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For obvious reasons, the IC's three terminals are referred to as input, common, and output. The regulated stabilized voltage is obtained across the output and common terminals of the integrated circuit, and the supply positive and negative are simply connected across the input and common terminals of the IC, respectively.
| 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 | |
| BL6312-33PR | Active | EAR99 | | ||||||||||
| BL6312-36PR | Active | EAR99 | | ||||||||||
| BL6312-50PR | Active | EAR99 | | ||||||||||
| BL7805 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7805 (TO-252) | Active | EAR99 | |||||||||||
| BL7805B | | ||||||||||||
| BL7806 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7806 (TO-252) | Active | EAR99 | |||||||||||
| BL7806B | Active | EAR99 | | ||||||||||
| BL7807 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7807 (TO-252) | Active | EAR99 | |||||||||||
| BL7807B | Active | EAR99 | | ||||||||||
| BL7808 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7808 (TO-252) | Active | EAR99 | |||||||||||
| BL7808B | Active | EAR99 | | ||||||||||
| BL7809 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7809 (TO-252) | Active | EAR99 | |||||||||||
| BL7809B | Active | EAR99 | | ||||||||||
| BL7810 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7810 (TO-252) | Active | EAR99 | |||||||||||
| BL7810B | Active | EAR99 | | ||||||||||
| BL7812 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7812 (TO-252) | Active | EAR99 | |||||||||||
| BL7812B | Active | EAR99 | | ||||||||||
| BL7815 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7815 (TO-252) | Active | EAR99 | |||||||||||
| BL7815B | Active | EAR99 | | ||||||||||
| BL7818 (TO-220AB) | Active | EAR99 | |||||||||||
| BL7818 (TO-252) | Active | EAR99 | |||||||||||
| BL7818B | Active | EAR99 | |
HJL Electronics manufactures an array of integrated circuits (ICs) for power supplies with varying on-chip features and applications. These days, stable power supply may be readily configured with a small number of external components by utilizing huge quantities of 3 terminal IC regulators.
High-gain components called three-terminal IC voltage regulators are used to compensate for varying circuit loads and input voltage fluctuations. The potential to oscillate and create their own high-frequency alternating current is there when gain is strong. Occasionally, these three-terminal IC voltage regulators will begin to oscillate at a few hundred kilohertz.
