1608-SIZE RESISTANCE Search Results

PA 66 GF 15

Abstract: pa 66 gf data sheet of 7400 Series TTL ELJPA1R0MF ZF 4,7 40 085 56 ELJF ELJFB331K/JF ELJPF5N6DF ELJRE15NJ/GF2
Contextual Info: Chip Inductors Japan Chip Inductors Series: Type: Chip RG, RF, RE, NJ, ND, NC, NA, NK, FJ, FC, FA, FB, SA,PF, PE, PC, PA, PB, EA, QF, QE RG size 0603 1F (size 1005) 1E (size 1608) 1J (size 1608) 1C (size 2520) 1A (size 3225) 1B (size 4532) ND (size 2012)

220 uh inductors

Abstract: 1c1a 10uH-K
Contextual Info: Chip Inductors Chip Inductors Series: Type: Japan Chip G, F, E, K, J, D, C, A, B RG Size 0603 1F 1K (Size 1005) (Size 1005) 1E (Size 1608) ND 1J 1C 1A (Size 1608) (Size 2012) (Size 2520) (Size 3225) 1B (Size 4532) Non wound and wire wound type chip inductors for automatic and high-density mounting

0.22 uh

Abstract: 1008 POWER
Contextual Info: Chip Inductors Chip Inductors Series: Type: Japan Chip G, F, E, K, J, D, C, A, B RG Size 0603 1F 1K (Size 1005) (Size 1005) 1E (Size 1608) ND 1J 1C 1A (Size 1608) (Size 2012) (Size 2520) (Size 3225) 1B (Size 4532) Non wound and wire wound type chip inductors for automatic and high-density mounting

Contextual Info: Chip Inductors Japan Chip Inductors Series: Type: Chip RG, RF, RE, NJ, ND, NC, NA, FJ, FC, FA, FB, SA, PF, PE, PC, PA, PB, EA RG size 0603 1F (size 1005) 1E (size 1608) 1J (size 1608) 1C (size 2520) 1A (size 3225) 1B (size 4532) ND (size 2012) Non-wound and wire wound types of chip

Contextual Info: Chip Inductors Japan Chip Inductors Series: Type: Chip RG, RF, RE, NJ, ND, NC, NA, FJ, FC, FA, FB, SA, PF, PE, PC, PA, PB, EA RG size 0603 1F (size 1005) 1E (size 1608) 1J (size 1608) 1C (size 2520) 1A (size 3225) 1B (size 4532) ND (size 2012) Non-wound and wire wound types of chip

marking CODE 68

Abstract: on semiconductor marking code 518 marking code E6 MARKING CODE 515 marking code 541 Diode RCB210
Contextual Info: DISCRETE CERAMICS DATA SHEET RCB210 Resistor-Capacitor network size 1608 Preliminary specification Supersedes data of 6th December 1999 File under Discrete Ceramics, ACM2 2000 Mar 21 Philips Components Preliminary specification Resistor-Capacitor network size 1608

RCB210

Abstract: marking code W1 20034
Contextual Info: DISCRETE CERAMICS DATA SHEET www.phycomp-components.com RCB210 Resistor-Capacitor network size 1608 Product specification Supersedes data of 21st March 2000 2001 Jun 30 Rev.4 Phycomp Product specification Resistor-Capacitor network size 1608 RCB210 FEATURES

MCF18

Abstract: MCF182CN102M04AK MCF182CN222M04AK MCF182CN332M04AK MCF185AN100M04AK MCF185AN220M04AK MCF185AN470M04AK
Contextual Info: MCF18 EMI Filters EMI FILTER MCF18 1608 (0603 size, 4A) zFeatures 1) Industry’s smallest size(1608 size) 2) The entire series is rated at 4A, making them ideal for high current circuits in or around the power supply. 3) The internal resistance is lower than in standard products (competitors’ 2A units)

MCF18

Abstract: MCF182CN102M04AK MCF182CN222M04AK MCF182CN332M04AK MCF185AN100M04AK MCF185AN220M04AK MCF185AN470M04AK
Contextual Info: MCF18 EMI Filters EMI FILTER MCF18 1608 (0603 size, 4A) zFeatures 1) Industry’s smallest size(1608 size) 2) The entire series is rated at 4A, making them ideal for high current circuits in or around the power supply. 3) The internal resistance is lower than in standard products (competitors’ 2A units)

3-digit

Contextual Info: MCF18 EMI Filters EMI FILTER MCF18 1608 (0603 size, 4A) zFeatures 1) Industry’s smallest size(1608 size) 2) The entire series is rated at 4A, making them ideal for high current circuits in or around the power supply. 3) The internal resistance is lower than in standard products (competitors’ 2A units)

Contextual Info: Chip Inductors Japan Chip Inductors Series: Type: Chip RG, RF, RE, NJ, ND, NC, NA, FJ, FC, FA, FB, SA, PF, PE, PC, PA, PB, EA 1E Size 1608 1J (Size 1608) ND 1C 1A (Size 2012) (Size 2520) (Size 3225) 1B (Size 4532) 1F (Size 1005) RG (Size 0603) Non wound and wire wound type chip inductors for automatic and high-density mounting

4532 sa

Contextual Info: Chip Inductors Japan Chip Inductors Series: Type: Chip RG, RF, RE, NJ, ND, NC, NA, FJ, FC, FA, FB, SA, PF, PE, PC, PA, PB, EA 1E Size 1608 1J (Size 1608) ND 1C 1A (Size 2012) (Size 2520) (Size 3225) 1B (Size 4532) 1F (Size 1005) RG (Size 0603) Non wound and wire wound type chip inductors for automatic and high-density mounting

