Johanson Technology News

With the development of new applications and smaller end product form-factors, Johanson Technology Inc. has developed an impedance matched filter/balun Integrated Passive Device (IPD) for Semtech’s Long Range Low Power LoRa® and LoRa Smart Home™ RF transceivers SX1261, SX1262, and LLCC68...

Adding more functionality to handheld, worn, portable devices in an ever shirking form factors has limited the antenna performance one achieve on such small devices. These devices such as keyless remote entry (keyfob), portable payment systems, asset tracking, location services need the necessary range to perform correctly in application. To solve these problems Johanson has come out with mini chip antenna...

We’re proud to release the latest integrated RF front-end solution for the nRF52840 SoC, the most advanced member of the nRF52 Series SoC family. Our new p/n 2450FM07B0037 encompasses an impedance matching network and Low Pass Filter (LPF) in a small, 1.0x0.5x0.4mm surface mount component that reduces PCB space usage of the RF front-end, guarantees filtering (FCC/ETSI compliance), prevents any manufacturing variability. This EIA 0402 component specifically designed for the nRF52840-QIAA is in mass production and samples are immediately available.
Datasheet: 2450FM07B0037 datasheet
Application note, Reference Design, and supporting files: Nordic Semiconductor (look for the p/n above and click on “Info”)
Sample requests: Request a sample

Johanson Technology releases its first, single feed, multi-band antenna designed for Sub GHz (868-928MHz) and 2.4GHz, single feed antenna that can be also tune to other Sub GHz frequencies as well as higher frequencies than 2.4GHz. This highly versatile chip antenna is compatible with the most popular RF wireless chipsets that have dual band 900M/2.4G support in their hardware reference designs.

This antenna comes is a ready-to-test, pre-tuned Evaluation board with SMA connectors.
Order your sample here: Request a sample
For the datasheet, click on: 0900AD54B2450 datasheet

In a collaborative effort with Texas Instruments, Johanson Technology, Inc has developed a compact, easy to implement front-end Integrated Passive Component (IPC) which embeds the required complex matching and L/C circuits. This IPC constitutes 2 discrete baluns, 2 filters and DC bias feeds, saving you valuable time-to-market, FCC/ETSI compliance, and precious PCB utilized area. This allows the designer to create a more streamlined, compact product for today’s demanding connected device form factors which take advantage of the amazing functionality of the CC1352 (CC1352R and CC1352P).
Johanson component P/N: 0900PC15A0036
If you’d like the reference design files (gerbers, schematics, etc.) go to Texas Instruments (TI) find the p/n, click on “Info”, click on the Application Note (SWRA629) and on page 22 under “CC1352R LaunchPad Design Files” you’ll access the design file download links directly from TI.

For the datasheet, go to: 0900PC15A0036 datasheet
Samples immediately available: Request a sample
Need RF design assistance on this or looking for the right embedded antenna? Ask a question

An article in "Miniaturizing Smart Wearables" featuring Johanson's "Antenna Over Ground" was published in Microwaves & RF Magazine! Check out the attached copy of the printed article and share it with your customers.

Because 2.4GHz applications have gotten more and more sophisticated, Johanson Technology has launched its first 2440MHz directional patch antenna. This 12x12x4mm SMD component will radiate mostly in the +Z direction. In other words, the majority of the radiation pattern (3.5dBi) will occur directly above the component where one can design-in with certain predictability. It is surface mount (SMT) and can solve unique application requirements for smart lock access, IoT, BLE, Bluetooth location beacon, lighting, drones, LoRa®, Zigbee, indoor location, etc.
For the datasheet, click here: 2440AT62A0085 datasheet
Samples: Request a sample

