Company Profile
With over 30 years in the RF/Microwave industry, Passive Plus, Inc. (PPI) manufactures and specializes in High-Q /Low ESR/ESL Capacitors, Non-Magnetic Resistors, and Trimmers. PPI serves the Medical, Semiconductor, Military, Broadcast and Telecommunications Industries. Known for superior Customer Service, Fast Deliveries, Competitive Prices and Outstanding Quality, PPI continues to broaden its technology portfolio in the ever-changing environment of today's electronics market.
Contact Passive Plus directly at +1 (631) 425-0938 or sales@passiveplus.comfor quotes, pricing, orders, custom assembly requests or specific engineering questions.
Contact Information:
Phone: 631-425-0938
Fax: 631-425-0847
Email: Click here to see email.
Website: https://www.passiveplus.com
Location:
Passive Plus
48 Elm Street
Huntington NY 11743
United States
Passive Plus Inc. (PPI) offers custom capacitor assemblies for high power requirements. Typical assemblies are configured in series and/or parallel combinations, producing higher voltage/current handling capabilities, extended capacitance range and tighter tolerances. PPI works with requesting engineers to determine best assembly for their applications.
Passive Plus Inc. (PPI) now offers a line of traditional RF bypass capacitors. These dielectric capacitors can be mounted either horizontally or vertically and are available in 3 case sizes for RF/Microwave applications:
Passive Plus Inc. (PPI) is now offering its 0402BB104 Broadband Capacitors in both 25 and 50 V (WVDC) versions. While the 25 V version typically operates to 35 GHz with an insertion loss < 1.2 dB, the 50 V version’s operating frequency range has been extended to 50 GHz, with a typical maximum insertion loss < 1.2 dB.
In another industry first, Passive Plus Inc. now performs 100 percent partial discharge testing on all leaded capacitors. This added capability continues to enhance the reliability of Passive Plus capacitors for demanding high voltage applications.
Passive Plus Inc. now offers a line of Hi-Q Capacitors available in four larger case sizes.
Passive Plus Inc. offers custom capacitor assemblies for high power requirements. Typical assemblies are configured in series and/or parallel combinations, producing higher voltage/current handling capabilities, extended capacitance range and tighter tolerances. PPI works with requesting engineers to determine best assembly for their applications.
Passive Plus Inc. can now develop custom sample kits based specifically on an engineers’ needs. Custom kits offer a variety of capacitors based on case size, temperature coefficient, value ranges, tolerances, voltages, and quantities per value. All kits are RoHS Compliant. With over 30 years in the RF/Microwave industry, PPI manufactures high quality, high power passive components using state-of-the-art manufacturing techniques. 
Passive Plus Inc. has the 01005BB104 broadband 100 nF multilayer ceramic capacitors. The 01005BB104 – the industry’s smallest 100 nF broadband part characterized for RF performance -- has a case measuring (mils) 16 x 8 x 8, and offers resonant-free RF coupling/DC blocking from 16 KHz (lower 3-dB frequency) to beyond 65 GHz with < 1 dB insertion loss and < -15 dB return loss on suitable substrates. 
PPI is offering traditional NP0, Hi-Q 0505 (0.055” x 0.055”) and 1111 (0.110” x 0.110”) series capacitors with increased temperature and life test performance. They have been qualified to 200°C, under 2x WVCD, for 2000 hours. These parts exhibit low ESR/ESL, low noise, high power, high self-resonance, as well as ultra-stable performance over temperature. Typical applications are wireless broadcasting equipment, mobile base stations, GPS and more.
Passive Plus Inc. is a manufacturer of high-performance RF/Microwave passive components, and serves the Medical, Semiconductor, Military, Broadcast and Telecommunications Industries, specializing in magnetic & non-magnetic HI-Q capacitors and power resistive product lines. PPI, a Modelithics® Vendor Partner (MVP), provides S-Parameter Data that is currently downloadable free on our website
Passive Plus Inc. is now offering the 1313C (1.30” x 1.30”) series capacitor. The main features of the series are its High Q above 10,000, low ESR, high operating voltage, high operating current, and high reliability. All parts are non-magnetic, NPO, conforming to MIL-PRF-55681, and come in multiple lead configurations and are tested to PPI’s standard specifications plus 100 hour burn-in, 100% sonoscan, and 100% partial discharge testing.
Passive Plus Inc. (PPI) now offers a line of Hi-Q Capacitors available in 4 larger case sizes. The 2225 P/C series: 6040 C series, 3838 P/C series: 7676 C series, 6040 C series and the 7676 C series. Specifically produced for high power / high frequency requirements, these products are available in surface mount or leaded configurations that are 100% RoHS compliant and are also available in a Non-magnetic termination.
