新產品

Johanson Technology 0900AT47A0063001E 小巧的高效能陶瓷 SMD 晶片型天線是專為 868 MHz 和 902 MHz 至 928 MHz ISM 頻段而設計。

Johanson Technology 高效能 RF 前端解決方案是專為 1.9 GHz DECT NR+ (New Radio)／DECT-2020 NR 及傳統 DECT 無線設計而打造。

Johanson Technology LE Audio 和 Auracast™ 解決方案具有先進的小型濾波解決方案，專為新一代藍牙音訊應用而設計。

Johanson Technology 7.22 GHz RF 晶片天線採用堅固的設計，可確保出色的 RF 效能。

Antenna Chip Selection Guide is a useful tool early in the design process when a decision on which Johanson antenna chip/s will be selected.

Johanson 開發了兩款具成本效益的差動訊號轉單端的平衡不平衡轉換器 (RF 變壓器)，適用於 5 GHz 和 6 GHz 頻寬頻譜。

The objective of this booklet is to provide a basic understanding of ceramic chip capacitors. This manual contains information on dielectric materials, electrical properties, testing parameters, and other relevant data on multilayer ceramic capacitors.

Johanson Technology offers downloadable S-Parameter libraries for our RF Capacitors, EMI Filters, and Inductors.

Johanson Technology 的多頻帶單天線解決方案可在約 360 mm 的 PCB 面積內提供業界認可的輻射增益和效率。

使用 SensorTag 無線微控制器型感測器套件，快速進行 IoT 應用的原型設計及開發。

Johanson Technology 的被動帶通濾波器可在不影響效能的情況下，提供接近通帶的低插入和高衰減程度。

Integrated passive components, known simply as IPCs, are devices designed with a complete circuit embedded into a single package rather than discretely placed on the PCB.

Johanson's tiny RF chip antennas allow product designers to further miniaturize wireless biosensors and medical wearables.

Johanson Technology’s 2450AT42E010xx chip antennas were specifically designed for applications where metal is directly underneath the antenna and is actually required for the antenna to perform optimally.

This week Randall is focused on the Internet of Things with a Bluetooth 5 Dev Kit from Dialog and an antenna from Johanson Technologies.

Johanson 的 IoT/ISM 元件開發套件是完整的「單件滿足全部需求」套件，能解決並滿足當今連線的難題，適合業界最常用的 RF 晶片組和應用解決方案。

Choosing the appropriate antenna requires designers to consider the physical, electrical, and economical parameters that will best suit the application.

Mobile devices require multiple internal antennas such as chip, patch, or PC trace antennas, but designing these into systems requires new approaches and tools.