Part Number List: MOSFETs / 製品品番一覧表: MOSFET
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- れいな こしの
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1 Semiconductor Catalog Mar. 06 List: MOSFETs : MOSFET SEMICONDUCTOR & STORAGE PRODUCTS SEMICONDUCTOR & STORAGE PRODUCTS
2 Contents MOSFETs Low Voltage MOSFETs MOSFET (VDSS = V to 50 V) High-Speed Switching 6 Low On-Resistance Small- Semi-Power Type 0 Small-Signal Standard Type 7 Mid-High Voltage MOSFETs MOSFET (VDSS = 00 V to 900 V) DTMOS DTMOS π-mos π-mos 7 Automotive MOSFETs MOSFET Automotive Power MOSFETs MOSFET 4 Automotive Small- 44 This catalog contains the latest information available as of March 4,
3 List of Symbols Symbol VDSS Unit V -source voltage Characteristics VGSS ID PD V A W -source voltage current Power dissipation Absolute Maximum Tch C Channel temperature RDS(ON) Ω, mω -source on-resistance Ciss Crss Coss pf pf pf Input capacitance Reverse transfer capacitance Output capacitance Electrical Characteristics Qg nc Total gate charge (gate-source plus gate-drain) Circuit Channel Single Channel N channel P channel Dual Channel Q Q Q Q Q Q N channel x P channel x Complementary (Nch + Pch) The internal connection diagrams only show the general configurations of the circuits. Terminal Number Surface-Mount 4 When viewed from above, the lower left pin is Pin, and the other pins are numbered sequentially in the counterclockwise direction. Through-Hole When viewed from the front, the leftmost pin is Pin.
4 Index SJ68 9 SK564 9 SK566 9 SK6 40 SK798 9 SK SSMH7TU 6,50 SSMJ09FU 9,46 SSMJTU,46 SSMJ7TU,46 SSMJ8TU,46 SSMJ0TU SSMJTU SSMJTU SSMJ4TU SSMJ5TU SSMJ5CT 9 SSMJ5F 9,47 SSMJ5FS 9,46 SSMJ5FU 9,46 SSMJ5FV 9,46 SSMJ68F 47 SSMJ6FU 46 SSMJ5F SSMJ7R SSMJ8R SSMJR SSMJR SSMJ4R SSMJ8R SSMJ40R SSMJ5R,47 SSMJ5F SSMJ5F SSMJ56R,47 SSMJ5CT 9 SSMJ5CTC 9 SSMJ5FS 9,46 SSMJ5MFV 9,46 SSMJ6FS 9,46 SSMJ6MFV 9,46 SSMJ6TU 9,46 SSMJ46CTB SSMJ56ACT,9 SSMJ56MFV,9,46 SSMK09FU 8 SSMK6TU,44 SSMKTU,44 SSMKTU,44 SSMKTU,44 SSMK7TU,44 SSMKTU,44 SSMK5ACT 7 SSMK5ACTC 7 SSMK5AFS 7 SSMK5AFU 8 SSMK5AMFV 7 SSMK5F 8,45 SSMK6FU 44 SSMK7FU 8,44 SSMK65R,45 SSMK65TU,44 SSMK8R,45 SSMK4R SSMK9R,45 SSMKR,45 SSMK5R,45 SSMK6R,45 SSMK7R,45 SSMK9R SSMK4R,45 SSMK5CT 7 SSMK5CTC 7 SSMK5FS 7,44 SSMK5MFV 7,44 SSMK6R,45 SSMK6FS 7,44 SSMK6MFV 7,44 SSMK6TU 8,44 SSMK7CT 7 SSMK7FS 7 SSMK7MFV 7 SSMK44FS 7,44 SSMK44MFV 7,44 SSMK56ACT 0,7 SSMK56FS 0,7,44 SSMK56MFV 0,7,44 SSMK59CTB 0 SSMK700CFU 8 SSMK700KF 8,45 SSMK700KFU 8,44 SSMK7CFS 7 SSMK7CTC 7 SSMK7KCT 7 SSMK7KFS 7,44 SSM5G0TU 5 SSM5G09TU 5 SSM5GTU 5 SSM5H0TU 5 SSM5H08TU 5 SSM5HTU 5 SSM5H6TU 5 SSM5H90ATU 5 SSM5N5FE 0 SSM5N5FU 0 SSM5N6FE 0 SSM5N6FU 0 SSM5P5FE 0 SSM5P5FU 0 SSM5P6FE 0 SSM5P6FU 0 SSM6G8NU 5 SSM6H9NU 5 SSM6J07FE SSM6JFE SSM6JFE SSM6J4FE SSM6J5FE SSM6J6FE SSM6J40TU,46 SSM6J40TU,46 SSM6J40TU,46 SSM6J4TU SSM6J44TU SSM6J50NU 5, SSM6J50NU 5, SSM6J50NU 5, SSM6J505NU 5, SSM6J507NU 5, SSM6J508NU 5, SSM6J509NU 5, SSM6J50TU,46 SSM6J5NU 5, SSM6J5NU 5, SSM6J77G SSM6K04FE SSM6K08FE SSM6KFE SSM6K7FE SSM6K4NU,,44 SSM6K6NU,,44 SSM6K40TU,44 SSM6K404TU,44 SSM6K406TU,44 SSM6K407TU,44 SSM6K4TU SSM6K504NU,,44 SSM6K5NU,,44 SSM6K54NU,,44 SSM6K78G 0 SSM6L09FU SSM6LTU 4,48 SSM6L4FE 4 SSM6L5FE 0 SSM6L5FU,49 SSM6L6FE 0 SSM6L6TU SSM6L9TU 4,48 SSM6L40TU 4,48 SSM6L6NU 4 SSM6N09FU SSM6N5AFE 0 SSM6N5AFU SSM6N7FU,49 SSM6N4TU 4,48 SSM6N5FE 0 SSM6N5FU,49 SSM6N6FE 0 SSM6N6TU SSM6N7FE 0 SSM6N7FU SSM6N9TU 4,48 SSM6N40TU 48 SSM6N40TU 4 SSM6N4FU SSM6N44FE 0 SSM6N44FU,49 SSM6N55NU 4,48 SSM6N56FE 0 SSM6N56FE 4 SSM6N57NU 4 SSM6N58NU 4 SSM6N6NU 4 SSM6N6TU 4,48 SSM6N700CFU SSM6N700KFU,49 SSM6P09FU SSM6P5FE 0 SSM6P5FU,49 SSM6P6FE 0 SSM6P6FU SSM6P5FE 0 SSM6P5FU,49 SSM6P6FE 0 SSM6P6TU SSM6P9TU 4,48 SSM6P40TU 4,48 SSM6P4FE 4 SSM6P47NU 4 SSM6P49NU 4 SSM6P54TU 4,48 TN700AK 8 TN700BK 8 TJ00F04ML 8,4 TJ00F06ML 8,4 TJ0S04ML 7,4 TJA0M 8 TJ50F06ML 8,4 TJ5P04M 8 TJ5S06ML 7,4 TJ5S0M 4 TJ00F04ML 8,4 TJ0A0M 8 TJ0S04ML 7 TJ0S04ML 4 TJ0S06ML 7,4 TJ40S04ML 7,4 TJ50S06ML 7,4 TJ60S04ML 7,4 TJ60S06ML 7,4 TJ80S04ML 7 TJ80S04ML 4 TJ8S06ML 7,4 TJ9A0M 8 TK00A06N 0 TK00A08N 0 TK00A0N 0 TK00E06N 0 TK00E08N 0 TK00E0N 0 TK00F04K 4,4 TK00F04KL 4,4 TK00F06K 4,4 TK00L60W 6 TK00S04NL 9,4 TK0A50D 8 TK0A55D 9 TK0A60D 9 TK0A60W TK0A60W5 TK0A80E 9 TK0A80W 4 TK0E60W 4 TK0E80W 4 TK0J80E 40 TK0P60W TK0Q60W TK0V60W TKA45D 8 TKA50D 8 TKA55D 9 TKA60D 9 TKA65D 9 TKA65W TKP65W TKQ65W TKS0NL 4 TKA0K 0 TKA45D 8 TKA50D 8 TKA5D 8 TKA55D 9 TKA60D 9 TKA60W TKA65D 9 TKA80W 4 TKE60W 4 TKE80W 4 TKJ55D 40 TKJ60W 5 TKN80W 5 TKP60W TKQ60W TKV60W TK0F06K 4,4 TKA5D 8 TKA45D 8 TKA50D 8 TKA50DA 8 TKA55DA 9 TKA60D 9 TKA65D 9 TKE5D 40 TKP5D 7 TK4A45D 8 TK4A45DA 8 TK4A55D 9 TK4A65W 4 TK4A65W5 4 TK4C65W 4 TK4C65W5 4 TK4E65W 4 TK4E65W5 4 TK4G65W TK4G65W5 TK4N65W 5 TK4N65W5 5 TK4V65W TK5A0D 8 TK5A50D 8 TK5A60D 9 TK5J50D 40 TK5S04NL 9,4 TK60F0N 9,4 TK60F0NL 4 TK6A45D 8 TK6A55D 9 TK6A60W TK6A60W5 TK6C60W 4 TK6E60W 4 TK6E60W5 4 TK6G60W TK6G60W5 TK6J55D 40 TK6J60W 5 TK6J60W5 5 TK6N60W 5 TK6N60W5 5 TK6V60W TK6V60W5 TK7A5D 8 TK7A65W 4 TK7A65W5 4 TK7A80W 4 TK7C65W 4 TK7E65W 4 TK7E80W 4 TK7N65W 5 TK7N80W 5 TK7V65W TK8A0D 8 TK8A50D 8 TK8E0K 0 TK9A45D 8 TK9J55D 40 TKQ90A 7 TKR4F04PB 4 TKR4S04PB 4 TKR5R04PB 4 TK00F04NL 9,4 TK0A0D 8 TK0A5D 8 TK0A60W TK0A60W5 TK0C60W 4 TK0E60W 4 TK0E60W5 4 TK0G60W TK0J50D 40 TK0J60W 5 TK0J60W5 5 TK0N60W 5 TK0N60W5 5 TK0P04M 9 TK0S04KL 4,4 TK0S06KL 4,4 TK0V60W TK0V60W5 TKA0N 0 TKA65X5 4 TKE0N 0 TKV65X5 TK5A0K 0 TK5A0D 8 TK5A60X TK5A60X5 TK5E60X 4 TK5E60X5 4 TK5N60X 5 TK5N60X5 5 TK5S06NL 4 TK5S06NS 9 TK5V60X TK5V60X5 TK5Z60X 6 TK8A65W 4 TK8E65W 4 TK8N65W 5 TK8N65W5 5 TK8V65W TK8V65W5 TKA65D 9 TKP60D 7 TKP90E 7 TKQ60D 7 TK0A06N 0 TK0E06N 0 TK0J5D 40 TK0S06KL 4,4 TKA60W TKE60W 4 TKE60X 4 TKJ60W 5 TKJ60W5 5 TKN60W 5 TKN60W5 5 TKN60X 5 TKV60W TKV60W5 TKV60X TKZ60X 6 TKAN 0 TKEN 0 TKS0NH 9 TKS0NL 4 TKS0NZ 4 TK4A0N 0 4