Johanson Technology releases its newest WiFi ceramic diplexing technology with these two EIA 0603 (1608 metric) diplexer filters which offer very high attenuation (43dB +) despite the small package. Our 802.11 next generation components were designed with minimal insertion loss, highest attenuation, isolation, and overall performance in mind while keeping a very small footprint. These two new diplexers exhibit both LGA (Lang Grid Array) pads to reduce effective footprint usage in PCB as well as standard side pads for ubiquitous SMT use. No MOQ required to purchase. Click here for the datasheets:
2450DP14Q5400 datasheet
2450DP14R5400/2450DP14R5400 datasheet
Need to contact a Johanson RF Engineer?
Ask a question
Sample requests to:
Request a sample

Johanson’s Zero clearance, On-ground chip antenna p/n: 2450AT42E010B latest reference design is used in perfect harmony with On-Semi’s BLE beacon chipset, the RSL10, which is the industry's lowest power Bluetooth 5 SoC. This very small, circular reference design gives the designer the advantage of not having to worry what’s directly underneath the Johanson 2.4GHz chip antenna.
For our 2.4GHz On ground chip antenna, please click on: 2450AT42E010B datasheet
Samples: Request a sample
For On-Semi’s reference design using our chip antenna, please go to: RSL10-COIN-GEVB: RSL10 Temperature Sensor Beacon

With the complexities of monitoring different types of events, temperature, motion, location, acceleration, consumption, usage, etc. Some of these systems need to connect directly to a low data-rate cellular network to transmit its data. Now, with CAT M1, NB IoT cellular chipset that have great low power consumption it is possible. Designers need the right small LTE cellular chip SMT/SMD antenna to go with these ever-shrinking portable products. Check out our latest integrated/embedded small 2G, 3G, 4G chip antenna:
For the datasheet, please click here
0830AT54A2200 datasheet
For samples of the EVB or loose pcs (please make sure to mention which EVB you want from the datasheet):
Request a sample

One of Johanson's Chip Antennas, the "Antenna Over Ground", is featured in EE Web Online. EE Web is the go-to site for users of electronic design tools. Check it out here and share it with your customers: Miniaturized Wireless Medical Wearables. PN: 2450AT42E0100.

In conjunction with SiLabs, Johanson Technology has developed two fully integrated, complete RF Front-End devices for the EFR32 family of chipsets that support sub-GHz bands. The first two components released will support 433MHz and 868MHz unlicensed bands. This SMT (surface mount) device is EIA 0805 (2.0x1.25mm) in size and incorporates all 18 L/C discrete parts into a small package, effectively reducing system variation and improving manufacturing robustness. To download the datasheets and s-parameter files go to: Silicon Labs. To obtain the complete layout, schematic, and BOM package, contact us at: Ask a question. Mass production quantities immediately available.

In partnership with ANSYS, Inc., Johanson Technology’s chip antennas are now available in their full 3D electromagnetic splendor when used in HFSS. As long as one has ANSYS HFSS version 18.3 or later, designers can now import or drag and drop the complete EM SMT antenna model into their work space. There’s no need for an NDA or any special permission to obtain these (as it was required before.

Here is the 3-chapter tutorial from CADFEM which will teach the designer how to create the simulation environment, import components, tune the chip antenna to a product, and perform a full simulation (with gain and radiation patterns!). This exercise will provide essential information on your RF design decision in developing the best wireless product possible using an embedded Johanson antenna

Tutorial:

Step 1: CADFEM Tutorial Nr. 39 - Simulation of a Johanson Technology chip antenna with ANSYS HFSS
Step 2: CADFEM Tutorial Nr. 40 - Simulation of a Johanson technology chip antenna with ANSYS HFSS
Step 3: CADFEM Tutorial Nr. 41 - Simulation of a Johanson Technology chip antenna with ANSYS HFSS

If you can’t find the HFSS antenna model or p/n you’re looking for, you can request the file directly from us at: Ask a question
Our full list of antennas can be found here: RF Antennas

In collaboration with Semtech, Johanson Technology has developed a miniature RF Front-End component optimized for the SX1280 and SX1281 chipsets. This SMT device is EIA 0402 (1.0x0.5mm) in size and incorporates all discrete parts into a tiny package, effectively reducing system variation and improving manufacturing robustness. Using this device will allow designers to get the most out of Semtech’s LoRa® chipset in a fraction of the PCB space and footprint while maintaining FCC and ETSI compliance.

