PCA ELECTRONICS EPB5047AS
Home Phone Networking Magnetic Module
| Part No. | EPB5047AS |
|---|---|
| Datasheet | EPB5047AS Download |
| Manufacturer |  PCA ELECTRONICS |
| Description | Home Phone Networking Magnetic Module |
| Buy | Stock & Price |
Home Phone Networking Magnetic Module ELECTRONICS INC. EPB5047AS
● Designed to work with Broadcom’s BCM 4210
●
● UL/IEC 950 Approved File #132261
●
● Robust construction allows for IR processes
●
● 1500 Vrms Isolation
●
● Enhanced Common Mode Attenuation to pass FCC Class B
●
● Temperature Range -40°C to +85°C
● Electrical Parameters @ 25° C Cut-off Frequency (MHz Typ.) Lower Band 3.5 Upper Band 11.5 Insertion Loss (dB Max.) 4.25 MHz - 9.75 MHz -1.0 Min. -2.2 Max. Return Loss (dB Min.) 6 MHz - 9MHz -12 @ 1.1 MHz -60 Attenuation (dB Min.) Common to Differential (dB Min.) @ 54 MHz -50 200 KHz - 22 MHz -40 Turns Ratio @ 22 MHz -35 Pins 20-18:1-3 1:.667 Pins 20-18:5-7 1:2
● Filter Characteristic Impedance : 100 Ω
● Schematic 1 Transmit 3 5 Receive 7 .001uF 2Kv 16 BPF 18 (Phone Line Ring) 20 (Phone Line Tip) Input Impedance With 44.2 Ω load across pins 1 and 3, please refer to the table below. The magnitude of the input impedance shall be > 10 Ω from 0-30 MHz and shall conform to the follow...
● Designed to work with Broadcom’s BCM 4210
●
● UL/IEC 950 Approved File #132261
●
● Robust construction allows for IR processes
●
● 1500 Vrms Isolation
●
● Enhanced Common Mode Attenuation to pass FCC Class B
●
● Temperature Range -40°C to +85°C
● Electrical Parameters @ 25° C Cut-off Frequency (MHz Typ.) Lower Band 3.5 Upper Band 11.5 Insertion Loss (dB Max.) 4.25 MHz - 9.75 MHz -1.0 Min. -2.2 Max. Return Loss (dB Min.) 6 MHz - 9MHz -12 @ 1.1 MHz -60 Attenuation (dB Min.) Common to Differential (dB Min.) @ 54 MHz -50 200 KHz - 22 MHz -40 Turns Ratio @ 22 MHz -35 Pins 20-18:1-3 1:.667 Pins 20-18:5-7 1:2
● Filter Characteristic Impedance : 100 Ω
● Schematic 1 Transmit 3 5 Receive 7 .001uF 2Kv 16 BPF 18 (Phone Line Ring) 20 (Phone Line Tip) Input Impedance With 44.2 Ω load across pins 1 and 3, please refer to the table below. The magnitude of the input impedance shall be > 10 Ω from 0-30 MHz and shall conform to the follow...