5 TK4E0N 0 TK5A08N 0 TK5A65W 4 TK5A65W5 4 TK5E08N 0 TK5N65W 5 TK5N65W5 5 TK5S04KL 4,4 TK9A60W TK9J60W 5 TK9J60W5 5 TK9N60W 5 TK9N60W5 5 TK9N60X 5 TK9Z60X 6 TKA60DA 9 TKA65D 9 TKA65DA 9 TKP50D 7 TKP80E 7 TKP80W TKQ80W TK40A06N 0 TK40A0N 0 TK40E06N 0 TK40E0N 0 TK40J0D 40 TK40P0M 9 TK40P04M 9 TK40S06NL 4 TK4AN 0 TK4EN 0 TK45P0M 9 TK45S06KL 4,4 TK46A08N 0 TK46E08N 0 TK49N65W 5 TK49N65W5 5 TK4A50D 8 TK4A5D 8 TK4A55D 8 TK4A55DA 8 TK4A60D 9 TK4A60DA 9 TK4A60DB 9 TK4A65DA 9 TK4P50D 7 TK4P55D 7 TK4P55DA 7 TK4P60D 7 TK4P60DA 7 TK4P60DB 7 TK4Q60DA 7 TK50A04K 0,4 TK50J0D 40 TK50P0M 9 TK50P04M 9 TK50S04KL 4,4 TK55S0N 9,4 TK56AN 0 TK56EN 0 TK58A06N 0 TK58E06N 0 TK5A45DA 8 TK5A50D 8 TK5A5D 8 TK5A55D 8 TK5A60D 9 TK5A60W TK5A60W5 TK5A65D 9 TK5A65DA 9 TK5A65W TK5P50D 7 TK5P5D 7 TK5P60W TK5P60W5 TK5P65W TK5Q60W TK5Q65W TK60J5D 40 TK6J60W 5 TK6J60W5 5 TK6N60W 5 TK6N60W5 5 TK6N60X 5 TK6Z60X 6 TK65A0N 0 TK65E0N 0 TK65G0N 9 TK65S04NL 9,4 TK6A45DA 8 TK6A50D 8 TK6A5D 8 TK6A55DA 9 TK6A60D 9 TK6A60W TK6A65D 9 TK6A65W TK6A80E 9 TK6P5D 7 TK6P60W TK6P65W TK6P80W TK6Q60W TK6Q65W TK6Q80W TK70J04KZ 4 TK70J06K 4 TK70J0D 40 TK7A08N 0 TK7AN 0 TK7E08N 0 TK7EN 0 TK75J04KZ 4 TK7A45DA 8 TK7A50D 8 TK7A55D 9 TK7A60W TK7A60W5 TK7A65D 9 TK7A65W TK7A80W 4 TK7A90E 9 TK7E80W 4 TK7J90E 40 TK7P50D 7 TK7P60W TK7P60W5 TK7P65W TK7Q60W TK7Q65W TK7S0NZ 4 TK80A04KL 0,4 TK80A08K 0 TK80F08K 4,4 TK80S06KL 4,4 TK8A0K 0 TK8A5DA 8 TK8A45D 8 TK8A45DA 8 TK8A50D 8 TK8A50DA 8 TK8A55DA 9 TK8A60DA 9 TK8A60W TK8A60W5 TK8A65D 9 TK8A65W TK8P5DA 7 TK8P60W TK8P60W5 TK8P65W TK8Q60W TK8Q65W TK8S06KL 4,4 TK90S06NL 4 TK90S06NS 9 TK9A0DA 8 TK9A45D 8 TK9A55DA 9 TK9A60D 9 TK9A65W TK9A90E 9 TK9J90E 40 TK9P65W TK9Q65W TKR74F04PB 4 TP86R0NL 8 TP89R0NL 8 TPC6008-H 6 TPC6009-H 6 TPC600-H 6 TPC60 TPC6067 TPC60 5 TPC6 5 TPC6 5 TPC60 5 TPC8045-H 8 TPC8046-H 8 TPC8047-H 8 TPC8048-H 8 TPC8049-H 8 TPC8050-H 8 TPC805-H 8 TPC805-H 8 TPC805-H 8 TPC8055-H 8 TPC8056-H 8 TPC8057-H 8 TPC8058-H 8 TPC8059-H 8 TPC806-H 8 TPC806-H 8 TPC8064-H 8 TPC8065-H 8 TPC8066-H 8 TPC8067-H 8 TPC807 TPC8074 TPC8075 TPC8076 TPC8078 TPC8080 TPC808 TPC808 TPC8084 TPC8085 TPC8086 TPC8087 TPC8088 TPC8089-H 8 TPC809 TPC80 7 TPC8 7 TPC84 7 TPC85 7 TPC86 7 TPC87 7 TPC88 7 TPC89 7 TPC8 7 TPC8 7 TPC84 7 TPC8-H TPC84-H TPC87-H TPC88-H TPC89-H TPC TPC TPCA8046-H 7 TPCA8047-H 7 TPCA8048-H 7 TPCA8049-H 7 TPCA805-H 7 TPCA805-H 7 TPCA805-H 7 TPCA8055-H 7 TPCA8056-H 7 TPCA8057-H 7 TPCA8058-H 7 TPCA8059-H 7 TPCA806-H 7 TPCA806-H 7 TPCA8064-H 7 TPCA8065-H 7 TPCA8068-H 7 TPCA8075 TPCA8078 TPCA8080 TPCA808 TPCA808 TPCA TPCA TPCA8085,45 TPCA8086,45 TPCA8087 TPCA8088 TPCA809-H 7 TPCA809 6 TPCA80 6 TPCA8 6,47 TPCA8 6 TPCA8 47 TPCA8 6 TPCA8 47 TPCA84 6,47 TPCA85 6,47 TPCA88 6 TPCA8 6 TPCA8A09-H TPCA8A0-H TPCA8A-H TPCC806-H 6 TPCC8064-H 6 TPCC8065-H 6 TPCC8066-H 6 TPCC8067-H 6 TPCC8068-H 6 TPCC8069,45 TPCC8070,45 TPCC807 TPCC8074 TPCC8076 TPCC8084 TPCC809 TPCC80 6 TPCC804 6 TPCC805 6 TPCC806 6,47 TPCC807 6,47 TPCC8 6 TPCC86 6 TPCC87 6 TPCC88 6 TPCF800 TPCF8004 TPCF805 5 TPCF807 5 TPCF808 5 TPCF805 9 TPCF806 9 TPCP8007-H 6 TPCP8009,45 TPCP800,45 TPCP80,45 TPCP80,45 TPCP80,45 TPCP805 5 TPCP806 5 TPCP807 5,47 TPCP809 5,47 TPCP80 5,47 TPCP8 5,47 TPCP804 9 TPCP805-H TPCP806 9 TPCP807 9,49 TPCP80 9 TPCP805 9 TPCP806 9 TPCP TPCP TPCP TPCP8407 9,49 TPCP8R0 50 TPH00NL 7 TPH006NL 7 TPH0ENH 8 TPH0FNH 8 TPH008NH 7 TPH4006NH 7 TPH400ANH 7 TPH500CNH 8 TPHR005PL 7 TPHR04PL 7 TPHR40NL 7 TPHR7MD 6 TPH00FNH 8 TPH900ENH 8 TPHR06NH 7 TPHR608NH 7 TPH00CNH 8 TPHR0NL 7 TPH4R00NL 7 TPH4R008NH 7 TPH4R04NC 45 TPH4R50ANH 7 TPH4R606NH 7 TPH500FNH 8 TPH5900CNH 8 TPH5R906NH 7 TPH6400ENH 8 TPH6R00NL 7 TPH7R506NH 7 TPH8R008NH 7 TPH8R80ANH 7 TPH8R90NL 7 TPHR8504PL 7 TPHR900NL 7 TPN00NL 6 TPN006NL 6 TPN0ENH 6 TPN008NH 6 TPN4006NH 6 TPN600ANH 6 TPN00FNH 6 TPNR0NC TPNR50NC TPNR70NL 6 TPN0008NH 6 TPN00ANH 6 TPN4R0NC TPN4R0NL 6 TPN4R7MD 6 TPN5900CNH 6 TPN6R00NL 6 TPN6R0NC TPN7R506NH 6 TPN8R90NL 6 TPW500CNH 6 TPW900ENH 6 TPWR508NH 6 TPW4R008NH 6 TPW4R50ANH 6 TPW500FNH 6 TPWR8004PL 6 TPWR850NL 6 5
6 Low Voltage MOSFETs / MOSFET High-Speed Switching / (Single N-Channel) / N (/5) VDSS VGSS ID PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) VS-6 TPC6008 -H U-MOSVI-H TPC6009 -H U-MOSVI-H TPC600 -H U-MOSVI-H PS TPCP8007 -H U-MOSVI-H.4 TPCC8067 -H U-MOSVII-H TPCC8066 -H U-MOSVII-H TPN00 NL U-MOSVIII-H TPCC8065 -H U-MOSVII-H TPCC8068 -H U-MOSVII-H TPCC8064 -H U-MOSVII-H TPN8R90 NL U-MOSVIII-H TPN6R00 NL U-MOSVIII-H TSON Advance TPCC806 -H U-MOSVII-H TPN4R0 NL U-MOSVIII-H TPNR70 NL U-MOSVIII-H TPN006 NH U-MOSVIII-H TPN4006 NH U-MOSVIII-H 60 TPN006 NL U-MOSVIII-H TPN7R506 NH U-MOSVIII-H TPN0008 NH U-MOSVIII-H 80 TPN008 NH * U-MOSVIII-H TPN00 ANH U-MOSVIII-H 00 TPN600 ANH U-MOSVIII-H TPN5900 CNH U-MOSVIII-H TPN0 ENH U-MOSVIII-H TPN00 FNH U-MOSVIII-H TPWR850 NL * U-MOSVIII-H DSOP Advance TPWR8004 PL * U-MOSIX-H TPWR508 NH * U-MOSVIII-H TPW4R008 NH * U-MOSVIII-H TPW4R50 ANH * U-MOSVIII-H TPW500 CNH * U-MOSVIII-H TPW900 ENH * U-MOSVIII-H TPW500 FNH * U-MOSVIII-H RoHS *: New product / Top View 4 Nch (6pin) Nch (8pin) 6
