QUICK-FIT TERMINALS

[KEYSTONE] AVAILABLE IN BRASS OR STEEL TABS • Ideal for rugged multi-insertion applications • Pre-assembled header reduces PC assembly costs • Increases PC board retention strength • Keeps terminals perpendicular • Maintains position for wave soldering

包装：散装 描述：CONN QC TAB 0.250 SOLDER 连接器，互连器件 快速连接，快速断开连接器

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

PE22100 Compatible Converter Transformers

pSemi PE22100 compatible 3.3V and 5V versions Isolation tested to 4kVDC Toroidal construction Low profile Industry-standard pinout UL 94 V-0 package materials Industrial temperature range J-STD-020D reflow (SM versions) RoHS compliant Backwards compatible with Sn/Pb soldering systems

Fullband Double Dual Duplex Tower Mounted Amplifi er (Masthead Amplifi er)

• Compact line • Double units for easy use with XPol antennas • Supports AISG 1.1 and AISG 2.0 (default) • Suitable for antenna RET control according to AISG/3GPP standard • By-pass mode to ensure cell operation in case of DC power down • Built-in lightning protection

Triple-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Triple-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Triple-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Triple-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Triple-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Triple-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Dual-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Dual-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Triple-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Dual-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Dual-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Dual-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Dual-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

Dual-Band Combiner

• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built

WE-TEFA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +140 °C Storage Conditions (in original packaging)

WE-TEFA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +140 °C Storage Conditions (in original packaging)

WE-TEFA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +140 °C Storage Conditions (in original packaging)

WE-TEFA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +140 °C Storage Conditions (in original packaging)

WE-TEFA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +140 °C Storage Conditions (in original packaging)

WE-TEFA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +140 °C Storage Conditions (in original packaging)

WE-TEFA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +140 °C Storage Conditions (in original packaging)

WE-TEFA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +140 °C Storage Conditions (in original packaging)

WE-TEMA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +150 °C Storage Conditions (in original packaging)

WE-TEMA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +150 °C Storage Conditions (in original packaging)

WE-TEMA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +150 °C Storage Conditions (in original packaging)

WE-TEMA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +150 °C Storage Conditions (in original packaging)

WE-TEMA Toroidal EMI Suppression Ferrite

General: • This electronic component is designed and manufactured for use in general electronic equipment. • Würth Elektronik must be asked for written approval (following the PPAP procedure) before incorporating the components into any equipment in fields such as military, aerospace, aviation,

WE-TEMA Toroidal EMI Suppression Ferrite

General Information: Operating Temperature -55 up to +150 °C Storage Conditions (in original packaging)

Customer Specification

Construction 1) Component 1 1 X 1 HOOKUP a) Conductor 2 (133(7x19)/23) AWG Tinned Copper 0.339 b) Insulation 0.063 Wall, Nom. PVC 0.465+/- 0.006 (1) Print ALPHA WIRE E163872-* (UL) MTW OR THW 600V OR AWM 1283/1232 105C 600V VW-1 2 AWG OR CRU AWM I A/B 105C 600V FT1 OR TEW 105C 600V

Customer Specification

Construction 1) Component 1 1 X 1 HOOKUP a) Conductor 2 (133(7x19)/23) AWG Tinned Copper 0.339 b) Insulation 0.063 Wall, Nom. PVC 0.465+/- 0.006 (1) Print ALPHA WIRE E163872-* (UL) MTW OR THW 600V OR AWM 1283/1232 105C 600V VW-1 2 AWG OR CRU AWM I A/B 105C 600V FT1 OR TEW 105C 600V

Customer Specification

Construction 1) Component 1 1 X 1 HOOKUP a) Conductor 2 (133(7x19)/23) AWG Tinned Copper 0.339 b) Insulation 0.063 Wall, Nom. PVC 0.465+/- 0.006 (1) Print ALPHA WIRE E163872-* (UL) MTW OR THW 600V OR AWM 1283/1232 105C 600V VW-1 2 AWG OR CRU AWM I A/B 105C 600V FT1 OR TEW 105C 600V

WE-AENA Axial EMI Suppression Nanocrystalline

General Information: It is recommended that the temperature of the component does not exceed +125 °C under worst case conditions Operating Temperature -40 up to +125 °C Storage Conditions (in original packaging)

WE-AENA Axial EMI Suppression Nanocrystalline

General Information: It is recommended that the temperature of the component does not exceed +125 °C under worst case conditions Operating Temperature -40 up to +125 °C Storage Conditions (in original packaging)

WE-AENA Axial EMI Suppression Nanocrystalline

General Information: It is recommended that the temperature of the component does not exceed +125 °C under worst case conditions Operating Temperature -40 up to +125 °C Storage Conditions (in original packaging)

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages

Pull Handles - Bow type

文件：217.56 Kbytes Page：1 Pages