TRIACs
TO-92 package thyristor HTCSEMI HT03AM-12 designed for leakage protectors timers and gas igniters
PRSS0003EA-A ThyristorThe PRSS0003EA-A is a low-power thyristor in a TO-92 package, designed for applications such as leakage protectors, timers, and gas igniters. It features non-insulated and glass passivation construction.Product AttributesPackage Name: TO-92Mass (Typ.): 0.23 gTechnical SpecificationsParameterSymbolRatingsUnitConditionsRepetitive peak reverse voltageVRRM600VNon-repetitive peak reverse voltageVRSM800VDC reverse voltageVR(DC)480VRepetitive peak off-state
Microtriggered thyristor HTCSEMI HT6031ARTZ with 0.3 amp average current and 600 volt peak reverse voltage rating
Product OverviewThe HT6031A is a microtriggered low power thyristor designed for applications such as leakage protectors, timers, and gas igniters. It features a low gate trigger current (IGT) and a high repetitive peak reverse voltage (VDRM) of 600V, making it suitable for various electronic control circuits.Product AttributesBrand: Not specifiedOrigin: Not specifiedMaterial: Glass Passivation TypeColor: Not specifiedCertifications: Not specifiedTechnical SpecificationsModel
High commutation performance silicon bidirectional thyristors Doeshare DT1T5G-B for motor fan and digital control
Product Overview The DT1T Series TRIACs are sensitive gate, silicon bidirectional thyristors designed for high commutation performance without the need for a snubber circuit. These devices are compatible with logic-level inputs, making them suitable for a wide range of applications including general purpose motor control, small loads in fan control, solenoid drivers, LED dimming, and digital control drivers. They feature passivated dice for enhanced reliability and uniformity
General purpose AC control Doeshare DT16T10F-B TRIAC with operation and no snubber circuit required
Product Overview The DT16T Standard TRIACs are high commutation performance silicon bidirectional thyristors designed for general-purpose AC switch control. These devices offer reliable operation without the need for a snubber circuit and can be controlled by phase angle or on/off triggering. They are suitable for applications including motor, fan, and pump control, solenoid drivers, LED dimming, and inrush current limiting circuits. The TRIACs feature a passivated die for
High commutation performance Doeshare DT8T10I-BH TRIAC compliant with RoHS II and IPC JEDEC standards
Product Overview The DT8T High Temperature Series TRIACs are silicon bidirectional thyristors designed for high commutation performance in the third quadrant without the need for a snubber circuit. These devices offer reliable control for various AC switching applications, including motors, fans, pumps, solenoid drivers, and LED dimming. They can be controlled via phase angle or on/off triggering and feature a passivated die for enhanced reliability and uniformity. Manufactur
Standard silicon TRIACs for controlling loads in motor fan pump circuits Doeshare DT16T35I-BH device
DT16T Standard TRIACs The DT16T Standard TRIACs are high commutation performance silicon bidirectional thyristors designed for general-purpose AC switch control. These devices are suitable for controlling loads in motors, fans, pumps, solenoid drivers, LED dimming, and inrush current limiting circuits. They offer three-quadrant triggering and can be controlled by phase angle or on/off triggers. The TRIACs feature a passivated die for reliability, operation up to 125C, and are
High commutation performance Doeshare DT8T35I-BH TRIAC suitable for LED dimming and solenoid drivers
Product Overview The DT8T High Temperature Series TRIACs are silicon bidirectional thyristors designed for high commutation performance in the third quadrant without the need for a snubber circuit. These devices offer reliable control for general-purpose AC switching applications and can be triggered by phase angle or on/off methods. Key features include a passivated die for enhanced reliability, three-quadrant triggering capability, high voltage ratings (over 800V VDRM/VRRM)
Silicon bidirectional thyristor triac Doeshare DT12T35N-BH 12 amp for ac switch control applications
DT12T High Temperature TRIACs Product Overview The DT12T High Temperature TRIACs are silicon bidirectional thyristors designed for general-purpose AC switch control. These 12A TRIACs offer high commutation performance without the need for a snubber circuit and can be controlled by phase angle trigger or on/off trigger. Featuring a passivated die for enhanced reliability and uniformity, they support three-quadrant triggering and operate at temperatures up to 150C. The TRIACs
load switching Doeshare DT6T10T-BH TRIAC silicon bidirectional thyristor with green molding compound
DT6T10T-BH TRIAC SILICON BIDIRECTIONAL THYRISTOR Product Overview The DT6T10T-BH is a high commutation performance TRIAC designed for third quadrant applications, housed in a TO-220C package. This device offers reliable control for AC switching and various load types, including motors, fans, pumps, solenoids, and LED dimming. It is engineered for use without a snubber circuit, providing a simplified design. The TRIAC supports phase angle trigger or on/off trigger control,
High temperature rated TRIAC Doeshare DT12T10E-B operating up to 125 degrees Celsius for switching
DT12T Standard Series TRIACs Product Overview The DT12T Standard Series TRIACs are 12A TRIACs designed for general-purpose AC switch control applications. These devices offer high commutation performance without the need for a snubber circuit and can be controlled by phase angle or on/off triggering. They are suitable for controlling loads in motors, fans, pumps, solenoid drivers, LED dimming, and inrush current limiting circuits. Key features include passivated die for