7 (Single N-Channel) / N SOP Advance TPH00 NL VDSS VGSS ID PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) U-MOSVIII-H TPCA8068 -H U-MOSVII-H TPCA8065 -H U-MOSVII-H TPCA8064 -H U-MOSVII-H TPH8R90 NL U-MOSVIII-H TPCA806 -H U-MOSVII-H TPCA806 -H U-MOSVII-H TPCA8059 -H U-MOSVII-H TPCA809 -H * U-MOSVII-H 0 TPCA8058 -H U-MOSVII-H TPH6R00 NL U-MOSVIII-H TPH4R00 NL U-MOSVIII-H TPCA8057 -H U-MOSVII-H TPHR0 NL U-MOSVIII-H TPCA8056 -H U-MOSVII-H TPCA8055 -H U-MOSVII-H TPHR40 NL U-MOSVIII-H TPHR900 NL U-MOSVIII-H TPCA805 -H U-MOSVI-H TPCA8047 -H U-MOSVI-H TPCA8046 -H U-MOSVI-H 40 TPCA8045 -H U-MOSVI-H TPHR04 PL * U-MOSIX-H TPHR8504 PL * U-MOSIX-H TPHR005 PL * U-MOSIX-H TPH4006 NH * U-MOSVIII-H TPCA805 -H U-MOSVI-H TPH006 NL U-MOSVIII-H TPH7R506 NH * U-MOSVIII-H TPCA8049 -H U-MOSVI-H TPH5R906 NH * U-MOSVIII-H TPH4R606 NH * U-MOSVIII-H TPCA8048 -H U-MOSVI-H TPHR06 NH * U-MOSVIII-H TPHR608 NH U-MOSVIII-H TPH008 NH U-MOSVIII-H TPCA805 -H U-MOSVI-H 80 TPH8R008 NH * U-MOSVIII-H TPH4R008 NH U-MOSVIII-H TPH400 ANH * U-MOSVIII-H TPH8R80 ANH * U-MOSVIII-H (Continued on next page) TPH4R50 ANH * U-MOSVIII-H RoHS (/5) *: New product / Top View 4 Nch (8pin) 7
8 (Single N-Channel) / N (Continued from previous page) TPH5900 CNH SOP Advance SOP VDSS VGSS ID PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) U-MOSVIII-H TPH00 CNH U-MOSVIII-H TPH500 CNH U-MOSVIII-H TPH0 ENH U-MOSVIII-H TPH6400 ENH U-MOSVIII-H TPH900 ENH U-MOSVIII-H TPH00 FNH U-MOSVIII-H TPH0 FNH U-MOSVIII-H TPH500 FNH U-MOSVIII-H TPC8067 -H U-MOSVII-H TPC8066 -H U-MOSVII-H TPC8065 -H U-MOSVII-H TP89R0 NL U-MOSVIII-H TPC8064 -H U-MOSVII-H TPC806 -H U-MOSVII-H TP86R0 NL U-MOSVIII-H TPC8055 -H U-MOSVII-H TPC8056 -H U-MOSVII-H TPC8057 -H U-MOSVII-H TPC8058 -H U-MOSVII-H TPC8059 -H U-MOSVII-H TPC806 -H U-MOSVII-H TPC8089 -H U-MOSVI-H TPC805 -H U-MOSVI-H TPC8047 -H U-MOSVI-H TPC8045 -H U-MOSVI-H TPC8046 -H U-MOSVI-H TPC805 -H U-MOSVI-H TPC8050 -H U-MOSVI-H 60 TPC8049 -H U-MOSVI-H TPC8048 -H U-MOSVI-H TPC805 -H U-MOSVI-H RoHS (/5) Top View 4 Nch (8pin) 8
9 (Single N-Channel) / N (4/5) DPAK DPAK TO-0SM(W) DPAK TK5S04N L * VDSS VGSS ID PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) U-MOSVIII-H TK65S04N L * U-MOSVIII-H TK00S04N L * U-MOSVIII-H TK5S06N S ** U-MOSVIII-H 60 TK90S06N S ** U-MOSVIII-H TKS0N H ** U-MOSVIII-H 00 TK55S0N * U-MOSVIII-H TK40P0M U-MOSVI-H TK45P0M U-MOSVI-H TK50P0M U-MOSVI-H TK0P04M U-MOSVI-H TK40P04M U-MOSVI-H TK50P04M U-MOSVI-H TK00F04N L * U-MOSVIII-H TK60F0N * U-MOSVIII-H (E) (G) (G) (G) TK65G0N U-MOSVIII-H (H) RoHS *: New product / **: Under development / (E) (G) (H) (Heatsink) (Heatsink) Source Built-in protection Zener diode between gate and source. ZD Nch Nch Nch Source Source 9
10 (Single N-Channel) / N 5.0 TO-0SIS SC TO VDSS VGSS ID PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) TK50A04K U-MOSIV 40 TK80A04KL U-MOSIV TK0A06N U-MOSVIII-H TK40A06N U-MOSVIII-H 60 TK58A06N U-MOSVIII-H TK00A06N U-MOSVIII-H TK80A08K U-MOSIV TK5A08N U-MOSVIII-H TK46A08N U-MOSVIII-H 80 TK7A08N U-MOSVIII-H TK00A08N U-MOSVIII-H TK8A0K U-MOSIV TKA0K U-MOSIV TKA0N U-MOSVIII-H TK5A0K U-MOSIV 00 TK4A0N U-MOSVIII-H TK40A0N U-MOSVIII-H TK65A0N U-MOSVIII-H TK00A0N U-MOSVIII-H TKAN U-MOSVIII-H TK4AN U-MOSVIII-H 0 TK56AN U-MOSVIII-H TK7AN U-MOSVIII-H TK0E06N U-MOSVIII-H TK40E06N U-MOSVIII-H 60 TK58E06N U-MOSVIII-H TK00E06N U-MOSVIII-H TK5E08N U-MOSVIII-H TK46E08N U-MOSVIII-H 80 TK7E08N U-MOSVIII-H TK00E08N U-MOSVIII-H TK8E0K U-MOSIV TKE0N U-MOSVIII-H TK4E0N U-MOSVIII-H 00 TK40E0N U-MOSVIII-H TK65E0N U-MOSVIII-H TK00E0N U-MOSVIII-H TKEN U-MOSVIII-H TK4EN U-MOSVIII-H 0 TK56EN U-MOSVIII-H TK7EN U-MOSVIII-H RoHS (H) (G) (5/5) (G) (H) (Heatsink) Source Source Nch Nch 0
11 (Dual Channel) / Polarity VDSS VGSS ID PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) PS Nchx TPCP805 -H U-MOSVI-H (C).4.9 SOP-8 TPC84 -H U-MOSVII-H 0 TPC8 -H U-MOSVII-H Nchx TPC87 -H U-MOSVI-H (C) TPC88 -H U-MOSVI-H TPC89 -H U-MOSVI-H.7 RoHS Top View (C) 4 Nch x (8pin) (Built-in Schottky Barrier Diode) / SBD Polarity VDSS VGSS ID PD VGS = VGS = (W) 0 V 4.5 V Ciss Crss Coss Qg (nc) SOP Advance TPCA8A -H U-MOSVII-H Nch + SBD TPCA8A0 -H U-MOSVII-H (D) TPCA8A09 -H U-MOSVII-H RoHS Top View (D) 4 Nch + SBD (8pin)
12 Low On-Resistance / (Single N-Channel) / N (/) VDSS VGSS ID VGS = 0 V VGS = 6.0 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc).0 UDFN6B SSM6K504 NU U-MOSVII 0 SSM6K5 NU * U-MOSIX-H SSM6K54 NU * U-MOSIX-H SSM6K4 NU ** U-MOSVIII-H SSM6K6 NU ** U-MOSVIII-H 5 VS-8 TPCF U-MOSIV.9.5 (E).5.9 TPCF U-MOSVII VS-6 TPC U-MOSIV (C) TPC U-MOSVII PS-8 TPCP TPCP TPCP () U-MOSIV.96 () U-MOSIV.0 () U-MOSIV (G) TPCP TPCP () U-MOSIV.0 () U-MOSIV TPCC U-MOSVII TPCC U-MOSVII TPN6R0 NC U-MOSVIII TSON Advance TPN4R0 NC U-MOSVIII 0 TPCC U-MOSVII TPNR50 NC U-MOSVIII. 5 TPNR0 NC U-MOSVIII. TPCC U-MOSVII TPCC U-MOSVII TPCC U-MOSIV TPCC U-MOSIV Note (): Device mounted on a glass board. t = 5 seconds. / t = 5 RoHS (F) (G) *: New product / **: Under development / Top View (C) (E) (F) (G) Nch Nch Nch Nch Nch
13 (Single N-Channel) / N (/) VDSS VGSS ID VGS = 0 V VGS = 6.0 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) SOP Advance SOP TPCA U-MOSVII TPCA U-MOSVII TPCA U-MOSVII TPCA U-MOSVII TPCA U-MOSVII TPCA U-MOSVII TPCA U-MOSVII TPCA U-MOSIV TPCA U-MOSIV TPC U-MOSVII TPC U-MOSVII TPC U-MOSVII (G) TPC U-MOSVII TPC U-MOSVII 0 TPC U-MOSVII TPC U-MOSVII TPC U-MOSVII (G) TPC U-MOSVII TPC U-MOSVII TPC U-MOSVII (G) TPC U-MOSVII (F) TPC U-MOSVII (G) TPC U-MOSVII (F) RoHS (F) (G) (F) (F) (F) Top View (F) (G) 4 4 Nch Nch
14 (Single N-Channel) / N (/) VDSS VGSS ID VGS = 0 V VGS = 6.0 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) DPAK TO-0SM(W) TK0S04K L U-MOSIV TK5S04K L U-MOSIV TK50S04K L U-MOSIV TK8S06K L U-MOSIV TK0S06K L U-MOSIV (R) TK0S06K L U-MOSIV TK45S06K L U-MOSIV TK80S06K L U-MOSIV TK00F04K U-MOSIV (Q) 40 TK00F04K L U-MOSIV (R) TK00F06K U-MOSIV 60 TK0F06K U-MOSIV (Q) TK80F08K U-MOSIV TO-P(N) SC TK70J04K Z U-MOSIV 40 (R) TK75J04K Z U-MOSIV TK70J06K U-MOSIV (Q) RoHS (Q) (Heatsink) (R) (Heatsink) Source Source Nch Nch 4
