Toshiba Electronic Devices & Storage Corporation Electronic Parts
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The Toshiba TLP265J is a non-zero-crossing (NZC) triac-output photocoupler that optically couples a GaAs infrared LED to a photo-triac detector. Housed in a compact SO6 (6-pin SOP, 4-lead) surface-mount package, it provides reinforced insulation and is widely used to drive higher-power triacs and as the isolation stage in solid-state relay and AC-output module designs. The device guarantees a creepage and clearance distance of 5.0 mm (min) and an internal isolation thickness of 0.4 mm (min), helping designs meet international safety-standard requirements.
The TLP265J is a specialized isolation component that can be difficult to obtain in volume through authorized channels. Pacific Component Xchange is an independent distributor specializing in hard-to-find and allocated power-management ICs and optocouplers. Whether you need to cover a production shortage, secure end-of-life inventory, or fill a gap in your bill of materials, our sourcing team can help.
We focus on authenticity and traceability, with inspection and verification processes to protect your build, plus global shipping to keep your line running. Because this is a request-for-quote (RFQ) item, contact us with your target quantity and date code requirements and our team will respond with current availability and pricing. Request a quote from Pacific Component Xchange today.
The TLP265J is a non-zero-crossing triac-output photocoupler (optoisolator) from Toshiba. It couples a GaAs infrared LED to a photo-triac and is used to drive triacs and provide isolation in solid-state relays and AC-output modules.
The TLP265J is supplied in a compact SO6 surface-mount package (6-pin SOP with 4 leads used: Anode, Cathode, and two triac terminals). Tape-and-reel and other packing variants are denoted by suffixes such as (V4-TPR,E).
It features a 600 V (min) peak off-state voltage (VDRM), 3750 Vrms (min) isolation voltage, 10 mA (max) trigger LED current, and 70 mA (max) RMS on-state current, over a -40 C to +100 C operating temperature range.
No. The TLP265J is a non-zero-crossing (NZC) device, meaning the output triac can be triggered at any point in the AC cycle rather than only near the zero-crossing point.
Yes. That is a truncated/garbled form of an orderable packing variant such as TLP265J(V4-TPR,E(T). The base orderable device is the Toshiba TLP265J; the trailing characters indicate packaging (tape and reel) and lead-form/RoHS options.
Pacific Component Xchange is an independent distributor that sources hard-to-find optocouplers like the TLP265J. Since it is an RFQ item, submit your quantity and date-code needs and our team will provide current availability and pricing.
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