For the datasheet and reference design files (gerbers, BOM, etc.) go to: 2450FM07D0034 Product Page

For samples go to: Request a sample

Communicate with a Johanson RF Engineer at: Ask a question

With the need of increased vehicle control, security, and access, we have developed this UWB mini chip antenna which is AEC-Q200 qualified. Also, precise location (micro-location) technologies such as indoor asset tracking (connected to the internet) with ever-shrinking form factors, we have designed and produced a very small form factor surface mount (SMT), 3.2x1.6mm antenna, with a total area usage of 6x11mm for a full ultra-wideband bandwidth of 4GHz for all regions of the world.
Please click here for the datasheet: 7000AT18A1600 datasheet (commercial) and 7000AT18A1600E-AEC datasheet (AEC)  and samples here: Request a sample

Johanson is launching the R15L Series, a Mid-Q series that extends the capacitance values of our RF Capacitors in 0805 size. Features include:

• NPO dielectric, non-magnetic terminations as standard
• Low losses and good RF performance

This low loss harmonic filter (LPF) is ideal for small form-factor devices such as LoRa® tags, BLE, wearables, battery operated, Zigbee, small RF modules, and goes very well with reference designs. Automotive AEC-Q200 version is available upon request. It occupies very little PCB space when mounted right on the 50ohm trace. Download the datasheet at: 2450LP07C0100 datasheet samples and evaluation boards readily available.

These high rejection ceramic coaxial resonator filters were specifically designed for applications that require splitting the unlicensed 5GHz spectrum into two or more bands that are very close together such as 802.11ax, UNII, U-NII Low, U-NII High, U-NII Upper, U-NII-2A, and U-NII-3. These passive surface mount (SMD/SMT) ceramic mono-block cavity filters offer excellent narrow band filtering performance and are able to reject 50dB in less than 160MHz. AEC-Q200 Automotive Qualification available if required.

To download the datasheets, please go to: Ceramic Coaxial Resonator Band Pass Filters
For samples and pricing, go to: Contact page

With the support of Texas Instruments, Johanson Technology has released p/n: 2450BM14G0011T-AEC, a front-end integrated passive device for Bluetooth Smart, ZigBee® and 6LoWPAN CC26XX family chipsets qualified for automotive applications requiring AEC-Q200. The Wiki page referencing the new AEC component can be found here: processors.wiki.ti.com/CC26xx_Integrated_Baluns#Part_numbers_and_links and the datasheet can be...

Johanson and Modelithics, a third party who specializes in RF and microwave simulation models, have worked together to develop scalable Microwave Global Models for our R15S and R15G capacitor series. Key features for both models include:
- Substrate, capacitance and pad scalability (R15G offers orientation selectability)
- Validated to 20 GHz
- Offer powerful scalability features
- Have advanced parameters for substrate inputs and pad dimensions
- Have the full capacitance range. R15S model from 0.1 to 220 pF. R15G from 0.3 pF to 100 pF.
- Compatible with tuning, optimization and statistical analysis tools that are available within the EDA simulation software
Other models available for download are our R05L (0201), R07S (0402), R14S (0603), and S42E (1111)
Click here to start designing with accurate and well documented models: Modelithics - Johanson Technology

The SimpleLink Sub-1 GHz Ultra-Low Power Wireless Microcontroller family has added a power amplifier (CC1190) to its reference design catalog using Johanson's 868/915MHz matched balun filter, p/n 0850BM14E0016. Click on the following link where the CC1310/CC1190 Launchpad is visible on TI's website. Two application notes are associated - one for U.S. and one for Europe: www.ti.com/product/CC1310/technicaldocuments3
Gerber and schematics: www.ti.com/lit/zip/swrc338, www.ti.com/lit/zip/swrc319
Our 0900MHz antenna, p/n 0900AT43A0070, goes great with this reference design. These matched balun and antenna are available for purchase in Mouser and DigiKey.