15 (Single P-Channel) / P (/4) VDSS VGSS ID VGS = 0 V VGS = 6.0 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc).0 UDFN6B SSM6J5 NU U-MOSVII SSM6J505 NU U-MOSVI SSM6J5 NU U-MOSVII SSM6J50 NU U-MOSVI 6 SSM6J50 NU U-MOSVI SSM6J50 NU U-MOSVI SSM6J509 NU ** SSM6J508 NU ** 0 SSM6J507 NU 5/ +0 5/ +0 5/ TBD U-MOSVI TBD U-MOSVI U-MOSVI VS-8 TPCF U-MOSVI TPCF U-MOSVI (H).5.9 TPCF / U-MOSVI VS-6 TPC U-MOSVI PS TPC U-MOSVI TPC U-MOSV TPC60 0 5/ U-MOSVI TPCP U-MOSVI (J) TPCP806 TPCP809 TPCP807 TPCP8 TPCP80 0 5/ Note (): Device mounted on a glass board. t = 5 seconds. / t = U-MOSVI (I) () U-MOSVI () U-MOSVI.96 () U-MOSVI.0 () U-MOSVI RoHS (D) (J) **: Under development / Top View (D) (H) (I) (J) Pch Nch Pch Pch Pch 5
16 (Single P-Channel) / P (/4) VDSS VGSS ID VGS = 0 V VGS = 6.0 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) TPCC U-MOSVI TPCC U-MOSVI 0 TPCC U-MOSVI TSON Advance TPN4R7 MD U-MOSVI 5/ TPCC U-MOSVI (I) TPCC U-MOSV 0 5/. TPCC / TPCC U-MOSVI U-MOSVI TPCC U-MOSVI (J) TPCC U-MOSVI TPHR7 MD U-MOSVI 5/ TPCA U-MOSVI 5/ TPCA U-MOSVI SOP Advance 5/ (I) TPCA U-MOSVI +0 5/ TPCA U-MOSVI TPCA U-MOSVI TPCA U-MOSVI 40 TPCA U-MOSVI TPCA U-MOSVI 60 TPCA U-MOSVI (J) RoHS Top View (I) (J) 4 4 Pch Pch 6
17 (Single P-Channel) / P (/4) VDSS VGSS ID VGS = 0 V VGS = 6.0 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) TPC89 5/ U-MOSVI TPC85 5/ U-MOSVI TPC8 5/ U-MOSVI SOP-8 TPC86 TPC87 0 5/ +0 5/ U-MOSVI U-MOSVI TPC88 5/ U-MOSVI (I) TPC80 TPC84 5/ +0 5/ U-MOSVI U-MOSVI.7 TPC8 TPC8 40 5/ +0 5/ U-MOSVI U-MOSVI TPC84 5/ U-MOSVI TJ0S04M L U-MOSVI TJ0S04M L U-MOSVI TJ40S04M L U-MOSVI DPAK+ TJ60S04M L U-MOSVI TJ80S04M L TJ8S06M L TJ5S06M L U-MOSVI U-MOSVI U-MOSVI (T) TJ0S06M L U-MOSVI TJ50S06M L U-MOSVI TJ60S06M L U-MOSVI RoHS (I) (T) (Heatsink) 4 Source Top View Pch Pch 7
18 (Single P-Channel) / P (4/4) VDSS VGSS ID VGS = 0 V VGS = 6.0 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) DPAK TJ5P04M U-MOSVI (S) TO-0SM(W) TJ00F04M L TJ00F04M L TJ00F06M L TJ50F06M L U-MOSVI (T) U-MOSVI (S) U-MOSVI (T) U-MOSVI TO-0SIS SC TJ9A0M U-MOSVI 5.0 TJA0M U-MOSVI (U).0.0 TJ0A0M U-MOSVI RoHS (S) (T) (U) (Heatsink) (Heatsink) Source Source Source Pch Pch Pch 8
19 (Dual Channel/Complementary) / / Polarity VDSS VGSS ID VGS = 0 V VGS = 6.0 V VGS =.5 V VGS =.8 V Ciss Crss Coss Qg (nc) VS-8 TPCF U-MOSVI.9.5 Pchx (M).5.9 TPCF / U-MOSVI Nchx TPCP U-MOSVII TPCP U-MOSIV TPCP () U-MOSIV (L) (K) TPCP U-MOSV (N).8.4 PS-8.9 Pchx Nch + Pch TPCP U-MOSVI TPCP U-MOSVI TPCP8404 TPCP8405 TPCP8407 TPCP U-MOSIV U-MOSV U-MOSVI-H U-MOSVI U-MOSIV.77 () U-MOSVI U-MOSVI-H U-MOSVI (M) (O) (P) (O) SOP Nch + Pch TPC8407 TPC U-MOSVII-H U-MOSVI U-MOSVI-H U-MOSVI (O) Note (): Device mounted on a glass board. t = 5 seconds. / t = 5 RoHS Top View (K) (L) (M) (N) (O) Nch x Nch x Pch x Pch x Nch + Pch (P) 4 Nch + Pch 9
20 Small- / (Semi-Power Type: Single N-Channel) / N (/) VDSS VGSS ID VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) CST SOT SSMK56 ACT * U-MOSVII-H (F) CSTB SSMK59 CTB * U-MOSVII-H (F) VESM SOT-7. SSMK56 MFV * U-MOSVII-H WCSP6C SSM6K78 G * U-MOSVII-H (G) SSM SOT SSMK56 FS U-MOSVII-H RoHS *: New product / Top View (F) (G) A B C A B C Nch Nch Nch 0
21 (Semi-Power Type: Single N-Channel) / N (/) VDSS VGSS ID VGS = 0 V VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) ES6 SOT-56.6 UDFN6B UFM.0 UF6.0 SOT-F SSM6K04 FE U-MOSIII 0 SSM6K FE U-MOSIII SSM6K08 FE U-MOSIII SSM6K7 FE * U-MOSVII-H SSM6K504 NU * U-MOSVII-H 0 SSM6K5 NU * U-MOSIX-H SSM6K54 NU * U-MOSIX-H SSM6K4 NU ** U-MOSVIII-H SSM6K6 NU ** U-MOSVIII-H SSMK TU U-MOSIII SSMK TU U-MOSIII SSMK TU U-MOSIII SSMK7 TU U-MOSIII SSMK6 TU U-MOSIII SSMK TU U-MOSIV SSMK65 TU * π-mosv SSM6K404 TU U-MOSIII SSM6K40 TU U-MOSIII SSM6K4 TU U-MOSIV (D) SSM6K406 TU U-MOSIV SSM6K407 TU π-mosv SSMK6 R U-MOSVII-H SSMK9 R U-MOSIII SSMK4 R * U-MOSVII-H SSMK R U-MOSVII-H SSMK5 R U-MOSVII-H SSMK7 R U-MOSIV (C) SSMK9 R * U-MOSVII-H SSMK65 R * π-mosv SSMK8 R * U-MOSIV SSMK4 R * U-MOSVIII-H SSMK6 R * U-MOSVIII-H RoHS (E) (E) (E) (E) *: New product / **: Under development / Top View (C) (D) (E) Nch Nch Nch Nch Nch
22 (Semi-Power Type: Single P-Channel) / P (/) VDSS VGSS ID VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) CST SOT SSMJ56 ACT * U-MOSVI (J) CSTB SSMJ46 CTB U-MOSVI (J) VESM SOT-7 SSMJ56 MFV U-MOSVI (H) WCSP6C SSM6J77 G * U-MOSVI (K) ES6 SOT-56.6 UDFN6B SSM6J6 FE U-MOSVI SSM6J FE U-MOSVI SSM6J5 FE U-MOSVI SSM6J FE U-MOSVI SSM6J07 FE U-MOSII 0 SSM6J4 FE U-MOSVI SSM6J5 NU * U-MOSVI SSM6J505 NU U-MOSVI SSM6J5 NU * U-MOSVII SSM6J50 NU U-MOSVI SSM6J50 NU U-MOSVI SSM6J50 NU U-MOSVI SSM6J509 NU ** SSM6J508 NU ** 0 SSM6J507 NU * 5/ +0 5/ +0 5/ TBD U-MOSVI TBD U-MOSVI U-MOSVI RoHS (I) (I) *: New product / **: Under development / Top View (H) (I) (J) (K) A B C A B C Pch Pch Pch Pch
23 (Semi-Power Type: Single P-Channel) / P (/) VDSS VGSS ID VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) UFM.0 UF6.0 SOT-F.9 S-Mini SOT SSMJ TU U-MOSVI SSMJ5 TU U-MOSVI SSMJ4 TU U-MOSVI 0 SSMJ0 TU U-MOSVI SSMJ TU U-MOSVI SSMJ TU U-MOSII SSMJ8 TU U-MOSII SSMJ7 TU U-MOSII SSM6J50 TU U-MOSIV SSM6J4 TU * U-MOSVI SSM6J44 TU U-MOSVI SSM6J40 TU U-MOSIII SSM6J40 TU U-MOSIII SSM6J40 TU U-MOSIII SSMJ8 R * U-MOSVII SSMJ7 R U-MOSVI SSMJ R U-MOSVI SSMJ8 R U-MOSVI SSMJ4 R SSMJ40 R * U-MOSVI 5/ U-MOSVI SSMJ R U-MOSVI SSMJ56 R * 60 SSMJ5 R ** SSMJ5 F U-MOSVI TBD TBD TBD U-MOSVI U-MOSVI SSMJ5 F * U-MOSVI (H) (I) (H) (H) SSMJ5 F ** 0 5/ TBD U-MOSVI RoHS *: New product / **: Under development / Top View (H) (I) Pch Pch
