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About information presented in this cross reference
The information presented in this cross reference is based on TOSHIBA's selection criteria and should be treated as a suggestion only. Please carefully review the latest versions of all relevant information on the TOSHIBA products, including without limitation data sheets and validate all operating parameters of the TOSHIBA products to ensure that the suggested TOSHIBA products are truly compatible with your design and application.
Please note that this cross reference is based on TOSHIBA's estimate of compatibility with other manufacturers' products, based on other manufacturers' published data, at the time the data was collected.
TOSHIBA is not responsible for any incorrect or incomplete information. Information is subject to change at any time without notice.
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Signal line in DC-AC inverter circuit requires isolation from the power line. Optical coupling type photocouplers can be used for simple and reliable isolation. We recommend an IC output photocouplers that have capable of high-speed communication. In addition, it is essential to comply with the safety standards set by each country. Toshiba Photocouplers have been approved by UL1577, VDEs:EN60747-5-5, EN62368-1 and others. The output stage also contributes to lower power consumption due to MOSFET of low on-resistance and higher output due to transistor arrays with high withstand voltage and large current.
Examples of typical recommended products are listed below, and also provide a link to the online distributor inventory search page to buy the product.
Our isolators/solid state relays offer a lineup of photocouplers, solid-state relays (SSRs), and optical transmission modules. Photocouplers contribute greatly to improving the safety of equipment, reducing power consumption, and making them smaller and thinner.
Product name |
Data sheet | Package (Width×Length×Height mm) |
Product Overview |
---|---|---|---|
PDF (978 KB) |
SO16L |
BVS (Min) = 5 [kVrms], Topr= -40~110 [°C] |
|
PDF (1742 KB) |
SO16L |
BVS (Min) = 5 [kVrms], Topr= -40~110 [°C] |
|
PDF (1012 KB) |
SO6L |
BVS (Min) = 5 [kVrms], Topr= -40~110 [°C] |
|
PDF (1127 KB) |
SO6L |
BVS (Min) = 5 [kVrms], Topr= -40~125 [°C] |
|
PDF (1254 KB) |
SO6L |
BVS (Min) = 5 [kVrms], Topr= -40~125 [°C] |
The drain-source on-resistance RDS(ON) has been improved by adopting a trench construction and advancing cell integration using an excellent miniaturization technique.
Product name |
Data sheet | Package (Width×Length×Height mm) |
Product Overview |
---|---|---|---|
PDF (237 KB) |
TO-220SIS |
VDSS = 600 [V], IO = 25 [A], RDS(ON) (Typ.) = 0.105 [Ω], |
|
PDF (244 KB) |
TO-220SIS |
VDSS = 600 [V], IO = 16 [A], RDS(ON) (Typ.) = 0.18 [Ω], |
|
PDF (469 KB) |
TO-220SIS |
VDSS = 650 [V], IO = 24 [A], RDS(ON) (Typ.) = 0.092 [Ω], |
|
PDF (469 KB) |
TO-220SIS |
VDSS = 650 [V], IO = 15 [A], RDS(ON) (Typ.) = 0.158 [Ω], |
|
PDF (512 KB) |
TSON Advance |
VDSS = 80 [V], IO = 34 [A], RDS(ON) (Typ.) = 0.0147 [Ω], |
|
PDF (637 KB) |
SOP Advance |
VDSS = 80 [V], IO = 120 [A], RDS(ON) (Typ.) = 0.0019 [Ω], |
|
PDF (247 KB) |
TO-220 |
VDSS = 100 [V], IO = 100 [A], RDS(ON) (Typ.) = 0.0028 [Ω], |
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