ACR104

Abstract: NCR164 CRA168 Product type marking code 1K hokuriku 1A MARKING CODE NCR hokuriku CRA104
Contextual Info: Network Chip Resistors NCR Concave Electrode Type Article *1 Size Code Inch Size Code mm NCR104 (NCR108) 0402㬍4(0804) 1005㬍4(2010) NCR162 NCR164 0603㬍2(0606) 0603㬍4(1206) 1608㬍2(1616) 1608㬍㪋(3216) *1 ( ):Conventional Type No. 䂓Construction

NCR164

Abstract: ACR104 CRA108 cra168 NCR3110A NCR3110B ACR10 resistor network concave NCR104 Chip Resistors - Packaging
Contextual Info: Network Chip Resistors NCR Concave Electrode Type Article *1 Size Code Inch Size Code mm NCR104 (NCR108) 0402㬍4(0804) 1005㬍4(2010) NCR162 NCR164 0603㬍2(0606) 0603㬍4(1206) 1608㬍2(1616) 1608㬍㪋(3216) *1 ( ):Conventional Type No. 䂓Construction

Contextual Info: 0603 Case Size Standard Type LB 1608 Series Ordering Code Inductance ( H) Inductance Tolerance Minimum Self Resonant Frequency (MHz) DC Resistance Ω) (±30%) (Ω Maximum Rated Current (mA) Measuring Frequency (MHz) Tape & Reel Packaging Quantity LB-1608-T4R7MK

ACR062

Abstract: Network Chip Resistors
Contextual Info: Network Chip Resistors Concave Electrode Type Model No. *1 Size Code Inch Size Code mm NCR104 NCR108 0402㬍4(0804) 1005㬍4(2010) NCR162 NCR164 0603㬍2(0606) 0603㬍4(1206) 1608㬍2(1616) 1608㬍㪋(3216) *1 ( ):Conventional Model No. 䂓Construction 㽶 㽵 㽴 㽳

hokuriku

Abstract: ACR102
Contextual Info: Network Chip Resistors Concave Electrode Type Model No. *1 Size Code Inch Size Code mm NCR104 NCR108 0402㬍4(0804) 1005㬍4(2010) NCR162 NCR164 0603㬍2(0606) 0603㬍4(1206) 1608㬍2(1616) 1608㬍㪋(3216) *1 ( ):Conventional Model No. 䂓Construction 㽶 㽵 㽴 㽳

hokuriku

Contextual Info: Network Chip Resistors Concave Electrode Type Model No. *1 Size Code Inch Size Code mm NCR104 NCR108 0402㬍4(0804) 1005㬍4(2010) NCR162 NCR164 0603㬍2(0606) 0603㬍4(1206) 1608㬍2(1616) 1608㬍㪋(3216) *1 ( ):Conventional Model No. 䂓Construction 㽶 㽵 㽴 㽳

Contextual Info: SMD, high/low ohmic, laser trimmable Product information Technology High ohmic Low ohmic Cermet film Cermet film Series OCT 0603 OCU 0805 NCT 0603 NCU 0805 Body size mm Case Size Standard P70 0.8 x 1.6 1.25 x 2.0 1.25 x 2.0 0603 (1608) 0805 (2012) 0603 (1608) 0805 (2012)

Contextual Info: 0603 1608 drahtgewickelt (AgPd/Ni/Sn Metallisierung) 0603 (1608) wire-wound (AgPd/Ni/Sn Metallisation) - 18 - Allgemeine Eigenschaften zu den drahtgewickelten SMD-Spulen Bauform 0603 / Baureihe 5406 General Characteristics of Wirewound SMD Inductors Size 0603 / Series 5406

1608G

Abstract: 1005GC2T1N5S00 1608GC2T27N 1608GC2T33N 1608GC2T8N2 HP6612C 1005GC2T1N 1608GC2T1N5S00 1608GC2T2N2S00 1608GC2T6N8
Contextual Info: MULTILAYER CERAMIC CHIP INDUCTORS 1005 0402 GC / 1608(0603) GC Series Features 1. 2. 3. 4. Designed for high frequency RF application. High self resonant frequency(SRF)and excellent Q. Multilayered ceramic construction provides high reliability. Miniature size : 1005(0402) / 1608(0603)

chip resistor rohm 1608

Abstract: chip resistor rohm 3216 MCR03EZPJ000 resistor 2012 rohm PMR10EZPJ000 ROHM resistor ROHM PMR PMR18EZPJ000
Contextual Info: New Product Bulletin Ultra-Low Ohmic Large Current Resistor Jumpers PMR Series Jumper Type PMR03 PMR18 PMR10 (1608[0603] Size) (2012[0805] Size) (3216[1206] Size) 0.5mΩ (Max.) conductive resistance (100 times lower than conventional） ensures board compatibility

matsua resistor network

Abstract: matsushita resistor network
Contextual Info: Kondensator-/ Widerstands-Netzwerke Capacitor / Resistor Networks ● 4 Dämpfungswiderstände und 4 Bypass-Kondensatoren in einem Gehäuse ● 4 damping resistors and 4 bypass capacitors in one package ● Baugröße 1608 ● Size 1608 ● Anschlüsse konkav

Contextual Info: Size mm mils PolySwitch Resettable Devices – Surface-mount Devices Table S1 Product Series: Size, Current Rating, Voltage Rating/Maximum Resistance for Surface-mount Devices femtoSMD picoSMD nanoSMD microSMD miniSMD midSMD SMD SMD2 miniSMDE decaSMD 1608