24 (Semi-Power Type: Dual Channel/Complementary) / / Polarity VDSS VGSS ID VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V VGS =. V Ciss Crss Coss Qg (nc).6.0. ES6 SOT UDFN6 SOT UF Nchx SSM6N56 FE * U-MOSVII-H (L) Pchx SSM6P4 FE U-MOSV (M) Nch + Pch Nchx SSM6L4 FE U-MOSIII U-MOSV SSM6N6 NU * U-MOSVII-H SSM6N55 NU U-MOSVII-H SSM6N57 NU U-MOSVII-H SSM6N58 NU U-MOSVII-H Pchx SSM6P47 NU U-MOSVI 0 SSM6P49 NU U-MOSVI Nch + Pch Nchx Pchx Nch + Pch SSM6L6 NU * U-MOSVII-H U-MOSVI SSM6N6 TU ** U-MOSVII-H 0 () SSM6N9 TU U-MOSIII SSM6N4 TU U-MOSIII 0 SSM6N40 TU U-MOSIII SSM6P54 TU U-MOSIV 0 SSM6P9 TU U-MOSIII SSM6P40 TU U-MOSIII SSM6L9 TU SSM6L TU SSM6L40 TU U-MOSIII U-MOSIII U-MOSIII U-MOSIII U-MOSIII U-MOSIII RoHS (O) (L) (M) (N) (L) (M) (N) (P) (N) *: New product / **: Under development / 6 Top View (L) (M) (N) (O) (P) 5 4 Q Q Q Q Q Q Q Q Q Q Nch x Pch x Nch + Pch Nch + Pch Nch + Pch 4
25 (Semi-Power Type: Built-in Schottky Barrier Diode) / SBD Polarity VDSS VGSS ID VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) UDFN6 SOT-8 Nch + SBD SSM6H9 NU * U-MOSVII-H (R) UFV Pch + SBD Nch + SBD Pch + SBD SSM6G8 NU U-MOSVI (T) SSM5H08 TU U-MOSIII 0 SSM5H90 ATU U-MOSVII-H SSM5H0 TU U-MOSIII SSM5H TU U-MOSIII SSM5H6 TU U-MOSIII SSM5G0 TU U-MOSII SSM5G09 TU U-MOSIII (S) SSM5G TU U-MOSIII RoHS (Q) *: New product / Top View (Q) (R) (S) (T) Nch + SBD Nch + SBD Pch + SBD Pch + SBD 5
26 (Semi-Power Type: Built-in Zener Diode) / ZD Polarity VDSS VGSS ID VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) UFM Nch + ZD SSMH7 TU * U-MOSIV (U).9 RoHS *: New product / Top View (U) Nch + ZD 6
27 (Small-Signal Standard Type: Single N-Channel) / N (/) VDSS VGSS ID (Ω) VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) CSTC SSMK5 CTC * U-MOSIII SSMK5 ACTC * U-MOSIII SSMK7 CTC * U-MOSVII-H CST SOT VESM SOT-7. SSM SOT SSMK5 CT π-mosvi SSMK7 CT U-MOSIII SSMK56 ACT * U-MOSVII-H SSMK5 ACT U-MOSIII SSMK7 KCT ** U-MOSVII-H SSMK5 MFV π-mosvi SSMK7 MFV U-MOSIII 0 SSMK6 MFV U-MOSIII SSMK56 MFV * U-MOSVII-H (C) SSMK5 AMFV U-MOSIII 0 SSMK44 MFV π-mosvi SSMK5 FS π-mosvi SSMK7 FS U-MOSIII 0 SSMK6 FS U-MOSIII SSMK56 FS U-MOSVII-H (C) SSMK5 AFS U-MOSIII 0 SSMK44 FS π-mosvi SSMK7 CFS ** U-MOSVII-H 60 SSMK7 KFS ** U-MOSVII-H RoHS *: New product / **: Under development / Top View (C) Nch Nch Nch 7
28 (Small-Signal Standard Type: Single N-Channel) / N (/) VDSS VGSS ID (Ω) VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) UFM. SSMK6TU U-MOSIII USM SOT- SSMK5 AFU U-MOSIII 0 SSMK09 FU π-mosvi. SSMK7 FU π-mosv SSMK700 CFU * U-MOSVII-H 60 SSMK700 KFU * U-MOSVII-H SOT TN700 AK * U-MOSVII-H TN700 BK * U-MOSVII-H S-Mini SOT-46 SSMK5 F π-mosvi SSMK700 KF * U-MOSVII-H RoHS *: New product / Top View Nch 8
29 (Small-Signal Standard Type: Single P-Channel) / P VDSS VGSS ID (Ω) VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) CSTC SSMJ5 CTC * U-MOSVII (D) CST SOT SSMJ5 CT π-mosvi 0 SSMJ56 ACT * U-MOSVI SSMJ5 CT π-mosvi (D) VESM SOT-7. SSMJ5 MFV π-mosvi SSMJ6 MFV U-MOSIII SSMJ56 MFV U-MOSVI SSMJ5 FV π-mosvi (E) SSM SOT-46 SSMJ5 FS π-mosvi 0 SSMJ6 FS U-MOSIII (E) SSMJ5 FS π-mosvi UFM. SSMJ6 TU U-MOSIII (E) USM SOT- SSMJ5 FU π-mosvi. 0 (E) S-Mini SOT SSMJ09 FU π-mosvi SSMJ5 F π-mosvi (E) SJ π-mosiii (L) RoHS *: New product / Top View (D) (E) (L) Pch Pch Pch 9
30 (Small-Signal Standard Type: Dual Channel/Complementary) / / (/) Polarity VDSS VGSS ID (Ω) VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc).6.6 ESV SOT-55.6 ES6 SOT Nchx Pchx Nchx Pchx Nch + Pch SSM5N6 FE π-mosvi (F) SSM5N5 FE π-mosvi SSM5P6 FE π-mosvi (I) SSM5P5 FE π-mosvi SSM6N5 FE π-mosvi SSM6N7 FE U-MOSIII (G) 0 SSM6N6 FE U-MOSIII SSM6N56 FE U-MOSVII-H (H) SSM6N5 AFE U-MOSIII 0 (G) SSM6N44 FE π-mosvi SSM6P6 FE π-mosvi SSM6P5 FE π-mosvi (J) SSM6P6 FE U-MOSIII SSM6P5 FE π-mosvi π-mosvi SSM6L5 FE π-mosvi (K) U-MOSIII SSM6L6 FE U-MOSIII USV SOT-5 Nchx SSM5N6 FU π-mosvi SSM5N5 FU π-mosvi (F) Pchx SSM5P6 FU π-mosvi SSM5P5 FU π-mosvi (I).9 RoHS Top View (F) (G) (H) (I) (J) Q Q Q Q Q Q Q Q Q Q Nch x Nch x Nch x Pch x Pch x (K) Q Q Nch + Pch 0
31 (Small-Signal Standard Type: Dual Channel/Complementary) / / (/) Polarity VDSS VGSS ID (Ω) VGS = 4.0 V VGS =.5 V VGS =.8 V VGS =.5 V Ciss Crss Coss Qg (nc) UF6 Nchx SSM6N6 TU U-MOSIII (G) 5. Pchx SSM6P6 TU U-MOSIII (J)..0 US6 SOT Nch + Pch Nchx SSM6L6 TU SSM6N5 FU U-MOSIII U-MOSIII π-mosvi SSM6N7 FU U-MOSIII SSM6N4 FU U-MOSIII SSM6N5 AFU U-MOSIII SSM6N44 FU π-mosvi SSM6N09 FU π-mosvi SSM6N7 FU π-mosv SSM6N700 CFU * U-MOSVII-H 60 SSM6N700 KFU * U-MOSVII-H SSM6P6 FU π-mosvi SSM6P5 FU π-mosvi Pchx (J) SSM6P5 FU π-mosvi 0 SSM6P09 FU π-mosvi Nch + Pch SSM6L5 FU SSM6L09 FU π-mosvi π-mosvi π-mosvi π-mosvi RoHS (K) (G) (K).9.9 *: New product / 6 Top View (G) (J) (K) 5 4 Q Q Q Q Q Q Nch x Pch x Nch + Pch
32 Mid-High Voltage MOSFETs / MOSFET DTMOS / DTMOS (Single N-Channel) / N (/5) DFN8x DPAK 6.6 DPAK TK0V60 W VDSS VGSS ID PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) DTMOSIV TKV60 W DTMOSIV TK6V60 W DTMOSIV TK6V60W DTMOSIV(HSD) TK0V60 W DTMOSIV TK0V60W DTMOSIV(HSD) TK5V60 X DTMOSIV-H TK5V60X DTMOSIV-H(HSD) TKV60 W DTMOSIV TKV60W DTMOSIV(HSD) TKV60 X DTMOSIV-H TK4V65 W * DTMOSIV TK7V65 W * DTMOSIV TKV65X5 ** () (80) (0.7) (400) (9) (60) (50) DTMOSIV-H(HSD) TK8V65 W * DTMOSIV TK8V65W5 ** (0.4) DTMOSIV(HSD) TK5P60W5 ** DTMOSIV(HSD) TK5P60 W DTMOSIV TK6P60 W DTMOSIV TK7P60 W DTMOSIV TK7P60W DTMOSIV(HSD) TK8P60 W DTMOSIV TK8P60W5 * DTMOSIV(HSD) TK0P60 W DTMOSIV TKP60 W DTMOSIV TK5P65 W DTMOSIV TK6P65 W DTMOSIV TK7P65 W DTMOSIV 650 TK8P65 W DTMOSIV TK9P65 W DTMOSIV TKP65 W DTMOSIV TKP80 W ** 0 (.5) TBD (.5) TBD TBD TBD TBD DTMOSIV 800 TK6P80 W ** DTMOSIV TK6G60 W DTMOSIV TK6G60W DTMOSIV(HSD) TK0G60 W DTMOSIV TK4G65 W DTMOSIV 650 TK4G65W DTMOSIV(HSD) RoHS (D) *: New product / **: Under development / (D) * (Heatsink) (Heatsink) 5 Source Source Source,4 Nch (pin) Nch (5pin) (*) Notice : Please use the source pin for gate input signal return. Make sure that the main current flows into the source pins. (*)
