• 1. Small surface mount package. • 2. Dual SMT package contains both transmit and receive transformers. • 3. Models matched to transceiver ICs. • 4. Isolation voltage: 1500 Vrms. • 5. commercial operating temperature: 0°C to +70°C military operating temperature: -40°C to +85°C • 6. Recognized by UL 1950. 53T series is 16 pins SMD package , has two transformers as the TX and RX , with or without the central tap to IC chips for controlling the Circuits. Turn ratio of the transformers can be ordered by customers , even of the wire diameter also can be customized , so 53T series has great flexibility and convenience to match the most of the PHY IC chips and other communication chips. For 53T series´ flexible circuit design and small size , it´s suitable for most of the networks / optical Networks product`communication / telecom interface`instruments device`industrial equipment and military machine , such as the T1 device`CEPT`ISDN`ADSL/VDSL`hub`router`bridge`switches`PoE`VoIP`telephone exchange`communication repeater`CNC machine`car repair equipment and missile launching system. In order to be able to cope with a wide range of uses , 53T series has commercial operating temperature of 0°C to +70°C , military operating temperature of -40°C to +85°C , therefore have two manufacture processes and appearances can be selected, injection molding and bottom potted. To ensure that the quality control , 53T series 100% tested in electrical properties`IR Reflow oven`appearance check and Packages integrity. 53T series also award the UL 1950 certification to ensure that products meet customers requirements. We are in strict accordance with the ISO9001:2004 process to manufacture our products , not only guarantee the good quality, but also can give greater confidence and trust to our customers.
Specifications:
Certificate:
ISO 9001:2000¡BISO 14001:2004¡BIECQ080000¡BUL 1950 , RoHS
Ordering information:
- Minimum Order: Negotiable
- TEL: 886-6-2512628
- FAX: 886-6-2511858
- E-mail: ydsweb@yds.com.tw ; ydstech@ms11.hinet.net ; yds.tech@msa.hinet.net