As more connected devices use multi-RF protocol chipsets that have both 868/915MHz and 2.4G ISM bands for versatility and range, we have developed a simple separate-feed antenna that allows the designer to use one single antenna in a small footprint and PCB size. New p/n is: 0900AD47A2450 offers exceptional performance in a small form factor and package. This antenna is ideal for IoT, smart home, thermostat, M2M monitoring, wearable designs, etc. For the datasheet, click on: 0900AD47A2450 datasheet For samples, go to: Request a sample.

Johanson has now completed the qualification of the R05L, R07S, R14S, R15S, S42E high-q capacitor series per the latest revision (rev D) of the AEC-Q200 automotive standard.
With this qualification, Johanson is now one of the few high-Q capacitor manufacturers that are AEC-Q200 qualified.
Click here for additional info on our High-Q series: Multi-Layer Low ESR High-Q Capacitors
For inquiries, contact us at: Ask a question

Johanson Technology releases its newest low cost and ultra-low loss WiFi ceramic diplexing technology for 2.45 and 5.5GHz. This component was designed with the lowest insertion loss possible, highest attenuation, isolation while maintaining performance in mind. It exhibits Low Pass Filtering (LPF) for the 2G band and Band Pass Filtering (BPF) for the 5G Band. No MOQ required to purchase this diplexer, click here for datasheet: 2450DP15L5400.  Samples immediately available.

In collaboration with Johanson Technology's engineers, Texas Instruments has released a complete design note for their new CC1310/CC1312 Sub-GHz Chipset. The easy-to-follow application note features Johanson's matched integrated passive component with embedded ETSI/FCC filter. The component count is significantly reduced from 11 to 1, while still obtaining high radio performance. Johanson Technology's P/N is 0850BM14E0016, which is available at Mouser, DigiKey, and directly from Johanson.
Click here for Johanson's Datasheet: 0850BM14E0016 datasheet
Click here for TI's full app note: CC1310 Integrated Passive Component for 779-928 MH

Johanson's IoT Development Kit is receiving a lot of interest from design engineers. It's a "one-stop" kit for the most popular RF chipsets and applications solutions in the industry. This applies to wearables, home automation, lighting, audio, and everything in between.
Kit p/n is: IOT-L/C402D-1. Order your kit at: Request a IOT-L/C402D-1 prototyping kit

In the world of connected devices using multi-protocol gateways, many IoT M2M sensors, wearables, AMRs, etc., use multiple RF transceivers or radios that have both Sub-Ghz and 2.4G ISM bands in one for versatility. For this purpose, we have developed a simple, low cost diplexer that allows the designer to use one single antenna system and a simplified front-end that will enable one to be FCC & ETSI compliant due to the great LPF (Low Pass Filter) and BPF (Band Pass Filter) embedded in the component, please click here for the datasheet: 0900DP15A2450 for samples, please request them here: Request a sample

Our small, EIA 0603 optimized balun-filter component for Texas Instruments’ has embedded FCC/ETSI compliance filtering while maintaining maximum output power performance with the CC1310/CC1312, eliminating RF manufacturing variability. The new p/n is: 0850BM14E0016 (click for datasheet) for more details such as schematics, gerber files and more go to: Texas Instruments (TI)

We are excited to announce that Johanson has developed two new low frequency resonant lines: 30 MHz and 10 MHz. Very few companies in the world have this low frequency capability. This new equipment was designed and developed by the Johanson team specifically to address low frequency needs.
Ask us how Johanson can provide accurate data to these frequencies: Ask a question

Johanson Technology releases p/n: 2450BM14G0011, a small footprint (EIA 0603) front-end integrated passive device for Texas Instruments’ latest multi-protocol Bluetooth Smart, ZigBee® and 6LoWPAN CC26XX family chipsets. This component encompasses an impedance matching network, balun, and Low Pass Filter (LPF) in a small, 1.6x0.8x0.6mm SMT package that significantly reduces PCB space usage, guarantees filtering (FCC/ETSI compliance), and prevents manufacturing variability. Go to: Texas Instruments for the datasheet and reference design (by request).

