Specialty Transformers

Specialty Transformers are a specific category of transformers that are designed to be used with particular products or serve specific purposes. These transformers are carefully engineered to meet the unique requirements and specifications of these applications, ensuring optimal performance and compatibility.

Here is a list of some examples of Specialty Transformers and their corresponding applications:

ADM2485 Transformer: This transformer is designed to be used with the ADM2485 integrated circuit, which is commonly utilized in industrial communication systems for isolated RS-485/RS-422 networks. ADP1050 Transformer: The ADP1050 transformer is specifically tailored for use with the ADP1050 digital controller, which is employed in power supply applications. ADSL over POTS EP7 SMD Transformer: This transformer is intended for use in ADSL (Asymmetric Digital Subscriber Line) systems that utilize Plain Old Telephone Service (POTS) infrastructure. Brooktree 8920 and 8952 HDSL Transformers: These transformers are designed for use with Brooktree 8920 and 8952 HDSL (High Bit Rate Digital Subscriber Line) chips, which are commonly used in telecommunications equipment for high-speed data transmission over copper lines. CCFL Power Supply Transformer: This transformer is utilized in Cold Cathode Fluorescent Lamp (CCFL) power supplies, which are commonly found in LCD displays and backlit lighting applications. Crystal CS61574/35/100Ohms/Transmit Transformer: This transformer is used in conjunction with the Crystal CS61574/35/100Ohms/Transmit chip, which is employed in audio/video transmitter applications. Crystal T1 Chips/Receive Transformer: This transformer is designed for use with Crystal T1 receiver chips, which are commonly used in T1 digital communication systems. CS8401, 8402, 8411 & 8412 Audio Transmitter Transformers: These transformers are specifically designed for audio transmitter applications using CS8401, CS8402, CS8411, and CS8412 audio chips. FT 3120, 3150, 5000 Smart Transceiver Transformers: These transformers are tailored for use with FT 3120, FT 3150, and FT 5000 smart transceivers, which are commonly used in industrial communication systems. Globespan Transformer: This transformer is designed for use with Globespan chipset-based applications, which are found in various communication systems. MAX250, MAX251, MAX253 Transformers: These transformers are used with MAX250, MAX251, and MAX253 ICs, which are commonly employed in power management and control applications. O2 Buck Converter Transformer: This transformer is utilized in O2 buck converter circuits, which are widely used in power supply applications. PE22100 Transformer: The PE22100 transformer is specifically designed for use with the PE22100 integrated circuit, which is commonly used in power management applications. Power Factor Correction Transformer: This transformer is used in power factor correction circuits, which are employed to improve energy efficiency in power systems. Rockwell 8069 Transformer: This transformer is designed for use with Rockwell 8069 chipsets, which are commonly found in data communication systems. RS-485 Communications Transformer: This transformer is tailored for use in RS-485 communication systems, which are commonly used for reliable data transmission over long distances. SL1750 Transformer: The SL1750 transformer is specifically designed for use with the SL1750 chip, which is commonly used in power management applications. ST Viper Transformer: This transformer is used with ST Viper chipset-based applications, which are found in various communication systems. T1 Transmit for Level One 310 Transformer: This transformer is designed for use in T1 transmission systems using Level One 310 chips. Xenon Flash Transformer: This transformer is utilized in xenon flash circuits, which are commonly found in photography equipment and strobe lighting applications. In summary, Specialty Transformers are specifically designed to be used with particular products or serve specific purposes. These transformers are tailored to meet the unique requirements of their corresponding applications, ensuring optimal performance and compatibility.