Passive Plus Inc. offers a low ESR/ESL EIA capacitor series. These multi-layer capacitors have been developed for High-Q and microwave applications, exhibit NP0 characteristics, and are RoHS compliant. 0201N = .020” x .010”, 0402N = .040” x .020”, 0603N = .060” x .030”, 0805N = .080” x .050” and 1111N = .110” x .110.” Data sheets, along with S-Parameter and modeling data, for each of the case sizes are on the PPI website.
Passive Plus Inc. is now offering our 0402BB104 Broadband Capacitors in both 25- and 50-volt (WVDC) versions. While the 25-V version typically operates to 35 GHz with an insertion loss < 1.2 dB, the 50-V version’s operating frequency range has been extended to 50 GHz, with a typical maximum insertion loss < 1.2 dB. These capacitors are intended primarily for coupling RF signals or, occasionally, for bypassing them to ground, while blocking DC.
Passive Plus Inc. offers custom capacitor assemblies for high power requirements. Typical assemblies are configured in series and/or parallel combinations, producing higher voltage/current handling capabilities, extended capacitance range and tighter tolerances. Typical assembly configurations, parallel assemblies and series assemblies, are outlined by the customer. All components are 100% up-screened for Partial Discharge and Sono-scanned.
Passive Plus Inc. can now develop custom sample kits based specifically on an Engineers’ needs. Custom kits offer a variety of capacitors based on case size, temperature coefficient, value ranges, tolerances, voltages, and quantities per value. All kits are RoHS Compliant. Contact Passive Plus directly for quotes, pricing, orders, custom assembly requests or specific engineering questions.
Passive Plus Inc. offers extended-values for the traditional NP0, Hi-Q 0505 (.055” x .055”) -- available up to 1,000 pF; and 1111 (.110” x .110”) -- available up to 10,000 pF (.01 uF). These parts exhibit low ESR/ESL, low noise, high self-resonance as well as ultra-stable performance over temperature. Usually used for wireless broadcasting equipment, mobile base stations, GPS, MRI, and radar applications and offered in magnetic and non-magnetic terminations.
The CAP-PPI-0201BB-001 is a substrate scalable Global Model™ for the Passive Plus P/N 0201BB surface mount chip capacitor family. They are for use with microstrip applications and account for substrate (or printed circuit board) related parasitic effects up to 65 GHz. The applications require small, SMT devices with low insertion losses and reflections across RF frequencies extending from the tens of KHz to the tens of GHz, and temperatures typically ranging from -55 to +125 0C. 
Passive Plus Inc. (PPI) now offers a line of Traditional RF Bypass Capacitors. These dielectric capacitors can be mounted either horizontally or vertically and are available in 3 case sizes for RF/Microwave applications. 0505X series size is .055" x .055" with value range: 470pF to .01µF, 1111X series size .110" x .110" has value range: 4700pF to .1µFF, and the 2225X series .220" x .250" with value range: 0.010µF to 1.0µF.
Passive Plus Inc. (PPI) now provides its customers with the option of specifying capacitor assemblies with SAC 305 solder, which is 100% lead free. Previous to this breakthrough, engineers were limited to specifying capacitor assemblies that typically utilized a high lead based solder to attach the leads to the capacitors. PPI has qualified this lead free solder option to enable engineers to design 100% RoHS compliant capacitor assemblies.
Passive Plus Inc. is now offering our 0402BB104 broadband capacitors in both 25- and 50-volt (WVDC) versions. While the 25-volt version typically operates to 35 GHz with an insertion loss < 1.2 dB, the 50-volt version’s operating frequency range has been extended to 50 GHz, with a typical maximum insertion loss < 1.2 dB. These capacitors are intended primarily for coupling RF signals or, occasionally, for bypassing them to ground, while blocking DC. 
Passive Plus Inc. now offers a low ESR/ESL EIA capacitor series. These multi-layer capacitors have been developed for high-Q and microwave applications, exhibit NP0 characteristics and are RoHS compliant. Values range from 0.1 pF to 1000 pF and 25 to 1000 V. Data sheets, along with S-Parameter and modeling data, for each of the case sizes are on the PPI website.
Passive Plus is offering low ESR microwave capacitors in 0201N case size. The 0201N series included value range 0.1pF to 100pF, size .020" x .010", wvdc 25 V, and TC: 0 +/- 30 PPM/°C (-55°C - +125°C) - 0 +/- 60 PPM/°C (125°C - +175°C). Parts are available in tape and reel sizes of 500 pcs or 15,000 pcs. Engineering design kits are also available. The 0201N data sheet, S-Parameter and modeling data are available.