To use a high-Q capacitor at higher frequencies, a common solution is to replace it with several capacitors that have lower values arranged in a parallel position. For example, a 30pF capacitor can be replaced with three 10pF capacitors.
At Johanson, we have the ability to use capacitors with a wider capacitance tolerance and match them. This leads to a tighter tolerance for the overall capacitance value. For instance, we can use three capacitors at 10pF with a 5% tolerance and match them to get 30pF with a 1% tolerance. The result is an increase in frequency range, while keeping the cost down. We can deliver these matched capacitors in a matched set (small and medium size capacitors), or already mounted in a capacitor assembly (large size capacitors, i.e. 2525 and 3838).

For inquiries, contact us at: Contact page

This 2.4 & 5GHz dual band antenna has a component size of 1.6x0.8x0.4mm (LxWxT) and a total effective area of 5x8mm on the PCB (may be smaller). The new p/n is: 2450AD14A5500 (click for datasheet) offers exceptional performance in a very small form factor and package. This antenna is ideal for IoT, smart home, wearable designs and any small wireless application under the sun using 2.4 & 5GHz, 802.11 bans. For samples, go to: Request a sample. For the complete datasheet, please send us a message at: Ask a question.

It has become more and more common to use multi-frequency or multi-band devices to solve and satisfy today’s connectivity challenges. For this reason, Johanson has released a new IoT/ISM component development kit that has 400M, 868M, 915M, and 2.4G antennas, filters, baluns, ceramic RF inductors and HiQ capacitors in order to offer a complete ”one-stop” kit for the most popular RF chipsets and application solutions in the industry. This applies to wearables, home automation, lighting, audio, and everything in between. The kit p/n is: IOT-L/C402D-1, please go to: Application Specific Integrated Passive Kits for more info on the p/ns included. To order, please go to: Request a IOT-L/C402D-1 prototyping kit

Johanson is proud to release their second series of low cost wideband ceramic baluns that cover from 600-2800MHz in 50, 100, and 200ohms. They come in various differential to single ended impedance ratios such as 1:1, 2:1, and 4:1 for optimal impedance match. Click on the links to get their datasheets: (1:1) 1720BL15B0050, (2:1) 1720BL15A0100, and (4:1) 1720BL15B0200. Samples immediately available, click here to request: Request a sample

Johanson is shipping non-magnetic terminations for sizes 0402 (R07S) and for some of the standard values for NPO (R07N) and X7R (R07W) dielectrics. Few manufacturers can offer non-magnetic terminations for these sizes.

Contact us now how we can satisfy your non-magnetic termination requirements for size 0402.

Ask us at:  Ask a question

First of its kind in a low profile, Johanson Technology releases a metal mounted low profile surface mount chip antenna. This antenna must have metal directly underneath on bottom layer in order to function properly. This antenna was designed in mind for small coin cell, wearable, IoT, 2.4 BLE, 802.11, ISM, Zigbee, etc. applications in close-range networks where metal or a battery/display covers the entire length or side of the PCB or encasement must be present directly under the antenna and there's no room for usual/typical antenna metal clearance, similar to mounting an SMT capacitor or inductor. Samples available staring 02/11. Click here for web-version datasheet: 2450AT42E0100. For full datasheet (qualified customers), please send us a message at: Ask a question.

