TF16SN2.00 Search Results

TF16AT0.50

Abstract: TF16AT0.5 TF16AT0 7A 100 16s TF16aT TF16AT3.15 TF16SN2.50 315A 08 TF10BN1.00 TF16SN
Contextual Info: 1733 Reader's Spreads pg1-203:document 1/27/09 4:17 PM Page 181 TF thin film chip fuse EU features dimensions and construction L c W t d Protective Coating Type c Dimensions inches mm W c d circuit protection • Small, lightweight design • Special manufacturing method stabilizing fusing

TF16AT1

Contextual Info: TF thin film chip fuse EU features • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

Contextual Info: TF thin film chip fuse EU features • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

10.4-inch lcd Color active matrix tft lcd panel

Abstract: lcd screen LVDS connector 40 pins lcd 40 pin diagram lvds light following robot diagram tv transmitter THC63LVDF64A lcd screen LVDS connector 30 pins 104PW191 FI-SE20P-HFE lcd cable inverter pin diagram
Contextual Info: TFT COLOR LCD MODULE NL10276BC20-04 26cm 10.4 Type XGA DATA SHEET DOD-PP-0223 (9th edition) This DATA SHEET is updated document from DOD-MD-0042 (8). All information is subject to change without notice. Please confirm the sales representative before starting to design your system.

RK73-RT

Abstract: RK73G-RT WK73-RT hr r 681k- 1kv A/SG73P1E WK73S2 SG73S2E sec 472m sf MOS2CT52 RK73H-RT
Contextual Info: KOA SPEER ELECTRONICS, INC. passive components 199 Bolivar Drive Bradford, PA 16701 Phone: 814-362-5536 Fax: 814-362-8883 www.koaspeer.com KOA SPEER ELECTRONICS, INC. AHA 12/14 2.5M KOA Speer Electronics, Inc. Printed in U.S.A. passive components KOA Speer’s

TF16SN2.50

Abstract: TF10AN1.60 TF16SN0.315 TF10AN TF16SN fuse MARKING CODE M
Contextual Info: TF thin film chip fuse features circuit protection • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

Contextual Info: CHIP FUSE TF16SN チップヒューズ Chip Current Fuses •構造図 Construction L c ② ① ③ c W ④ t ⑤ ⑥ Fuses ヒューズ d ① 保護膜 Protective coating ④ はんだめっき Solder plating ② ヒューズエレメント Fuse element

TF16AT0

Contextual Info: 1570 Reader's Spreads pg1-188 3/26/07 2:28 PM Page 176 TF thin film chip fuse features circuit protection • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop

TF16SN3.15

Contextual Info: TF thin film chip fuse features circuit protection • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

TF16SN0

Abstract: TF16SNI-T tf16sn0.40
Contextual Info: THIN FILM FUSE TF16SN 薄膜チップヒューズ Thin Film Chip Current Fuses •構造図 Construction L c ② ① ③ c W ④ t ⑤ ⑥ d ① 保護膜 Protective coating ④ はんだめっき Solder plating ② ヒューズエレメント Fuse element

F1206FA3000V032T

Abstract: FCC16152ABTP FCC16202ADTP F0603FA2000V032T FHC10252ABTP FCC16252ADTP F0603FA1500V032T SF-0603F300-2 FCC16102ADTP FCC16501ADTP
Contextual Info: Bourns SinglFuse Thin Film Chip Fuses Cross Reference Guide Bourns SF-0402F050-2 SF-0402F080-2 SF-0402F100-2 SF-0402F125-2 SF-0402F150-2 SF-0402F160-2 SF-0402F200-2 SF-0402F250-2 SF-0402F300-2 SF-0402F315-2 SF-0402F400-2 SF-0402S050-2 SF-0402S080-2 SF-0402S100-2

TF16A

Contextual Info: TF thin film chip fuse EU features circuit protection • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

Contextual Info: TF thin film chip fuse EU features • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

TF16SN1.00

Abstract: marking 315A TF16SN0.315 TF16SN2.50 TF10AN TF16AT TF16SN TF16AT3 TF16AT0 25A-31
Contextual Info: TF thin film chip fuse • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

Contextual Info: TF thin film chip fuse EU features • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

TF16AT1

Contextual Info: TF thin film chip fuse features circuit protection • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

Contextual Info: TF thin film chip fuse EU features • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block

TF16AT

Abstract: tf16sn0.40 TF16AT3 TF16AT0.5 tf16sn0.70 TF16AT0.50 TF16SN TF16SN0.25 TF16SN2.00 TF10BN1.00
Contextual Info: TF thin film chip fuse EU features • Small, lightweight design • Special manufacturing method stabilizing fusing characteristics and occupying less area • Low power consumption and less voltage drop due to low internal resistance • Suitable for overcurrent protection of circuit block