ac switching control using Doeshare DT8T35T-BH high temperature triac with three quadrant triggering
Product Overview The DT8T High Temperature Series TRIACs are silicon bidirectional thyristors designed for high commutation performance in third quadrant applications without the need for a snubber circuit. These devices offer reliable control for AC switching applications and can be triggered by phase angle or on/off methods. Key features include passivated die for enhanced reliability, three-quadrant triggering, high blocking voltage ratings (over 800V VDRM/VRRM), and
High Temperature TRIACs Doeshare DT12T35T-BH for AC Switch Control and Motor Load Management
DT12T High Temperature TRIACs Product Overview The DT12T High Temperature TRIACs are silicon bidirectional thyristors designed for general-purpose AC switch control. These TRIACs feature high commutation performance without the need for a snubber circuit and can be controlled by phase angle trigger or on/off trigger. They are suitable for controlling loads in motors, fans, and pumps, as well as for solenoid drivers, LED dimming, and inrush current limiting circuits. The
DoesShare DT16T35N-BH TRIAC featuring green UL 94V 0 molding compound for safe and AC switch control
DT16T Standard TRIACs Product Overview The DT16T Standard TRIACs are high commutation performance silicon bidirectional thyristors designed for general-purpose AC switch control. These devices are suitable for phase angle or on/off triggering and offer reliable operation without the need for a snubber circuit. They are manufactured with a passivated die for enhanced reliability and uniformity, operating at temperatures up to 125C. The DT16T series is compliant with RoHS II
High commutation performance Doeshare DT12T10T-B triacs for LED dimming and solenoid driver circuits
DT12T Standard Series TRIACs Product Overview The DT12T Standard Series TRIACs are 12A silicon bidirectional thyristors designed for high commutation performance without the need for a snubber circuit. These devices offer reliable control for general-purpose AC switching applications, including motor, fan, and pump control, solenoid drivers, LED dimming, and inrush current limiting circuits. They feature passivated die for enhanced reliability and uniformity, three-quadrant
ac switching triac Doeshare DT8T10T-BH with passivated die and moisture sensitivity standard compliance
Product Overview The DT8T High Temperature Series TRIACs are silicon bidirectional thyristors designed for high commutation performance in the third quadrant without the need for a snubber circuit. These TRIACs offer reliable control for various AC switching applications, including motors, fans, pumps, solenoids, LED dimming, logic control, and inrush current limiting circuits. They feature passivated die for enhanced reliability, three-quadrant triggering, and operation up
silicon bidirectional thyristor Doeshare DT12T10I-B for general purpose ac switch control applications
DT12T Standard Series TRIACs Product Overview The DT12T Standard Series TRIACs are 12A silicon bidirectional thyristors designed for general-purpose AC switch control. These TRIACs feature high commutation performance without the need for a snubber circuit and can be controlled by phase angle or on/off triggering. They are suitable for applications including motor, fan, and pump control, solenoid drivers, LED dimming, and inrush current limiting circuits. Key advantages
passivated die Doeshare DT1T5A-B TRIACs ideal for fan control motor control and digital control drivers
DT1T Series TRIACs Product Overview The DT1T Series TRIACs are sensitive gate, silicon bidirectional thyristors designed for third quadrant applications. Available in TO-92 and SOT-223 packages, these TRIACs offer high commutation performance without the need for a snubber circuit and can be triggered by logic-level inputs. They are suitable for general purpose motor control, small loads in fan control, solenoid drivers, LED dimming, and digital control drivers. Key Features
Silicon Bidirectional Thyristors Doeshare DT16T10I-B TRIACs for AC Switch Control Applications
Product Overview The DT16T Standard TRIACs are high commutation performance silicon bidirectional thyristors designed for general-purpose AC switch control. These TRIACs are suitable for third-quadrant applications and can be controlled by phase angle or on/off triggering. They feature a passivated die for reliability, operate at temperatures up to 125C, and are designed without the need for a snubber circuit. The products are compliant with RoHS II 2015/863/EU and use a
High commutation performance TRIAC Doeshare DT8T10F-BH suitable for industrial AC switching solutions
Product Overview The DT8T High Temperature Series TRIACs are silicon bidirectional thyristors designed for high commutation performance in the third quadrant without the need for a snubber circuit. These devices offer reliable control for various AC switching applications, including motors, fans, pumps, solenoid drivers, LED dimming, logic control, and inrush current limiting circuits. They feature passivated die for enhanced reliability, three-quadrant triggering, and
Doeshare DT4T10T CH TRIACs ideal for motor fan pump control solenoid drivers and LED dimming applications
Product Overview The DT4T10x Series TRIACs are high commutation performance silicon bidirectional thyristors designed for general-purpose AC switch control. These devices are suitable for third-quadrant 4A logic-level triggering and offer high performance without the need for a snubber circuit. They can be controlled by phase angle trigger or on/off trigger, making them versatile for applications such as motor, fan, and pump control, solenoid drivers, LED dimming, heaters,
