33N 100 Search Results

Contextual Info: RMK 33N www.vishay.com Vishay Sfernice Wirebondable Dual Value Thin Film Chip Resistor Networks, Center Tap FEATURES • High precision • Very low temperature coefficient < 10 ppm/°C • Excellent stability 0.03 % 2000 h, rated power, at + 70 °C • Wirebondable

Contextual Info: RMK 33N www.vishay.com Vishay Sfernice Wirebondable Dual Value Thin Film Chip Resistor Networks, Center Tap FEATURES • High precision • Very low temperature coefficient < 10 ppm/°C • Excellent stability 0.03 % 2000 h, rated power, at + 70 °C • Wirebondable

Contextual Info: AEC-Q200 Updated: February 7, 2014 Validity: Q1-CY2014 X7R + FLEXITERM - AECQ-200 0603 to 0805 Mass Production 2014 2015 Capacitance Value / Capacitance Code Case Size Voltage 1n 1n5 2n2 3n3 4n7 6n8 10n 15n 22n 33n 47n 68n 100n 102 152 222 332 472 682 103

47n J 1000V

Contextual Info: Standard Grade Validity: Q1-CY2014 X5R – roadmap 0101 to 0603 Case Size 0101 = EIA 01005 0201 Voltage Mass Production 2014 2015 Capacitance Value / Capacitance Code 100 150 220 330 470 680 1n 1n5 2n2 3n3 4n7 6n8 10n 15n 22n 33n 47n 68n 100n 220n 470n 1u

C1608CB

Abstract: C2520F C2520C marking code diode R12 R47 marking C2012C-33N C2012c 33n 100 marking code 33n C1005C-33N
Contextual Info: Chip Inductors for Surface Mounting •C2012C Size: 0805 Typical Q vs Frequency 140 Frequency Range:10~1000MHz Inductance Range:3.3nH~1000nH 120 C2012C-33N 100 Unloaded Q 1.17 0.43 1.4 0.43 Fixed 1.6 Max. 2.3 M ax. MARKING 1.7 Max. C2012C-8R2 C1608CB-22N

kers

Abstract: 000000M hitachi metals Hitachi DSA002698 HS-SHS-080FL-9905A
Contextual Info: Chip Multilayer Antenna Switch with LPF for DAMPS SHS-080FL HITACHI METALS HS-SHS-080FL-9905A Measurement Circuits Shape & Size TX RX 100p 4. 5 1 ( 2) ( 3) 3. 2 1. 2 100p 100p VC1 ( 7) 10p 100p 51 33n 120 ANT VC1 VC2 TX->ANT 0V 3V ANT->RX 3V 0V Current

RMK 33N

Contextual Info: RMK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • High precision • Very low temperature coefficient < 10 ppm/°C • Excellent stability 0.03 % 2000 h, rated power, at 70 °C Actual Size The demand for high precision, high stability microchips for

SR32-33N

Contextual Info: 32 & 33 Channels SAW Resonator SCOPE This specification shall cover the characteristics of SR32-33N SR Series of SAW Resonator which applies to the US channel RF modulator. Absolute Maximum Rating Ta=25°C Parameter DC Voltage VDC Rating Both 32 and 33 Channel

hitachi metals

Abstract: Hitachi DSA002698
Contextual Info: Chip Multilayer Antenna Switch with LPF for E-GSM SHS-090LL HITACHI METALS HS-SHS-090LL-9802A Measurement Circuits Shape & Size TX RX 100p 3 .2 1 .2 100p 100p VC1 3 (4) (6) (7) 9p VC2 100p ANT VC1 VC2 TX->ANT 0V 3V ANT->RX 3V 0V 33n 120 Current (5) 2 .0Max .

SHS-090FL

Abstract: 960mhz
Contextual Info: HITACHI METALS Chip Multilayer Antenna Switch with LPF for EGSM Model No. SHS-090FL Measurement Circuit_ -| y I 100p - i¥ ' . v ' ± T x H I - S II- 0 !Rx 100p «II-1 H" 51 t t r n r « . V c lo - M r - -j 100f Tx D Ground 33n 1 (3) Rx

10p51

Abstract: Hitachi DSA002698
Contextual Info: HITACHI METALS Chip Multilayer Antenna Switch with LPF for Sattellite Temporary Model No. SHS-160FL Shape & Size Measurement Circuit Rx Tx 100p 10p Vc1 120 33n 51 100p (1) 4.5 (2) (3) (4) (5) (6) (7) Vc2 2p 100p Ant. condition Vc1 Tx -> ANT ON ANT -> Rx ON

