ 70 mA On impedance Zon <2 ohms @ 70 mA @ 60 Hz Forward leakage current Ifl <2 |iA @ 0.6 Vs Reverse leakage current

4E20-8

Abstract: 1N3299 1N3300 1N3300A 1N3303 1N3303A 1N3304 1N3489 1N3489A 1N3490
Contextual Info: FOUR LAYER DIODES Parameters for All 4-Layer Diodes @ 25°C Switching current Is 125|aA Holding voltage Vh 0.5 to 1.2 volts On voltage Von <1,2V @ 70 mA On impedance Zon <2 ohms @ 70 mA @ 60 Hz Forward leakage current Ifl <2 |iA @ 0.6 Vs Reverse leakage current

fri07

Abstract: 1n3842 1N3299 1N3836 4e20-3 1N3844 4E20-8 4E50-M-28 1N3300 1N3300A
Contextual Info: FOUR LAYER DIODES Parameters for All 4-Layer Diodes 25°C @ Switching current Is 125|aA Holding voltage Vh 0.5 to 1.2 volts On voltage Von <1,2V @ 70 mA On impedance Zon <2 ohms @ 70 mA @ 60 Hz Forward leakage current Ifl <2 |iA @ 0.6 Vs Reverse leakage current

NTE6404

Abstract: four-layer diode Silicon unilateral switch four layer diode SCR 30v
Contextual Info: NTE6404 Silicon Unilateral Switch SUS Description: The NTE6404 is a silicon planar, monolithic integrated circuit having thyristor electrical characteristics closely approximating those of an “ideal” four layer diode. The device is designed to switch at 8 volts

2n2646 equivalent

Abstract: 2N4991 2N4991 equivalent Silicon unilateral switch SBS thyristor 2n4991 2N2646 equivalent transistor of 2n6027 low voltage scr THYRISTOR A2f 2N4985
Contextual Info: UNIJUNCTIONS, TRIGGERS AND SWITCHES Since the introduction of the commercial silicon unijunction transistor in 1956, General Electric has continued de­ veloping an extensive line of negative resistance threshold and four-layer switch devices. Each of these devices can

2N2646 equivalent

Abstract: SUS-2N4989 2N4988 2N4991 3N81 3n84 D5K2 20 amp 800 volt triac 2N4983 EQUIVALENT 2N1671
Contextual Info: UNIJUNCTIONS, TRIGGERS AND SWITCHES Since the introduction of the commercial silicon unijunction transistor in 1956, General Electric has continued de­ veloping an extensive line of negative resistance threshold and four-layer switch devices. Each of these devices can

2n2646 equivalent

Abstract: 2N2646 triac phase control 2N602B 2N4991 EQUIVALENT 2N1671 four-layer diode SBS thyristor 2N4987 3n84
Contextual Info: UNIJUNCTIONS, TRIGGERS AND SWITCHES Since the introduction of the commercial silicon unijunction transistor in 1956, General Electric has continued de­ veloping an extensive line of negative resistance threshold and four-layer switch devices. Each of these devices can

UJT 2N2646 specification

Abstract: UJT 2N2646 ratings UJT 2N2646 UJT 2N2646 operation 2n2646 ujt D5K2 ujt 2N6027 ujt transistor scr firing circuit UJT triggering circuit UJT 2N2646 RANGE
Contextual Info: UNIJUNCTIONS, TRIGGERS AND SWITCHES Since the introduction of the commercial silicon unijunction transistor in 1956, General Electric has continued de­ veloping an extensive line of negative resistance threshold and four-layer switch devices. Each of these devices can

UJT 2N2646 specification

Abstract: UJT 2N2646 2n2646 ujt applications of ujt CIRCUITS BY USING 2N6027 applications of ujt with circuits 2N6028 scr firing circuit UJT triggering circuit unijunction application note D5K1
Contextual Info: UNIJUNCTIONS, TRIGGERS AND SWITCHES Since the introduction of the commercial silicon unijunction transistor in 1956, General Electric has continued de­ veloping an extensive line of negative resistance threshold and four-layer switch devices. Each of these devices can

thyristor T10

Abstract: thyristor T10-25
Contextual Info: T10 applicatio o t e s The T10 series of protectors is a four layer thyristor based protector designed specifically for telecommunications applications. It has greater capacity for diverting surge currents, when compared to an avalanche T.V.S. device. IHM

