Thyristoren
The Thyristor is a unidirectional device, that is it will only conduct current in one direction only, but unlike a diode, the thyristor can be made to operate as either an open-circuit switch or as a rectifying diode depending upon how the thyristors gate is triggered. The most common Thyristor include Silicon-Controlled Rectifier (SCR), Gate Turn-Off Thyristor (GTO), Triac and Diac. Avaq Semiconductor are selling some Thyristors stock, buy Thyristors at Avaq store online now.
Arten von Diskrete Halbleiter
BT137S-600D is a TRIAC rated at 600V and capable of handling currents up to 71A, housed in a 3-pin (2+Tab) DPAK package
BTB24-600CW product
Triacs with 25A high voltage
TO-220AB Triac (T2550H-600T): Capable of handling 600 volts and 25 amps, with Snubberless design
5-03, a Silicon PIN Diode:
PIN Diode Silicon BAP65-02
High-performance TRIAC with a 400V voltage rating and a 4A RMS current capability, packaged in TO-220AB
TO-220AB TRIAC: 400V V(DRM), 4A I(T)RMS, Quadrant Logic
Q6016LH6: 600V 16A Triacs
600V, 10A Triacs featuring a trigger current of 25-25-25mA
10mA 3mA 600V SOT-223 TRIACs ROHS
The High Efficiency TRIAC series offers various packages with improved forward voltage characteristics and breakdown voltages up to 1200V.
Z0405MF1AA2: 4 Quadrant TRIAC, 600V V(DRM), 4A I(T)RMS
T1235H-6G-TR: Triacs optimized for high-temperature environments, with a maximum current rating of 12A
12A Snubberless™ Triacs in D2PAK
ROHS 5mA 3mA 400V TO-251AA TRIACs
The L6008L6 is a TRIAC component designed to handle voltages up to 600V and currents up to 8A, with a gate trigger voltage of 1
VPAK-3 package containing a 4 Quadrant Logic Level TRIAC rated for 600V V(DRM) and 8A I(T)RMS
4A 10-10-10-20MA TO220 SENTRIAC 600V
Triacs with 200V 4A ratings that can sense currents within the 5-5-5-10mA range
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FAQ
- What are Thyristors?
- Thyristors are semiconductor devices commonly used as solid-state switches or rectifiers in electronic circuits. They are known for their ability to control high currents and voltages and are widely used in various applications, including power control and switching.
- What is the advantage of using Thyristors over mechanical switches?
- Thyristors offer faster switching times, reduced maintenance requirements, better efficiency, and the ability to handle high currents and voltages without the wear and tear associated with mechanical switches.
- How do I select the right Thyristor for my application?
- Consider factors such as current and voltage requirements, switching speed, gate triggering methods, and thermal considerations. Consult datasheets and manufacturer resources for guidance.
- Can Thyristors be used for both AC and DC applications?
- Yes, while some Thyristors like SCRs are primarily used for DC applications, others like Triacs are designed for AC applications, allowing for bidirectional current flow.