The Thin Film group at Johanson Technology has long offered rectangular Single Layer Capacitors for the same price as the equivalent square area SLCs. Without a catalog listing, the custom part numbers required for rectangular parts did not work for customers who are restricted to COTS or who require catalog parts for reference designs. JTI now has a rectangular part number code online and in the online catalog. Click below to check them out.
On both pages, select tab "Alternative Part Number for Rectangular Parts"
For Standard SLC
For GBBL SLC

Johanson Technology releases the independently developed matched balun-filter for ST BlueNRG and Realtek RTL8188EU & RTL8192EU Bluetooth Low Energy chipsets. These chipset are compliant to: ETSI EN 300 328, EN 300 440, FCC CFR47 Part 15, ARIB STD-T66 regulations. Optimal for wearables, fitness, sports, monitoring, remote control and peripheral applications. Click here for datasheet: 2450BM14A0023

Johanson Technology releases its newest WiFi ceramic diplexing technology in the form of p/n: 2450DP39K5500. This component was designed with minimal insertion loss, highest attenuation, isolation, and performance in mind. It exhibits LGA (Lang Grid Array) pads to reduce effective footprint usage in PCB. No MOQ required to purchase this diplexer, click here for datasheet: 2450DP39K5500. S-Parameters can be found at: Ceramic Diplexers & Triplexers ( RoHS Compliant)

Our R07S Series is now rated up to 250 Volts up to 3.3pF!
Contact us or click on 0402 (R07S) S-Series, NP0, Low ESR Capacitor Multi-Layer High-Q Capacitors to find out more about this series.

Johanson Technology announces the offering of small chip antenna for GPS/GLNSS+BLE/WiFi/WLAN for portable, wearable fitness, tracking systems among other many applications. This small antenna component has two separate antenna feeds, one for 2.45GHz functionality (WiFi and or Bluetooth) and positioning location systems, saving designer precious board space while maintaining high performance. Please click on p/n for datasheet 2450AD47A1590

Ian Johnson, our European Regional Manager, visited Embedded World in Nuremberg Germany in February. Highlight of the visit for Ian was the launch of Atmel's new SoC, SAM R21, a single-chip integrating Atmel's ultra-low power ZigBee Solution with a Cortex-MO+-based MCU. The ATSAM R21 Xplained PRO evaluation kit (and reference design) features our 2450BM15A0015 matched balun-filter and 2450AT18D0100 chip antenna.

Johanson Technology releases its first 433MHz integrated RF front-end solution for SiLabs’ Low Current Sub-GHz Transceiver. It encompasses a Balun + FCC compliant Filter + Matching Components. Just like Si4455 and Si4460, it is very easy to use, simplifies the RF design, and guarantees optimal performance. Go To: Silicon Labs for datasheet and design files.

This low cost 1.561/1.575/1.602GHz linearly polarized chip antenna p/n: 1575AT43A0040 is ideal for small form factor tracking systems such as wearables, IoT, personal networks, fitness, sports, driving habit tracking systems, etc. Let Johanson take you through the difficult antenna design, layout, tuning, and validation process. These miniature RF antennas are have great detuning resilience and extreme temperature stability. Datasheet here: 1575AT43A0040 samples and SMA pre-tuned evaluation boards immediately available.

Johanson Technology releases its first LGA ultra-small footprint front-end integrated passive device (nordic CSP chipset balun) for NordicSemi’s nRF51822-CEAA, nRF51822-CDAB, nRF51822-CFAC, nRF51422-CEAA, nRF51422-CDAB, and nRF51422-CFAC chipsets. This component encompasses an impedance matching network, balun, and Band Pass Filter (BPF) in a small, 1.4x1.0x0.69mm LGA surface mount component that significantly reduces PCB space usage for the RF front-end, guarantees filtering (FCC/ETSI compliance), prevents any manufacturing variability. Go to: Nordic Semiconductor for the datasheet and gerber files.

Johanson releases its first series of 2.025GHz (3GPP TDD Band 34) harmonic filter.
This component is surface mount, EIA 0805 for ease of manufacturability, has reduced footprint, and features low insertion loss for maximum power transfer. LTE Band 34 LPF p/n: 2025LP15A1225 (click for datasheet) is immediately available for sampling.