33 (Single N-Channel) / N (/5) IPAK 6.65 TO-0SIS SC TK5Q60 W VDSS VGSS ID PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) DTMOSIV TK6Q60 W DTMOSIV TK7Q60 W DTMOSIV 600 TK8Q60 W DTMOSIV TK0Q60 W DTMOSIV TKQ60 W DTMOSIV TK5Q65 W DTMOSIV TK6Q65 W DTMOSIV TK7Q65 W DTMOSIV 650 TK8Q65 W DTMOSIV TK9Q65 W DTMOSIV TKQ65 W DTMOSIV TKQ80 W ** 0 (.5) TBD (.5) TBD TBD TBD TBD DTMOSIV 800 TK6Q80 W ** DTMOSIV TK5A60W5 * DTMOSIV(HSD) TK5A60 W DTMOSIV TK6A60 W DTMOSIV TK7A60 W DTMOSIV TK7A60W DTMOSIV(HSD) TK8A60 W DTMOSIV TK8A60W DTMOSIV(HSD) TK0A60 W DTMOSIV TK0A60W DTMOSIV(HSD) 600 TKA60 W DTMOSIV TK6A60 W DTMOSIV TK6A60W DTMOSIV(HSD) TK0A60 W DTMOSIV TK0A60W DTMOSIV(HSD) TK5A60 X DTMOSIV-H TK5A60X DTMOSIV-H(HSD) TKA60 W DTMOSIV TK9A60 W DTMOSIV TK5A65 W DTMOSIV TK6A65 W DTMOSIV TK7A65 W DTMOSIV 650 TK8A65 W DTMOSIV TK9A65 W DTMOSIV (Continued on next page) TKA65 W DTMOSIV RoHS *: New product / **: Under development / (Heatsink) Source Source Nch (pin) Nch (pin)
34 (Single N-Channel) / N (/5) (Continued from previous page) 5.0 TO-0SIS SC IPAK 0.6 TK4A65 W VDSS VGSS ID PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) DTMOSIV TK4A65W DTMOSIV(HSD) TK7A65 W DTMOSIV TK7A65W DTMOSIV(HSD) 650 TKA65X5 ** 0 () (45) (0.6) (400) (9) (60) (50) DTMOSIV-H(HSD) TK8A65 W DTMOSIV TK5A65 W DTMOSIV TK5A65W DTMOSIV(HSD) TK7A80 W ** 0 (6.5) TBD (0.9) TBD TBD TBD TBD DTMOSIV TK0A80 W ** DTMOSIV 800 TKA80 W ** DTMOSIV TK7A80 W DTMOSIV TK6C60 W DTMOSIV 600 TK0C60 W DTMOSIV TK4C65 W DTMOSIV.7.05 TK4C65W DTMOSIV(HSD) TO TK7C65 W DTMOSIV TK0E60 W DTMOSIV TKE60 W DTMOSIV TK6E60 W DTMOSIV TK6E60W DTMOSIV(HSD) TK0E60 W DTMOSIV 600 TK0E60W DTMOSIV(HSD) TK5E60 X DTMOSIV-H TK5E60X DTMOSIV-H(HSD) TKE60 W DTMOSIV TKE60 X DTMOSIV-H TK4E65 W DTMOSIV TK4E65W DTMOSIV(HSD) 650 TK7E65 W DTMOSIV TK8E65 W ** DTMOSIV TK7E80 W ** 0 (6.5) TBD (0.9) TBD TBD TBD TBD DTMOSIV TK0E80 W ** DTMOSIV 800 TKE80 W ** DTMOSIV TK7E80 W ** DTMOSIV RoHS **: Under development / (Heatsink) Source Source Nch (pin) Nch (pin) 4
35 (Single N-Channel) / N (4/5) TO-P(N) SC TO TKJ60 W VDSS VGSS ID PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) DTMOSIV TK6J60 W DTMOSIV TK6J60W DTMOSIV(HSD) TK0J60 W DTMOSIV TK0J60W DTMOSIV(HSD) TKJ60 W DTMOSIV TKJ60W DTMOSIV(HSD) TK9J60 W DTMOSIV TK9J60W DTMOSIV(HSD) TK6J60 W DTMOSIV TK6J60W DTMOSIV(HSD) TK6N60 W DTMOSIV TK6N60W DTMOSIV(HSD) TK0N60 W DTMOSIV TK0N60W DTMOSIV(HSD) TK5N60 X DTMOSIV-H TK5N60X DTMOSIV-H(HSD) TKN60 W DTMOSIV TKN60W DTMOSIV(HSD) TKN60 X DTMOSIV-H TK9N60 W DTMOSIV TK9N60W DTMOSIV(HSD) TK9N60 X DTMOSIV-H TK6N60 W DTMOSIV TK6N60W DTMOSIV(HSD) TK6N60 X DTMOSIV-H TK4N65 W DTMOSIV TK4N65W DTMOSIV(HSD) TK7N65 W DTMOSIV TK8N65 W DTMOSIV TK8N65W DTMOSIV(HSD) TK5N65 W DTMOSIV TK5N65W DTMOSIV(HSD) TK49N65 W DTMOSIV TK49N65W DTMOSIV(HSD) TKN80 W ** DTMOSIV 800 TK7N80 W ** DTMOSIV RoHS **: Under development / (Heatsink) Source Nch (pin) 5
36 (Single N-Channel) / N (5/5) VDSS VGSS ID PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) TO-47-4L 5.94 TK5Z60 X * DTMOSIV-H 0.95 TKZ60 X * DTMOSIV-H 600 (C) TK9Z60 X * DTMOSIV-H TK6Z60 X * DTMOSIV-H TO-P(L) TK00L60 W DTMOSIV *: New product / RoHS (C) * (Heatsink) (Heatsink) 4 Source Source Source Nch (pin) Nch (4pin) (*) Notice : Please use the source pin for gate input signal return. Make sure that the main current flows into the source pins. (*) 6
37 π-mos / π-mos (Single N-Channel) / N (/4) VDSS VGSS ID PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) New PW-Mold TKP60 D π-mosvii DPAK TK8P5 DA π-mosvii 50 TKP5 D π-mosvii TKP50 D π-mosvii TK4P50 D π-mosvii 500 TK5P50 D π-mosvii TK7P50 D π-mosvii TK5P5 D π-mosvii 55 TK6P5 D π-mosvii TK4P55 DA π-mosvii 550 TK4P55 D π-mosvii TK4P60 DA π-mosvii TK4P60 DB π-mosvii TK4P60 D π-mosvii TKP80 E π-mosviii TKP90 E π-mosviii New PW-Mold 6.5 TKQ60 D π-mosvii TK4Q60 DA π-mosvii TKQ90 A π-mosiv RoHS (Heatsink) (Heatsink) Source Source Nch Nch 7
38 (Single N-Channel) / N 5.0 TO-0SIS SC TK9A0 DA VDSS VGSS ID PD (W) RDS(ON) max (Ω) VGS = 0 V Ciss Crss Coss Qg (nc) π-mosvii TK5A0 D π-mosvii 00 TK0A0 D π-mosvii TK5A0 D π-mosvii TK8A5 DA π-mosvii TKA5 D π-mosvii 50 TK7A5 D π-mosvii TK0A5 D π-mosvii TK8A0 D π-mosvii TK5A45 DA π-mosvii TK6A45 DA π-mosvii TK7A45 DA π-mosvii TK8A45 DA π-mosvii TK8A45 D π-mosvii TK9A45 D π-mosvii TKA45 D π-mosvii TKA45 D π-mosvii TKA45 D π-mosvii TK4A45 DA π-mosvii TK4A45 D π-mosvii TK6A45 D π-mosvii TK9A45 D π-mosvii TK4A50 D π-mosvii TK5A50 D π-mosvii TK6A50 D π-mosvii TK7A50 D π-mosvii TK8A50 DA π-mosvii TK8A50 D π-mosvii TK0A50 D π-mosvii TKA50 D π-mosvii TKA50 D π-mosvii TKA50 DA π-mosvii TKA50 D π-mosvii TK5A50 D π-mosvii TK8A50 D π-mosvii TK4A5 D π-mosvii TK5A5 D π-mosvii 55 TK6A5 D π-mosvii TKA5 D π-mosvii TK4A55 DA π-mosvii TK4A55 D π-mosvii (Continued on next page) TK5A55 D π-mosvii RoHS (/4) (C) (C) Source Nch 8
MOSFETs / Junction FETs: SEMICONDUCTOR GENERAL CATALOG
SEMICONDUCTOR GENERAL CATALOG 半導体製品総覧表 08 年 7 月版 MOSFETs / Junction FETs MOSFET / 接合形 FET Low Voltage MOSFETs / 低耐圧 MOSFET Mid-High Voltage MOSFETs / 中高耐圧 MOSFET Automotive MOSFETs / 車載 MOSFET Junction
TJ150F06M3L - Toshiba - Datasheet.Directory
- SEMICONDUCTOR http://www.semicon.toshiba.co.jp/ CONTENTS...... πvii π π P n n n P π n P n n n P n P P n n n P n π πvii π π SSM K TU TPC 0 0 -H TK A J πvi IV πvii I III II VI SK SJ VDSS ID (A) 0 0 0 0
Microsoft Word - sp8m4-j.doc
4V 駆動タイプ Nch+Pch MOS FET 構造シリコン N チャネル / P チャネル MOS 型電界効果トランジスタ 外形寸法図 (Unit : mm) SOP8 5..4.75 (8) (5) 特長 ) 新ライン採用により 従来品よりオン抵抗大幅低減 2) ゲート保護ダイオード内蔵 3) 小型面実装パッケージ (SOP8) で省スペース pin mark () (4).27 3.9 6..2.4Min.
