New Product Bulletin Bottom Electrode High Capacitance Tantalum Capacitors TCS Series - M Case (0603 [1608]∗) The industry’s first* 4V/100µF capacitor in the 0603 (1608)∗ size Product Outline A high efficiency package design is utilized for a thinner, smaller form factor with higher capacitance. Ideal for compact sets requiring noise removal in power supply and audio coupling circuits, such as mobile phones, digital cameras/camcorders, and portable audio players. ∗ : inch(mm) * ROHM 11/2009 Survey New package structure contributes to greater compactness, a lower profile, and higher capacitance Applications • • • • The new package type allows for a greater tantalum element that existing bottom electrode products and up to 3x the capacitance as conventional models (TCT Series). Dimensions (M Case) New Package Existing Bottom Electrode Type Mobile Phones Digital Cameras/Camcorders Portable Audio Players And other electronics requiring greater compactness and thinness 1.6 +0.2 -0.0 Audio Coupling Circuit 0.85 +0.2 -0.0 V DD 0.8 +0.2 -0.0 4.7 to 10 F M Case (0603 [1608]∗) 33uF/4V 3 times the capacitance M Case (0603 [1608]∗) 100uF/4V 0.55±0.1 100 to 220 F DAC RIN Headphones LIN 100 to 220 F 0.5±0.1 ∗ : inch (mm) (Unit: mm) Product Specifications TCS Series - M Case (0603 [1608]∗) Product Lineup Capacitance Capacitance Code (µF) a 10 (106) e 15 (156) j 22 (226) n 33 (336) s 47 (476) w 68 (686) a 100 (107) e 150 (157) j 220 (227) n 330 (337) 2.5 e Rated DC Voltage (V) / Voltage Code 6.3 10 16 4 g j A C M M M M 20 D P P P 6.3 47 40 10 22 16 10 Part No. 4 Rated Voltage (V) P 4 TCSM0J476x 30 5 TCSM1A226x 20 8.0 6 TCSM1C106x ∗ : inch (mm) tand Leakage Current Capacitance at 120Hz [25˚C] at 25˚C [5 min] (µF) (%) (µA) 330 83 40 Part No. 3 TCSP0E337x 4 220 40 88 3 TCSP0G227x 6.3 100 40 63 3 TCSP0J107x 10 47 30 24 4 TCSP1A476x 16 22 30 18 4 TCSP1C226x 20 10 20 10 6 TCSP1D106x 2.5 P Case (0805 [2012]∗) ∗ : inch (mm) TCSM0G107x 29.7 11.0 TCS Series - P Case (0805 [2012]∗) P P ∗ : inch (mm) tand Leakage Current Rated Voltage Capacitance at 120Hz [25˚C] at 25˚C [5 min] (µF) (V) (%) (µA) 4 100 80 40 x=Capacitance Tolerance (M: ±20%) The content specified in this document is correct as of 9th November, 2009. Catalog No. 52F6243E 2009.11 ROHM ©