en
HJL Electronics is a renowned manufacturer of SIDAC diodes, known for their exceptional quality and performance. The advantages offered by HJL's SIDAC diodes include:
1. High Switching Speed: HJL SIDAC diodes exhibit fast switching characteristics, enabling efficient and precise control in various electronic circuits and devices.
2. Robust and Reliable: These SIDAC diodes are built to withstand harsh environmental conditions, ensuring long lifespan and uninterrupted operation.
3. Wide Voltage and Current Range: HJL SIDAC diodes come in various voltage and current ratings, catering to diverse application requirements.
4. Cost-Effective Solution: With competitive pricing without compromising on quality, As a SIDAC Company specialized in diodes manufacturing, HJL Electronics offers a cost-effective choice for incorporating SIDAC diodes into electronic designs.
| Product | Marketing Status | Configuration | VRRM(V) max. | IF(A) max. | VF (V) max | IFSM(A) max. | IR(uA) max. | trr (ns) max | TJ(°C) max. | TJ(°C) min. | ECCN(US) | Compliance | |
| BW150S | Active | 125 | -55 | EAR99 | | ||||||||
| BW200S | Active | 125 | -55 | EAR99 | | ||||||||
| K1050G | Active | 125 | -55 | EAR99 | | ||||||||
| K110 | Active | 125 | -55 | EAR99 | |||||||||
| K1100G | Active | 125 | -55 | EAR99 | | ||||||||
| K120 | Active | 125 | -55 | EAR99 | |||||||||
| K1200G | Active | 125 | -55 | EAR99 | | ||||||||
| K130 | Active | 125 | -55 | EAR99 | |||||||||
| K1300G | Active | 125 | -55 | EAR99 | | ||||||||
| K1400G | Active | 125 | -55 | EAR99 | | ||||||||
| K1500G | Active | 125 | -55 | EAR99 | | ||||||||
| K200 | Active | 125 | -55 | EAR99 | |||||||||
| K2000G | Active | 125 | -55 | EAR99 | | ||||||||
| K220 | Active | 125 | -55 | EAR99 | |||||||||
| K2200G | Active | 125 | -55 | EAR99 | | ||||||||
| K240 | Active | 125 | -55 | EAR99 | |||||||||
| K2400G | Active | 125 | -55 | EAR99 | | ||||||||
| K2500G | Active | 125 | -55 | EAR99 | | ||||||||
| K260 | Active | 125 | -55 | EAR99 |
SIDAC diodes find applications in a wide range of industries due to their versatility and dependability. One of the common uses is in gas discharge tubes, where SIDAC diodes provide voltage control and protection from voltage spikes. They are also utilized in power supply circuits to protect sensitive components, such as rectifiers and capacitors, by ensuring a constant voltage level.
At its core, a SIDAC diode is a four-layer bistable switch device that exhibits a unique characteristic called the negative resistance region. This means that once a certain voltage is applied, the diode rapidly switches from a high-resistance off-state to a low-resistance on-state. This capability makes it ideal for various applications, including relaxation oscillators, power switches, and triggering devices. The flexibility and reliability of SIDAC diodes have made them an integral part of many modern electronic circuits.