FA6K3342ZL
Zener Diode installed separate type dual P-channel For passive cell balancing circuits 2.0 0.2 Unit : mm 0.13 Features Build in Gate Resistor Drain-source ON-state Resistance : RDS(on) typ. = 280 mω (VGS
FC6K3339ZL
Features Build in Gate Resistor, Gate-source Resistor and Zener Diode Drain-source ON-state Resistance : RDS(on) typ. = 200 mω (VGS = 4.5 V) AEC-Q101 qualified Halogen-free / RoHS compliant (EU RoHS /
XP233P1501TR-j.pdf
P-channel MOSFET -3V, -1.5A JTR114-1 特長オン抵抗 駆動電圧環境への配慮 : RDS(on)=.19Ω@VGS =-1V : -4.5V : EU RoHS 指令対応 鉛フリー 用途 スイッチング用 内部接続図 端子配列 SOT-23(TO-236) Drain Gate Source 製品名 PRODUCT NAME PACKAGE ORDER UNIT * SOT-23(TO-236)
低周波小信号増幅用 用途 パッケージ TO-92(SC-43) MINI S-MINI(SC-59) USM(SC-70) SSM ESM General Purpose 2SC1815 2SA1015 2SC2458 2SA1048 2SC2712 2SA1162 2SC4116 2SA1586
汎用小信号トランジスタ 低周波小信号増幅用 208 低周波増幅 スイッチング 定電流負荷 インピーダンス変換用 208 高速スイッチング用小信号 MOS-FET (S-MOS) 209 小信号トランジスタ 212 PW-MINI トランジスタ (SC-62) 212 抵抗内蔵型トランジスタ (BRT) 214 207 低周波小信号増幅用 用途 パッケージ TO-92(SC-43) MINI S-MINI(SC-59)
FJ4B0111
Single P-channel For Load switching circuits 0.60 4 3 Unit: mm Features Drain-source ON resistance:rds(on) typ. = 141 m ( VGS = -2.5 V ) CSP (Chip Size Package) RoHS compliant (EU RoHS / MSL:Level 1 compliant)
FK9B0439ZL
Single N-channel Mark Identifier.94 Unit: mm Features Drain-source On-state Resistance : RDS(on) typ. = 9.5 mω ( VGS = V ) CSP( Chip Size Package ) Halogen-free / RoHS compliant ( EU RoHS / UL-94 V- /
FK4B0343ZL All in one N-channel MOS FET ADVANCE INFORMATION Features For passive cell balancing circuits Built-in cell discharge resistor, gate-source
All in one N-channel Features For passive cell balancing circuits Built-in cell discharge resistor, gate-source resistor and zener diode CSP( Chip Size Package ) Halogen-free / RoHS compliant ( EU RoHS
XP231P0201TR-j.pdf
Pchannel MOSFET 3V,.2A JTR11381 特長オン抵抗 駆動電圧環境への配慮 : RDS(on)=5Ω@VGS =4.5V : 2.5V : EU RoHS 指令対応 鉛フリー 用途 スイッチング用 内部接続図 端子配列 SOT23(TO236) Drain Gate Source 製品名 PRODUCT NAME PACKAGE ORDER UNIT * SOT23(TO236)
FK4B0110
Single N-channel For oad switching circuits 0.80 4 3 Unit: mm Features Low Drain-source ON resistance:rds(on) typ. = 27 m (VGS = 2.5 V) CSP (Chip Size Package) RoHS compliant (EU RoHS / MSL:Level compliant)
FK4B0112
Single N-channel For Load switching circuits.0 4 3 Unit: mm Features Low Drain-source ON resistance:rds(on) typ. = 7m (VGS = 2.5 V) CSP (Chip Size Package) RoHS compliant (EU RoHS / MSL:Level compliant)
FK4B0111
Established : 204-03-24 Doc No. TT4-EA-4955 Revision. Single N-channel For Load switching circuits 0.60 Unit: mm 4 3 Features Low Drain-source ON resistance:rds(on) typ. = 57m (VGS = 2.5 V) CSP (Chip Size
untitled
Fuji Electric has a lineup of power MOSFETs ranging from medium to high-voltage types with features such as low power loss, low noise, and low on-resistance. The Super J-MOS Series uses superjunction technology,
FCAB2135
Established : 205-05-9 Doc No. TT4-EA-503 Revision. FCAB2350L FCAB2350L Gate resistor installed Dual N-channel For lithium-ion secondary battery protection circuits 3.05 6 5 4 Unit: mm Features Low source-source
2SJ181(L),2SJ181(S) データシート
お客様各位 カタログ等資料中の旧社名の扱いについて 21 年 4 月 1 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
2SJ529(L),2SJ529(S) データシート
お客様各位 カタログ等資料中の旧社名の扱いについて 21 年 4 月 1 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
2SK2796(L),2SK2796(S) データシート
お客様各位 カタログ等資料中の旧社名の扱いについて 年 月 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com) 年
MTM13227
シリコン N チャネル MOSFET スイッチング回路用 Unit: mm 特長 低ドレイン ソース間オン抵抗 :RDS(on) typ. = 85 mω (VGS = 4. V) 低電圧駆動 : 2.5 V 駆動 ハロゲンフリー 鉛フリー対応パッケージ (EU RoHS / UL-94 V- / MSL:Level 適合 ) 形名表示記号 : ET 包装仕様 エンボスタイプ ( 熱圧着方式 ) :
2SK1669 データシート
お客様各位 カタログ等資料中の旧社名の扱いについて 2 年 4 月 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
LM2940
1A 3 1A 3 0.5V 1V 1A 3V 1A 5V 30mA (V IN V OUT 3V) 2 (60V) * C Converted to nat2000 DTD updated with tape and reel with the new package name. SN Mil-Aero: Order Info table - moved J-15 part from WG row
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お客様各位 カタログ等資料中の旧社名の扱いについて 21 年 4 月 1 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
OPA277/2277/4277 (2000.1)
R OPA OPA OPA OPA OPA OPA OPA OPA OPA µ µ ± ± µ OPA ±± ±± ± µ Offset Trim Offset Trim In OPA +In -Pin DIP, SO- Output NC OPA Out A In A +In A A D Out D In D +In D Out A In A +In A A B Out B In B +In B
DS90LV011A 3V LVDS 1 回路入り高速差動出力ドライバ
3V LVDS Single High Speed Differential Driver Literature Number: JAJS962 Single High Speed Differential Driver 19961015 23685 ds200149 Input Voltage changed to 3.6V from 5V Updated DC and AC typs basic
H5N2509PF データシート
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バイポーラパワートランジスタ
0- SEMONDUCTOR & STORAGE PRODUCTS http://www.semicon.toshiba.co.jp/ Bipolar Power Transistor CONTENTS 7 7 8 9 0 7 7 8 8 9 9 0 0 O 0.... 7 SA08 SA0 TPC0 0/() 0 0 0 SC7 SC78 TPC0 TPCP SC7 (P) SA0 SA09 SA0
2SK1056,2SK1057,2SK1058 データシート
お客様各位 カタログ等資料中の旧社名の扱いについて 年 4 月 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
LP3470 Tiny Power On Reset Circuit (jp)
Tiny Power On Reset Circuit Literature Number: JAJS547 IC ( C) CMOS IC 2.63V 2.93V 3.08V 3.65V 4.00V 4.38V 4.63V 6 (V RTH ) 2.4V 5.0V V CC (L ow ) ( ) V CC ( ) IC SOT23-5 1 : 2.63V 2.93V 3.08V 3.65V 4.00V
LM7171 高速、高出力電流、電圧帰還型オペアンプ
Very High Speed, High Output Current, Voltage Feedback Amplifier Literature Number: JAJS842 2 1 6.5mA 4100V/ s 200MHz HDSL 100mA 15V S/N ADC/DAC SFDR THD 5V VIP III (Vertically integrated PNP) 19850223
パワーMOS FET π-MOS
7 VDSS VDSS SJ147 TO-0IS 60 1 0. SJ55 L - 30 5 0.1 P 15 SJ183 L - 60 5 0.35 SJ537 L - TO-9MOD 50 5 0.19 P 15 SJ00 180 10 0.83 SJ567 00.5.0 SJ01 00 1 0.63 SJ570 L - TO-0AB 60 30 0.038 P 15 SJ4 TO-0FL/SM
LT 低コスト、シャットダウン機能付き デュアルおよびトリプル300MHz 電流帰還アンプ
µ µ LT1398/LT1399 V IN A R G 00Ω CHANNEL A SELECT EN A R F 3Ω B C 97.6Ω CABLE V IN B R G 00Ω EN B R F 3Ω 97.6Ω V OUT OUTPUT (00mV/DIV) EN C V IN C 97.6Ω R G 00Ω R F 3Ω 1399 TA01 R F = R G = 30Ω f = 30MHz
2SJ160,2SJ161,2SJ162 データシート
お客様各位 カタログ等資料中の旧社名の扱いについて 2010 年 4 月 1 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
OPA134/2134/4134('98.03)
OPA OPA OPA OPA OPA OPA OPA OPA OPA TM µ Ω ± ± ± ± + OPA OPA OPA Offset Trim Offset Trim Out A V+ Out A Out D In +In V+ Output In A +In A A B Out B In B In A +In A A D In D +In D V NC V +In B V+ V +In
MAX4886 DS.J
19-0807; Rev 0; 4/07 EVALUATION KIT AVAILABLE μ PART TEMP RANGE PIN- PACKAGE PKG CODE ETO+ -40 C to +85 C 42 TQFN-EP* T42359OM-1 * EYE DIAGRAM ( = 3.3V, f = 2.6GHz 600mV P-P PRBS SIGNAL+) * PRBS = PSUEDORANDOM
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LM mA 低ドロップアウト・リニア・レギュレータ
800mA 800mA LM1117I 800mA LM1117 Chris Russell LM1117 800mA 1.2V LM1117 LM317 LM1117 2 1.25V 13.8V 1.8V 2.5V 2.85V 3.3V 5V 5 LM1117 1 LM1117 LLP TO-263 SOT-223 TO-220 TO-252 10 F 19970801 23900 DS100919