PPI has partnered with Modelithics to provide S-Parameter Data that is currently downloadable free on our website for the following; 0505C/P and 1111C/P series of Hi-Q (>10,000)/Low ESR Capacitors, 0201N, 0402N, 0603N, 0805N and the 1111N series of EIA Hi-Q/Low ESR Capacitors and 1005BB, 0201BB and 0402BB series of Broadband Capacitors.
Passive Plus Inc. (PPI) manufactures high quality, high power passive components using state-of-the-art manufacturing techniques. Specializing in Magnetic & Non-Magnetic HI-Q Capacitors product lines, PPI supplies reliable quality components to the aerospace, telecommunications, medical semiconductor, and military industries.
Passive Plus Inc. offers extended-values for the traditional NP0, Hi-Q 0505 (.055” x .055”) and are now available up to 1,000 pF and 1111 (.110” x .110”.) They are also available up to 10,000 pF (.01uF). These parts exhibit low ESR/ESL, low noise, high self-resonance as well as ultra-stable performance over temperature. Usually used for wireless broadcasting equipment, mobile base stations, GPS, MRI, and radar applications and offered in magnetic and non-magnetic terminations.
Passive Plus, Inc., (PPI) in another industry first, now provides all of its leaded capacitors with a clear conformal coating. This conformal coating serves to protect the capacitor surface from contaminants, thereby minimizing the chances of an arc-over. As an option, if customer requires, PPI can also supply leaded capacitors without the conformal coating.
In another industry first, Passive Plus Inc. now performs 100% partial discharge testing on all leaded capacitors. This added capability continues to enhance the reliability of Passive Plus capacitors for demanding high voltage applications. Partial discharge testing detects faint electrical discharges in multilayer ceramic capacitors under high voltage conditions. Passive Plus discharge testing exceeds the requirements of MIL-PRF-49467.
Passive Plus Inc. offers a line of Hi-Q capacitors available in 4 larger case sizes: 2225 P/C series, 3838 P/C series, 6040 C series and 7676 C series. Specifically produced for high power / high frequency requirements, these products are available in surface mount or leaded configurations that are 100% RoHS compliant and are also available in a non-magnetic termination.
Passive Plus Inc. offers custom capacitor assemblies for high power requirements. Typical assemblies are configured in series and/or parallel combinations, producing higher voltage/current handling capabilities, extended capacitance range and tighter tolerances. Product features include: high operating voltage, high operating current, extended capacitance, tighter tolerances, high reliability, high Q, ultra-low ESR and non-magnetic.
The CAP-PPI-0201BB-001 is a substrate scalable Global Model™ for the Passive Plus P/N 0201BB surface mount chip capacitor family. The models are for use with microstrip applications and account for substrate (or printed circuit board) related parasitic effects up to 65 GHz. Models account for up to two higher-order resonant frequency pairs beyond the fundamental series resonant frequency.
Passive Plus Inc. offers a line of Hi-Q/Low ESR Capacitors available in 4 case sizes. C series: 2225, 3838, 6040, and 7676. These multilayer capacitors are ultra-reliable and can be used in demanding high RF current and voltage applications. Products are available in surface mount or leaded configurations that are 100% RoHS compliant. These products are also available in a Non-magnetic termination.
Downloads
Passive Plus Capacitors 2017 Catalog
Passive Plus 2017 RF & Microwave Capacitors with RF & Microwave Capacitors, HF/UHF Power Applications, Custom Assemblies and Broadband Capacitors - up to 110 GHz.
DownloadHand Soldering Chip Capacitors
Among the most common reasons multilayer ceramic chip capacitors (MLCCs) fail is improper hand soldering to printed circuit boards. Typically, one or more hairline cracks develop in the ceramic, defects that may even have an imperceptible effect on initial performance, but that manifest with time, circuit board flexure, or temperature excursions. Herein are a few tips, suggestions, and caveats to be aware of in performing a reliable hand soldering attachment.
DownloadBroadband Capacitors
There are a number of circuits that require coupling RF signals or bypassing them to ground while blocking DC over extraordinarily large RF bandwidths. The applications for which they are intended typically require small, surface-mountable (SMT) units with low insertion losses, reflections, and impedances across RF frequencies extending from the tens of KHz to the tens of GHz, and temperatures typically ranging from -55 to +85 0C. This note focuses on a particular implementation of these devices.
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