Johanson Technology releases low cost, next generation 868/915MHz combo ISM chip antenna. This new component features Sub-GHz wideband behavior which will function at both 868 and 915MHz simultaneously, perfect for Americas/Europe/Asia Sub-GHz ISM applications such as Smart Home, Wireless Thermostats, AMR, Fitness, general M2M, Industrial controls, Lighting controls among others. Please click on p/n for datasheet: 0900AT43A0070 samples immediately available.

Johanson releases new 1GHz STB (Set Top Box), MoCA reject low pass filter designed for 75ohm systems. Newer home networking technologies always present opportunities and challenges and CATV various frequencies coexistence is no different, especially with systems using less and less wires. Johanson has released 75Ohm 1GHz LPF p/n: 1000LP41B1000 in mass production to help solve these design predicaments.

Extended range Receive Optical Sub-Assemblies (ROSAs) for fiber optic network systems require high sensitivity Avalanche Photo-Diode (APD) detectors instead of the standard PIN-diode detector. To improve detector sensitivity, the bias to an APD must have a high capacitance broadband filter on the power input to the device. This filter prevents high-frequency noise getting to the APD via the power input and interfering with the incoming signal. JTI SLCs using our GBBL dielectric fit the capacitance and broadband requirements for PIN-diode detector input power filtering and the VCC filtering for the associated signal processor. With the 63V and 100V ratings now available, GBBL capacitors can now also be used for the input power filtering on an APD device. Production volumes are shipping and samples are available from stock.

JOHANSON TECHNOLOGY INC. is proud to announce that we have earned ENVIRONMENTAL MANAGEMENT CERTIFICATION to ISO14001. With this achievement, JOHANSON TECHNOLOGY INC. (JTI) is recognized as meeting the highest standards set by the International Standards Organization (ISO) for both Environmental Management (per ISO14001) as well as Quality Management (per ISO9001). These achievements join JOHANSON DIELECTRICS’ certification to ISO9001 and AS9100 (Aerospace Quality Management) demonstrating our high standards and commitment to our customers, suppliers and community.

Facing challenges of IF signal reliability, false switching and circuit complexity, JTI has developed high rejection and optimized isolation diplexers for Low Noise Block (LNB) allowing the system design to use a smaller footprint and be more cost effective. p/n: 1175DP41B1925 and 1175DP41A1925.

This compact SMD filter was developed with “easy RF” in mind and provide passive >35dB attenuation levels very close to passband without compromising insertion loss. The recommended application is MoCA D-Band. This cost effective filter was designed to use a small effective footprint and easily matched to 75ohm systems.
Click here for datasheet. (P/N: 1400BP41A0550).

Johanson Technology announces the offering of passive RF Triplexer for GPS/GLNSS+BLE/WiFi + WLAN for portable applications. This small EIA 0805 component has one LPF and two BPF integrated to receive and filter, and split 1.5, 2.45, and 5.5GHz signals for various RF chipsets who offer combined functionality and/or wideband antenna systems where triplexing the 3 RF signals is required
View Datasheet

For location systems needing redundancy, the addition of new civilian-use signal is transmitted on a frequency other than the L1 (1.575GHz). The L2C signal is able to improve accuracy of navigation, provides an easy to track signal, and acts as a redundant signal in case of localized interference. Johanson Technology p/n: 1227AT45A0042
View Datasheet

Due to the increasing interest in 1dBi+ gain satellite internal chip antennas that can operate in both GPS and GLONASS bands at the same time; we’ve released our new GPS/GLONASS SMD Antenna: P/N 1575AT54A0010. This antenna is compact (15x4x3.2mm) and can replace more expensive patch antennas offering similar performance in small portable applications. Samples immediately available.

Our brand new BPF has the highest close-to-passband rejection 2.45GHz BPF with the smallest footprint ever made by us in an 0805 package. It uses an LGA termination for reduced real-estate usage. This component is in full production and has no MOQ required. Great 30dB min Atten @2170MHz. Samples and EVBs immediately available.