080906_…o…−…^…b…vVSCW
Thyristor Type Single-Phase Power Regulator 2030 A 6A 150200A TOKYO RIKOSHA CO., LTD Latest VARITAP VSCW Series Achieved 1/2 the width (our company comparison). Free Power source of 100 to 240V specification.cover-type
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Overture 68W ( ) 0.1 (THD N) 20Hz 20kHz 4 68W 8 38W SPiKe (Self Peak Instantaneous Temperature ( Ke)) SOA (Safe Operating Area) SPiKe 2.0 V ( ) 92dB (min) SN 0.03 THD N IMD (SMTPE) 0.004 V CC 28V 4 68W
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3 3 LM317A 3 LM317 1.2 37V 1.5A 3 IC 2 / IC AC IC 6 3 LM317 3-Terminal Adjustable Regulator LM117 19860710 33200 24060 11800 ds009063 Increase the print percent on all Typical Curves modified formatting
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Precision CMOS Dual Operational Amplifier Literature Number: JAJS760 CMOS & CMOS LMC6062 CMOS 19911126 33020 23900 11800 ds011297 Converted to nat2000 DTD Edited for 2001 Databook SGMLFIX:PR1.doc Fixed
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Low Power CMOS Dual Operational Amplifier Literature Number: JAJS754 CMOS CMOS (100k 5k ) 0.5mW CMOS CMOS LMC6024 100k 5k 120dB 2.5 V/ 40fA Low Power CMOS Dual Operational Amplifier 19910530 33020 23900
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LMV851,LMV852,LMV854 LMV851/LMV852/LMV854 8 MHz Low Power CMOS, EMI Hardened Operational Amplifiers Literature Number: JAJSAM3 LMV851/LMV852/LMV854 8MHz CMOS EMI LMV851/LMV852/LMV854 CMOS IC 40 125 LMV851/
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小信号トランジスタ SMD 当社は品質 信頼性の向上に努めておりますが 一般に半導体製品は誤作動したり故障することがあります 当社半導体製品をご使用いただく場合は 半導体製品の誤作動や故障により 生命 身体 財産が侵害されることのないように 購入者側の責任において 機器の安全設計を行うことをお願いします なお 設計に際しては 最新の製品仕様をご確認の上 製品保証範囲内でご使用いただくと共に 考慮されるべき注意事項や条件について
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,Q /Q Tiny Low Power Operational Amplifier with Rail-to-Rail Input and Output Literature Number: JAJS809 CMOS SOT23-5 CMOS LMC6482/6484 PHS (PDA) PCMCIA 5-Pin SOT23 CMOS 19940216 33020 23900 11800 2006
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Dual High Speed, Low Power, Low Distortion, Voltage Feedback Amplifiers Literature Number: JAJS854 100MHz 3000V/ s 50mA 2.3mA/ 15V ADSL 5V VIP III (Vertically Integrated PNP) LM6171 Dual High Speed, Low
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1A 3 0.5V 1V 1A 3V 1A 5V 30mA (V IN V OUT 3V) LM2940 * 1A Low Dropout Regulator LM2940C 1A Low Dropout Regulator LM2940 19860409 33200 24060 11800 DS008822 0.5V@I O 1A 1A P 2006 2 Updated to include LLP
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LTC µ µ µ µ TYPICAL APPLICATI O LTC 0.µF CHARGE PMP CPEN EN EN O O 0 DO 0 V µf 0.µF µf D D = Ω TO 0Ω Ω TO 0Ω 00pF LTC TA0 - LTC ABSOLTE AXI RATI GS Supply Voltage ( )... V Input Voltage Logic Inputs...
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9-9; Rev ; 7/97 µ MAX98 Push/Pull MAX986 Open-Drain MAX989 Push/Pull MAX990 Open-Drain MAX99 Push/Pull MAX99 Open-Drain 8 SO/ SOT- 8 SO/ SOT- 8 SO/µMAX 8 SO/µMAX SO SO µ µ µ PART MAX98EUK-T MAX98ESA MAX986EUK-T
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ゲート抵抗内蔵デュアル N チャネル MOSFET リチウムイオン 2 次電池保護回路用 2.9 Unit: mm 0.3 0. 特長 低ドレイン ソース間オン抵抗 :Rds(on)typ. = 9.0 m (VGS = 4. V) ゲート抵抗内蔵 ハロゲンフリー 鉛フリー対応パッケージ (EU RoHS / UL-94 V-0 / MSL:Level 適合 ) 2.4 2. 形名表示記号 : 3
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お客様各位 カタログ等資料中の旧社名の扱いについて 2010 年 4 月 1 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
R1RW0408D シリーズ
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DAC121S101/DAC121S101Q 12-Bit Micro Power, RRO Digital-to-Analog Converter (jp)
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LM2651 LM2651 1.5A High Efficiency Synchronous Switching Regulator Literature Number: JAJS632 LM2651 1.5A 1.5A High Efficiency Switching Regulator 2651 LM Dongyan Zhou 19980610 LM2651 100:1 (1.5A 15mA)
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TPS732xx µ µ µ µ µ DBV PACKAGE SOT23 (TOP VIEW) DCQ PACKAGE SOT223 (TOP VIEW) TAB IS GND 1 5 GND 2 1 2 3 4 5 EN 3 4 NR/FB Optional Optional GND EN NR/FB V TPS732xx DRB PACKAGE 3mm x 3mm SON (TOP VIEW)
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Overture 68W ( ) 0.1 (THD N) 20Hz 20kHz 4 68W 8 38W SPiKe TM (Self Peak Instantaneous Temperature ( Ke)) SOA (Safe Operating Area) SPiKe 2.0 V ( ) 92dB (min) SN 0.03 THD N IMD (SMTPE) 0.004 V CC 28V 4
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mbed祭りMar2016_プルアップ.key
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R1LV1616H-I シリーズ
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LM5021 LM5021 AC-DC Current Mode PWM Controller Literature Number: JAJSAC6 LM5021 AC-DC PWM LM5021 (PWM) LM5021 (25 A) 1 ( ENERGY STAR CECP ) Hiccup (Hiccup ) 8 LM5021 100ns 1MHz AC-DC PWM 5021 LM Steve
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19-1141; Rev 1; 11/98 µ µ µ µ µ PART MAX975ESA MAX975EUA MAX977ESD TEMP. RANGE -40 C to +85 C -40 C to +85 C -40 C to +85 C PIN-PACKAGE 8 SO 8 µmax 14 SO MAX977EEE -40 C to +85 C 16 QSOP IN+ HIGH SPEED
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9-83; Rev ; / µ µ PART TEMP. RANGE PIN- PACKAGE TOP M ARK MAX442EXK-T -4 C to +85 C 5 SC7-5 ABH MAX442EUK-T -4 C to +85 C 5 SOT23-5 ADOL MAX443EKA-T -4 C to +85 C 8 SOT23-8 AADR 2..9 SUPPLY CURRENT vs.
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2951 LP 2950 LP 19850603 33200 24060 LP2950 LP2951 ( 75 A) ( 40mV 100mA 380mV) LP2950-5.0 D-Pak 3 TO-92 5V LP2951 8 (DIP) LLP 8 1 1 / 3V 3.3V 5V ( ) 1.24V 29V ( 0.5%) ( 0.05%) 11800 DS008546 fixed the
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SC70 SOT-23 2.048V 2.500V 3.000V 4.096V 5.000V 8.192V 10.000V -2.5 60 A - 10.0 100 A 15mA 25 0.1 (A ) 1.2V 2 LM4041 LM4041 Precision Micropower Shunt Voltage Reference 19911220 24180 DS011323 Converted
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Wide Temperature Range Version 4M SRAM (256-kword 16-bit) RJJ03C0237-0100 Rev. 1.00 2007.05.24 262,144 16 4M RAM TFT 44 TSOP II 48 CSP 0.75mm 3.0V 2.7V 3.6V 55/70ns max 3µW typ V CC =3.0V 2CS 40 +85 C
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お客様各位 カタログ等資料中の旧社名の扱いについて 2 年 4 月 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
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定格表 RATINGS 絶対最大定格 Absolute Maximum Ratings ( 指定のない場合はTc=25 / unless otherwise specified ) 項目 記号 条件 規格値 単位 Item Symbol Conditions Ratings Unit 保存温度 Storage Temperature Tstg -55~150 チャネル温度 Channel Temperature
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6 4 4 9RERE6RE 5 5 6 7 8 9 4 5 6 4 4 5 6 8 4 46 5 7 54 58 60 6 69 7 8 0 9 9 79 0 4 0 0 4 4 60 6 9 4 6 46 5 4 4 5 4 4 7 44 44 6 44 8 44 46 44 44 4 44 0 4 4 5 4 8 6 0 4 0 4 4 5 45 4 5 50 4 58 60 57 54
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