Contextual Info: RMK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • High precision  Very low temperature coefficient < 10 ppm/°C  Excellent stability 0.03 % 2000 h, rated power, at + 70 °C Actual Size  Wirebondable The demand for high precision, high stability microchips for

Contextual Info: RMK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • High precision  Very low temperature coefficient < 10 ppm/°C  Excellent stability 0.03 % 2000 h, rated power, at + 70 °C Actual Size  Wirebondable The demand for high precision, high stability microchips for

Contextual Info: RSK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • • • • • • • Actual Size The Vishay RSK33 resistive dividers are based on a nickel-chromium thin metal film formulation on an oxidized silicon substrate and incorporate two resistors of equal

Contextual Info: RSK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES •       Actual Size The Vishay RSK33 resistive dividers are based on a nickel-chromium thin metal film formulation on an oxidized silicon substrate and incorporate two resistors of equal

Contextual Info: RMK 33N www.vishay.com Vishay Sfernice Wirebondable Dual Value Thin Film Chip Resistor Networks, Center Tap FEATURES • High precision • Very low temperature coefficient < 10 ppm/°C • Excellent stability 0.03 % 2000 h, rated power, at + 70 °C • Aluminum or gold pads

RMK 33N

Contextual Info: RMK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • High precision • Very low temperature coefficient < 10 ppm/°C • Excellent stability 0.03 % 2000 h, rated power, at 70 °C Actual Size The demand for high precision, high stability microchips for

B8XC0114-33N

Abstract: CGSD8X331M-T21 B9HC0118-33N CGSD4X B5RC0127-65N B9HC0115-33N CGSD8X101M-T21 B8XC0114 marking code 33n B5RC0128-33N
Contextual Info: Capacitors 03.12.9 C Networks 1 3.5max 10.5max 16.0max Capacitors o 4 Elements BXXC Series 1.0max 5.0±1.0 Marking 0.57ø AWG#23 F F F F=2.5±0.8 1.0approx. F in mm Number of Elements Capacitance (pF) Cap. Tolerance (%) TC Rated Voltage (Vdc) B5RC0129-33N

B8XC0114-33N

Abstract: CGSD8X101M-T21 33N capacitor CGSD8X102M-T21 B7ZC0711-65N B9HC0115-33N transistor y5p B9HC0118-33N B5RC0127-65N b8xc0114
Contextual Info: Capacitors 05.05.30 C Networks 1 3.5max 10.5max 16.0max Capacitors o 4 Elements BXXC Series 1.0max 5.0±1.0 Marking 0.57ø AWG#23 F F F F=2.5±0.8 1.0approx. F in mm Number of Elements Capacitance (pF) Cap. Tolerance (%) TC Rated Voltage (Vdc) B5RC0129-33N

RSK 33N

Contextual Info: RSK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • Economic Cost • Low TCR < 25 ppm/°C RoHS • Rapid Rise Time Actual Size COMPLIANT • Low Noise < 35 dB The VISHAY RSK33 resistive dividers are based on a nickel-chromium thin metal film formulation on an oxidized

RSK33

Abstract: Sfernice 0.01% RSK-33 RSK 33N
Contextual Info: RSK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • Economic Cost • Low TCR < 25 ppm/°C RoHS • Rapid Rise Time Actual Size COMPLIANT • Low Noise < 35 dB The VISHAY RSK33 resistive dividers are based on a nickel-chromium thin metal film formulation on an oxidized

Contextual Info: RMK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • High precision • Very low temperature coefficient < 10 ppm/°C • Excellent stability 0.03 % 2000 h, rated power, at + 70 °C Actual Size • Wirebondable The demand for high precision, high stability microchips for

RSK 33N

Contextual Info: RSK 33N Vishay Sfernice Dual Value Chip Resistors, Center Tap FEATURES • Economic Cost • Low TCR < 25 ppm/°C RoHS • Rapid Rise Time Actual Size COMPLIANT • Low Noise < 35 dB The VISHAY RSK33 resistive dividers are based on a nickel-chromium thin metal film formulation on an oxidized

Contextual Info: RSK 33N www.vishay.com Vishay Sfernice Wirebondable Dual Value Thin Film Chip Resistor Networks, Center Tap FEATURES • Low TCR < 25 ppm/°C • Rapid Rise Time • Low Noise < - 35 dB Actual Size • High temperature version up to 230 °C see RMKHT The Vishay RSK33 resistive dividers are based on a