CRN32 Search Results

Contextual Info: Chip Resistor Arrays Features Chip resistor arrays have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Dimensions Series Unit: mm L W CRN10 0.5 X n ± 0.05

CRN34-8

Abstract: MARKING CODE 22W CRN34
Contextual Info: Chip Resistor Arrays Features Chip resistor arrays have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Dimensions Series Unit: mm L W CRN10 0.5 X n ± 0.05

CRN34 ARRAY

Contextual Info: Chip Resistor Array Features CR networks have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Dimensions Unit: mm Series L W T P REF. Q1 Q2 C

Contextual Info: CRN Series Thick Film Chip Resistor Arrays & Networks HOW TO ORDER CRN16 8 SU 103 J A FEATURES M Packaging M = 7” Reel Single Component reduces board space and component count Terminal Style A = Convex Round B = Concave C = Convex Square Resistance Tolerance

RU02

Contextual Info: Chip Resistor Arrays Features Chip resistor arrays have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Dimensions Series Unit: mm L W CRN10 0.5 X n ± 0.05

CRN16

Abstract: CRN10 CRN10-4V resistor network concave JISC5202 crn16-8
Contextual Info: CRN Series Thick Film Chip Resistor Arrays & Networks The content of this specification may change without notification 08/24/07 Custom solutions are available. HOW TO ORDER CRN16 8 SL 103 J A FEATURES M Packaging M = 7” Reel V = 13” Reel „ Single Component reduces board space and

Contextual Info: Chip Resistor Arrays Features Unit: mm Dimensions  Chip resistor arrays have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Series L W T P Ref.

Contextual Info: Trimmable Chip Resistors Features Trimmable Chip Resistors are used when final adjustment of circuits is required. The resistance film and glass passivation have been specifically designed to enhance YAG laser trimming. Dimensions Unit: mm inch X L Y W C

CRN10

Contextual Info: r ticJiy its« CR networks have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Dimensions Unit: mm Type L W T P REF. Q1 Q2 C CRN10 1.0 X n ± 0.05

4816P-001

Abstract: CN1J4TTD 4816p-002 somc 1603 CND2B10TTE SRDSA SOMC-1605 MNR04MOABJ L105C SOMC-1603-XXXG
Contextual Info: Resistor Networks and Array Series Cross Reference Guide Drawing No. CTS Part No. 766141XXXG 766143XXXG 766145XXXG 766161XXXG 766163XXXG 766165XXXG BOURNS VISHAY/DALE BI 4914P-002-XXX 4914P-001-XXX 618BXXX 618AXXX 4916P-002-XXX 4916P-001-XXX 618BXXX 618AXXX

MLF3216

Abstract: MLCC R040 NTC thermistor 5k ohm FBM0805 MLF1005 330m 400v MLF1206 c1206x7r160 thr mgp 10k CR0402-16w
Contextual Info: Our Mission Venkel’s mission is to be a leading supplier of surface mount components by utilizing a team of highly motivated people dedicated to exceeding customer expectations through superior quality, price, service and innovation with integrity. 5900 Shepherd Mountain Cove • Austin, TX 78730

Contextual Info: Chip Resistor Arrays Features Chip resistor arrays have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Dimensions Series Unit: mm L W CRN10 0.5 X n ± 0.05

Contextual Info: Chip Resistor Arrays Chip resistor arrays have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Features Unit: mm Dimensions  Series L W T P Ref.

Contextual Info: Trimmable Chip Resistors Features Trimmable Chip Resistors are used when final adjustment of circuits is required. The resistance film and glass passivation have been specifically designed to enhance YAG laser trimming. Dimensions Unit: mm inch X Size 0402

CRN16

Abstract: available range of resistor crn34 CRN16-4
Contextual Info: Chip Resistor Arrays Chip resistor arrays have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Features Unit: mm Dimensions  Series L W T P Ref.

Contextual Info: Chip Resistor Array Features CR networks have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Dimensions Unit: mm Series L W T P REF. Q1 Q2 C

CRN16

Contextual Info: CHIP RESISTOR NETWORKS AND TRIMMABLE CHIP RESISTORS CHIP RESISTOR NETWORKS: FEATURES CR networks have been designed to fit in where ever greater density is required. Available in banks of 2 or 4 resistors in one package. Suitable for flow and reflow soldering.

Contextual Info: VENKEL CORP MAE D • 542^2 Q00D035 2L7 ■ VENK CHIP RESISTOR NETWORKS AND TRIMMABLE CHIP RESISTORS ^ z -o s ~ CHIP RESISTOR NETWORKS: FEATURES CR networks have been designed to fit in where ever greater density is required. Available in banks of 2 or 4 resistors in one package. Suitable for flow and reflow soldering.

10MW

Abstract: CRN16 Ru02 4000-T CRN31
Contextual Info: Chip Resistor Arrays Features Chip resistor arrays have been designed to fit in wherever greater density is required. Available in banks of 2, 4 or 8 resistors in one package. Suitable for flow and reflow soldering. Dimensions Series Unit: mm L W CRN10 0.5 X n ± 0.05

CRN10-4

Abstract: EIA481-1
Contextual Info: Chip Resistors and Arrays Taping Specifications Reel Dimensions F Label H M C C mm 13.0 ± 0.2 E Unit: mm inch E F G H M 6.0 ± .5 11.4 ± 1.0 9.0 ± .3 1.5 ± .3 180 ± 2.0 inch (.51 ± .008) (2.36 ± .02) (.45 ± .04) (.35 ± .012) (.06 ± .012) (7.09 ± .08)