2n2646 equivalent

Abstract: 2N2646 replaced by UJT 2N2646 ujt 2N6027 D13T1 CIRCUITS BY USING 2N6027 2n2646 ujt ujt transistor equivalent 2n2646 applications of ujt with circuits
Contextual Info: UNIJUNCTIONS, TRIGGERS AND SWITCHES Since the introduction of the commercial silicon unijunction transistor in 1956, General Electric has continued de­ veloping an extensive line of negative resistance threshold and four-layer switch devices. Each of these devices can

ujt transistor 2n2160

Abstract: 2N2160 2N602B General electric SCR 2n2222 germanium UJT 2N2646 2N4891 2n2646 ujt UJT 43 Programmable Unijunction Transistor applications of ujt with circuits
Contextual Info: UNIJUNCTIONS, TRIG G ERS AND SWITCHES Since the introduction of the commercial silicon unijunction transistor in 1956, General Electric has continued de­ veloping an extensive line of negative resistance threshold and four-layer switch devices. Each of these devices can

3N83

Abstract: 3N84 transistor 3N83 pin configuration NPN transistor 9012 PNP 40v neon lamp PNP Monolithic Transistor Pair transistor pnp 12V 1A Continuous Current Peak pin configuration NPN transistor 9012 npn nixie display 2N4987
Contextual Info: SILICON U NILATERAL AND BILATERAL SWITCHES SUS, SBS The General Electric S U S is a silicon, planar monolithic integrated circuit having thyristor electrical characteristics closely approxi­ mating those of an '‘ideal” four-layer diode. The device is designed to switch at 8 volts with a typical temperature coefficient of

Contextual Info: 1N3837 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)46 V(BO) Max. (V)54 I(S) Max. (A)125u I(TRM) Max. (A)10 @ t(w) (s) (Test Condition)10u I(TSM) Max. (A)10 V(R) Max. (V)30 I(H) Max. (A) Holding Current15m V(TM) Max. (V)1.2 @I(T) (A) (Test Condition)100m

shockley diode

Contextual Info: 470 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)560 V(BO) Max. (V)840 I(S) Max. (A)500u I(TRM) Max. (A) @ t(w) (s) (Test Condition) I(TSM) Max. (A)50 V(R) Max. (V)420 I(H) Max. (A) Holding Current500u V(TM) Max. (V)2.0 @I(T) (A) (Test Condition)1.0

Contextual Info: 450 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)400 V(BO) Max. (V)600 I(S) Max. (A)500u I(TRM) Max. (A) @ t(w) (s) (Test Condition) I(TSM) Max. (A)50 V(R) Max. (V)300 I(H) Max. (A) Holding Current500u V(TM) Max. (V)2.0 @I(T) (A) (Test Condition)1.0

Contextual Info: 460 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)480 V(BO) Max. (V)720 I(S) Max. (A)500u I(TRM) Max. (A) @ t(w) (s) (Test Condition) I(TSM) Max. (A)50 V(R) Max. (V)360 I(H) Max. (A) Holding Current500u V(TM) Max. (V)2.0 @I(T) (A) (Test Condition)1.0

Contextual Info: 430 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)240 V(BO) Max. (V)360 I(S) Max. (A)500u I(TRM) Max. (A) @ t(w) (s) (Test Condition) I(TSM) Max. (A)50 V(R) Max. (V)180 I(H) Max. (A) Holding Current500u V(TM) Max. (V)2.0 @I(T) (A) (Test Condition)1.0

Contextual Info: 410 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)80 V(BO) Max. (V)120 I(S) Max. (A)500u I(TRM) Max. (A) @ t(w) (s) (Test Condition) I(TSM) Max. (A)50 V(R) Max. (V)60 I(H) Max. (A) Holding Current500u V(TM) Max. (V)2.0 @I(T) (A) (Test Condition)1.0

shockley diode

Contextual Info: 1N3832 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)21 V(BO) Max. (V)29 I(S) Max. (A)125u I(TRM) Max. (A)10 @ t(w) (s) (Test Condition)10u I(TSM) Max. (A)10 V(R) Max. (V)15 I(H) Max. (A) Holding Current15m V(TM) Max. (V)1.2 @I(T) (A) (Test Condition)100m

Contextual Info: 1N3489 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)16 V(BO) Max. (V)24 I(S) Max. (A)125u I(TRM) Max. (A)10 @ t(w) (s) (Test Condition)10u I(TSM) Max. (A)10 V(R) Max. (V)12 I(H) Max. (A) Holding Current6.0m V(TM) Max. (V)1.2 @I(T) (A) (Test Condition)70m

shockley diode

Contextual Info: 420 Thyristors Four-Layer Shockley Diode V(BO) Min. (V)160 V(BO) Max. (V)240 I(S) Max. (A)500u I(TRM) Max. (A) @ t(w) (s) (Test Condition) I(TSM) Max. (A)50 V(R) Max. (V)120 I(H) Max. (A) Holding Current500u V(TM) Max. (V)2.0 @I(T) (A) (Test Condition)1.0