Toshiba Launches 600V System Super Junction MOSFET DTMOSIV High-Speed Diode Series

Reduces 30% of RON and achieves reverse recovery time of one-third of existing products

TOKYO — (BUSINESS WIRE) — April 3, 2013Toshiba Corporation (TOKYO: 6502) has launched high-speed diodes based on the 4th generation 600V system super junction MOSFET "DTMOSIV" series. Using the latest single epitaxial process, the new series has reduced the RON•A (On-resistance per area) by approximately 30%(Note1) compared to existing products, to achieve the leading level in the industry. (Note2) Also, high-speed parasitic diodes achieve a reverse recovery time of approximately one-third that of existing products(Note3), reducing loss and contributing to improved power efficiency.

Toshiba: 600V System Super Junction MOSFET DTMOSIV High-Speed Diode Series (Left to right; TO-220SIS ...

Toshiba: 600V System Super Junction MOSFET DTMOSIV High-Speed Diode Series (Left to right; TO-220SIS package and TO-3P(N) package) (Photo: Business Wire)

(Note1) Compared to the previous "DTMOSIII" series. Toshiba data.
(Note2) As of April 2, 2013. Toshiba data.
(Note3) Compared to the existing product "TK16A60W." As of April 3, 2013. Toshiba data.

Applications
Switching power supplies, micro inverters, adaptors and photovoltaic inverters

Main Features
1. 30% reduction in RON•A compared with existing products (DTMOSIII series).
2. High-speed parasitic diodes achieve a reverse recovery time of approximately one-third that of existing products.
3. Use of the single epitaxial process secures small increases in ON-resistance and reverse recovery times at high temperatures.
4. Wide line-up for ON-resistance (0.65 to 0.074Ω)
5. Wide line-up of packages

           

Main Specifications

Part number Absolute maximum rating RDS(ON) Max (Ω) Qg Typ. (nC) Ciss Typ. (pF) trr Typ. (ns) Package
VDSS (V)   I D (A) V GS =10V
TK16A60W5 600 15.8 0.23 43 1350 100 TO-220SIS
TK31J60W5 600 30.8 0.099 105 3000 135 TO-3P(N)
TK39J60W5   600   38.8   0.074   135   4100   150   TO-3P(N)
 

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